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tangzero/hanappe.lua

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hanappe.lua
package.preload['hp/core/Application'] = (function (...)
--------------------------------------------------------------------------------
-- Module for the start of the application.<br>
--
-- @class table
-- @name Application
--------------------------------------------------------------------------------
-- import
local Event = require "hp/event/Event"
local EventDispatcher = require "hp/event/EventDispatcher"
local InputManager = require "hp/manager/InputManager"
-- class
local M = EventDispatcher()
local super = EventDispatcher
--------------------------------------------------------------------------------
-- Start the application. <br>
-- You can specify the behavior of the entire application by the config.
-- @param config
--------------------------------------------------------------------------------
function M:start(config)
local title = config.title
local screenWidth = config.screenWidth or MOAIEnvironment.horizontalResolution
local screenHeight = config.screenHeight or MOAIEnvironment.verticalResolution
local viewScale = config.viewScale or 1
local viewWidth = screenWidth / viewScale
local viewHeight = screenHeight / viewScale
self.title = title
self.screenWidth = screenWidth
self.screenHeight = screenHeight
self.viewWidth = viewWidth
self.viewHeight = viewHeight
self.viewScale = viewScale
MOAISim.openWindow(title, screenWidth, screenHeight)
InputManager:initialize()
end
--------------------------------------------------------------------------------
-- Returns whether the mobile execution environment.
-- @return True in the case of mobile.
--------------------------------------------------------------------------------
function M:isMobile()
local brand = MOAIEnvironment.osBrand
return brand == 'Android' or brand == 'iOS'
end
--------------------------------------------------------------------------------
-- Returns whether the desktop execution environment.
-- @return True in the case of desktop.
--------------------------------------------------------------------------------
function M:isDesktop()
return not self:isMobile()
end
--------------------------------------------------------------------------------
-- Returns true if the Landscape mode.
-- @return true if the Landscape mode.
--------------------------------------------------------------------------------
function M:isLandscape()
local w, h = MOAIGfxDevice.getViewSize()
return w > h
end
--------------------------------------------------------------------------------
-- Sets the background color.
--------------------------------------------------------------------------------
function M:setClearColor(r, g, b, a)
MOAIGfxDevice.setClearColor(r, g, b, a)
end
--------------------------------------------------------------------------------
-- Returns the scale of the Viewport to the screen.
-- @return scale of the x-direction, scale of the y-direction,
--------------------------------------------------------------------------------
function M:getViewScale()
return self.viewScale
end
return M
end)
package.preload['hp/display/Animation'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to animate the MOAIProp.
-- You can define the animation to flow.
-- If you want to achieve complex animations, will say only this class.
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local MOAIPropUtil = require "hp/util/MOAIPropUtil"
local Executors = require "hp/util/Executors"
local Event = require "hp/event/Event"
local EventDispatcher = require "hp/event/EventDispatcher"
-- class
local M = class(EventDispatcher)
local super = EventDispatcher
-- create animation context.
local function createContext(self, params)
local context = params or {}
context.stopped = false
context.paused = false
table.insert(self._contexts, context)
return context
end
--------------------------------------------------------------------------------
-- The constructor.
-- @param targets (option)MOAIProp array. Or, MOAIProp instance.
-- @param sec (option)Animation time of each command.
-- @param easeType MOAIEaseType.
--------------------------------------------------------------------------------
function M:init(targets, sec, easeType)
super.init(self)
self._commands = {}
self._targets = type(targets) == "userdata" and {targets} or targets or {}
self._running = false
self._second = sec and sec or 1
self._easeType = easeType
self._contexts = {}
self._throttle = 1
self._paused = false
end
--------------------------------------------------------------------------------
-- Returns whether the animation.
-- @return True in the case of animation.
--------------------------------------------------------------------------------
function M:isRunning()
return self._running
end
--------------------------------------------------------------------------------
-- Returns whether the animation is paused.
-- @return boolean indicating the pause state of the current animation.
--------------------------------------------------------------------------------
function M:isPaused()
return self._paused
end
--------------------------------------------------------------------------------
-- Sets the position of the target object.<br>
-- When they are performed is done at the time of animation.
-- @param left Left of the position.
-- @return self
--------------------------------------------------------------------------------
function M:setLeft(left)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
MOAIPropUtil.setLeft(v, left)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the position of the target object.<br>
-- When they are performed is done at the time of animation.
-- @param top Top of the position.
-- @return self
--------------------------------------------------------------------------------
function M:setTop(top)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
MOAIPropUtil.setTop(v, top)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the position of the target object.<br>
-- When they are performed is done at the time of animation.
-- @param right Right of the position.
-- @return self
--------------------------------------------------------------------------------
function M:setRight(right)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
MOAIPropUtil.setRight(v, right)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the position of the target object.<br>
-- When they are performed is done at the time of animation.
-- @param bottom Bottom of the position.
-- @return self
--------------------------------------------------------------------------------
function M:setBottom(bottom)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
MOAIPropUtil.setBottom(v, bottom)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the position of the target object.<br>
-- When they are performed is done at the time of animation.
-- @param left Left of the position.
-- @param top Top of the position.
-- @return self
--------------------------------------------------------------------------------
function M:setPos(left, top)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
MOAIPropUtil.setPos(v, left, top)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the position of the target object.<br>
-- When they are performed is done at the time of animation.
-- @param x X of the position.
-- @param y Y of the position.
-- @param z Z of the position.
-- @return self
--------------------------------------------------------------------------------
function M:setLoc(x, y, z)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
v:setLoc(x, y, z)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Move the target objects.<br>
-- When they are performed is done at the time of animation.
-- @param moveX X of the position.
-- @param moveY Y of the position.
-- @param moveZ Z of the position.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:moveLoc(moveX, moveY, moveZ, sec, mode)
local actionFunc = function(target, tSec, tMode)
return target:moveLoc(moveX, moveY, moveZ, tSec, tMode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Seek the target objects.<br>
-- When they are performed is done at the time of animation.
-- @param x X of the position.
-- @param y Y of the position.
-- @param z Z of the position.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:seekLoc(x, y, z, sec, mode)
local actionFunc = function(target, tSec, tMode)
return target:seekLoc(x, y, z, tSec, tMode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the rotation of the object.
-- @param x Rotation of the x-axis.
-- @param y Rotation of the y-axis.
-- @param z Rotation of the z-axis.
-- @return self
--------------------------------------------------------------------------------
function M:setRot(x, y, z)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
v:setRot(x, y, z)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Move the rotation of the object.
-- @param x Rotation of the x-axis.
-- @param y Rotation of the y-axis.
-- @param z Rotation of the z-axis.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:moveRot(x, y, z, sec, mode)
local actionFunc = function(target, tSec, tMode)
return target:moveRot(x, y, z, tSec, tMode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Seek the rotation of the object.
-- @param x Rotation of the x-axis.
-- @param y Rotation of the y-axis.
-- @param z Rotation of the z-axis.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:seekRot(x, y, z, sec, mode)
local actionFunc = function(target, sec, mode)
return target:seekRot(x, y, z, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the scale of the target object.
-- @param x Scale of the x-axis
-- @param y Scale of the y-axis.
-- @param z Scale of the z-axis.
-- @return self
--------------------------------------------------------------------------------
function M:setScl(x, y, z)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
v:setScl(x, y, z)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Move the scale of the target object.
-- @param x Scale of the x-axis
-- @param y Scale of the y-axis.
-- @param z Scale of the z-axis.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:moveScl(x, y, z, sec, mode)
local actionFunc = function(target, sec, mode)
return target:moveScl(x, y, z, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Seek the scale of the target object.
-- @param x Scale of the x-axis
-- @param y Scale of the y-axis.
-- @param z Scale of the z-axis.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:seekScl(x, y, z, sec, mode)
local actionFunc = function(target, sec, mode)
return target:seekScl(x, y, z, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the value of an attribute of the object.
-- @param attrID Attribute.
-- @param value Value.
-- @return self
--------------------------------------------------------------------------------
function M:setAttr(attrID, value)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
v:setAttr(attrID, value)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Move the value of an attribute of the object.
-- @param attrID Attribute.
-- @param value Value.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:moveAttr(attrID, value, sec, mode)
local actionFunc = function(target, sec, mode)
return target:moveAttr(attrID, value, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Seek the value of an attribute of the object.
-- @param attrID Attribute.
-- @param value Value.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:seekAttr(attrID, value, sec, mode)
local actionFunc = function(target, sec, mode)
return target:seekAttr(attrID, value, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the index.
-- @param index Index.
-- @return self
--------------------------------------------------------------------------------
function M:setIndex(index)
local playFunc = function(self, context)
for i, v in ipairs(self._targets) do
v:setIndex(index)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Move the indexes.
-- @param indexes Array of indices.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:moveIndex(indexes, sec, mode)
local curve = MOAIAnimCurve.new()
local anim = MOAIAnim.new()
local playFunc = function(self, context)
if anim and anim:isBusy() then
anim:stop()
end
local tSec = sec or self._second
local tMode = mode or MOAITimer.LOOP
curve:reserveKeys(#indexes)
for i = 1, #indexes do
curve:setKey(i, tSec * (i - 1), indexes[i], MOAIEaseType.FLAT )
end
anim:setMode(tMode)
anim:reserveLinks(#self._targets)
for i, prop in ipairs(self._targets) do
anim:setLink(i, curve, prop, MOAIProp.ATTR_INDEX )
end
anim:setCurve(curve)
anim:start()
if tMode == MOAITimer.LOOP then
return
end
MOAICoroutine.blockOnAction(anim)
end
local resumeFunc = function(self, context)
anim:pause(false)
end
local pauseFunc = function(self, context)
anim:pause(true)
end
local stopFunc = function(self, context)
anim:stop()
end
local command = self:newCommand(playFunc, stopFunc, resumeFunc, pauseFunc)
command.action = anim
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- The fade in objects.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:fadeIn(sec, mode)
local actionFunc = function(target, sec, mode)
target:setColor(0, 0, 0, 0)
return target:seekColor(1, 1, 1, 1, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- The fade out objects.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:fadeOut(sec, mode)
local actionFunc = function(target, sec, mode)
target:setColor(1, 1, 1, 1)
return target:seekColor(0, 0, 0, 0, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the color of the object.
-- @param red Red.
-- @param green Green.
-- @param blue Blue.
-- @param alpha Alpha.
-- @return self
--------------------------------------------------------------------------------
function M:setColor(red, green, blue, alpha)
local playFunc = function(self)
for i, v in ipairs(self._targets) do
v:setColor(red, green, blue, alpha)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Move the color of the object.
-- @param red Red.
-- @param green Green.
-- @param blue Blue.
-- @param alpha Alpha.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:moveColor(red, green, blue, alpha, sec, mode)
local actionFunc = function(target, sec, mode)
return target:moveColor(red, green, blue, alpha, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Seek the color of the object.
-- @param red Red.
-- @param green Green.
-- @param blue Blue.
-- @param alpha Alpha.
-- @param sec (option)Time animation.
-- @param mode (option)MOAIEaseType.
-- @return self
--------------------------------------------------------------------------------
function M:seekColor(red, green, blue, alpha, sec, mode)
local actionFunc = function(target, sec, mode)
return target:seekColor(red, green, blue, alpha, sec, mode)
end
local command = self:newActionCommand(actionFunc, sec, mode)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Sets the target object visible.
-- @param value Visible.
-- @return self
--------------------------------------------------------------------------------
function M:setVisible(value)
local playFunc = function(self)
for i, v in ipairs(self._targets) do
v:setVisible(value)
end
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Call function.
-- @param func function object.
-- @return self
--------------------------------------------------------------------------------
function M:callFunc(func)
local playFunc = function(self)
func(self)
end
local command = self:newCommand(playFunc)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- The parallel execution of the animation of the argument.
-- @param ... Animations
-- @return self
--------------------------------------------------------------------------------
function M:parallel(...)
local animations = {...}
local command = self:newCommand(
-- play
function(self, context)
local count = 0
local max = #animations
-- animation complete handler
local completeHandler = function(e)
count = count + 1
end
-- play animations
for i, a in ipairs(animations) do
if self._throttle ~= a:getThrottle() then
a:setThrottle(self._throttle)
end
a:play {onComplete = completeHandler}
end
-- wait animations
while count < max do
coroutine.yield()
for i, a in ipairs(animations) do
if self._throttle ~= a:getThrottle() then
a:setThrottle(self._throttle)
end
end
end
end,
-- stop
function(self, context)
for i, a in ipairs(animations) do
a:stop()
end
end,
-- resume
function(self, context)
for i, a in ipairs(animations) do
if a:isRunning() then
if self._throttle ~= a:getThrottle() then
a:setThrottle(self._throttle)
end
a:resume()
end
end
end,
-- pause
function(self, context)
for i, a in ipairs(animations) do
if a:isRunning() then
a:pause()
end
end
end
)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- The sequential execution of the animation argument.
-- @param ... Animations
-- @return self
--------------------------------------------------------------------------------
function M:sequence(...)
local animations = {...}
local currentAnimation = nil
local command = self:newCommand(
-- play
function(self, context)
local count = 0
local max = #animations
for i, animation in ipairs(animations) do
if self._throttle ~= animation:getThrottle() then
animation:setThrottle(self._throttle)
end
animation:play()
while animation:isRunning() do
coroutine.yield()
if self._throttle ~= animation:getThrottle() then
animation:setThrottle(self._throttle)
end
end
if context.stopped then
break
end
end
end,
-- stop
function(self, context)
for i, animation in ipairs(animations) do
animation:stop()
end
end,
-- resume
function(self, context)
for i, animation in ipairs(animations) do
if animation:isRunning() then
if self._throttle ~= animation:getThrottle() then
animation:setThrottle(self._throttle)
end
animation:resume()
end
end
end,
-- pause
function(self, context)
for i, animation in ipairs(animations) do
if animation:isRunning() then
animation:pause()
end
end
end
)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Run the specified number the animation of the argument.<br>
-- If you specify a 0 to maxCount is an infinite loop.<br>
-- If maxCount of the function, and loop until it returns the function's return value is true.<br>
--
-- @param maxCount Loop count, or, End judgment function.
-- @param animation Animation
-- @return self
--------------------------------------------------------------------------------
function M:loop(maxCount, animation)
local loopFunc = type(maxCount) == "function" and maxCount
local command = self:newCommand(
-- play
function(self, context)
local count = 0
while true do
if self._throttle ~= animation:getThrottle() then
animation:setThrottle(self._throttle)
end
animation:play()
while animation:isRunning() do
coroutine.yield()
if self._throttle ~= animation:getThrottle() then
animation:setThrottle(self._throttle)
end
end
if context.stopped then
break
end
count = count + 1
if maxCount > 0 and count > maxCount then
break
end
end
end,
-- stop
function(self, context)
animation:stop()
end,
-- resume
function(self, context)
if self._throttle ~= animation:getThrottle() then
animation:setThrottle(self._throttle)
end
animation:resume()
end,
-- pause
function(self, context)
animation:pause()
end
)
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- Wait a specified amount of time.
-- @param sec Waiting time.
-- @return self
--------------------------------------------------------------------------------
function M:wait(sec)
local timer = MOAITimer.new()
timer:setSpan(sec)
local command = self:newCommand(
-- play
function(self, context)
timer:start()
MOAICoroutine.blockOnAction(timer)
end,
-- stop
function(self, context)
timer:stop()
end,
-- resume
function(self, context)
timer:pause(false)
end,
-- pause
function(self, context)
timer:pause(true)
end
)
command.action = timer
self:addCommand(command)
return self
end
--------------------------------------------------------------------------------
-- To start the animation.<br>
-- If during the start will be ignored.<br>
--
-- @param params (option)Parameters that control the behavior.
-- @return self
--------------------------------------------------------------------------------
function M:play(params)
if self:isRunning() then
-- resume, instead of to start a new context, if in pause state
if self:isPaused() then
self:resume()
end
else
self._running = true
local context = createContext(self, params)
Executors.callLater(self.playInternal, self, context)
end
return self
end
--------------------------------------------------------------------------------
-- To execute the command.<br>
-- You will not be accessible from the outside.
--------------------------------------------------------------------------------
function M:playInternal(context)
if context.stopped then
return
end
local commands = table.copy(self._commands)
for i, command in ipairs(commands) do
context.currentCommand = command
if command.action then
command.action:throttle(self._throttle)
end
while context.paused do
-- spinlock until animation is resumed or stopped
if context.stopped then
return
end
coroutine.yield()
end
context.currentCommand.play(self, context)
if context.stopped then
return
end
end
self._running = false
if context.onComplete then
context.onComplete(self, context)
end
local e = Event(Event.COMPLETE)
e.context = context
self:dispatchEvent(e)
end
--------------------------------------------------------------------------------
-- Resumes the animation if it's running and in pause state.
-- @return self
--------------------------------------------------------------------------------
function M:resume()
if self:isRunning() and self:isPaused() then
self._paused = false
for _, context in ipairs(self._contexts) do
context.paused = false
end
for _, command in ipairs(self._commands) do
if command.action then
command.action:throttle(self._throttle)
end
command.resume(self, context)
end
end
return self
end
--------------------------------------------------------------------------------
-- Pauses the animation if it's running and not in pause state.
-- @return self
--------------------------------------------------------------------------------
function M:pause()
if self:isRunning() and not self:isPaused() then
self._paused = true
for _, context in ipairs(self._contexts) do
context.paused = true
end
for _, command in ipairs(self._commands) do
command.pause(self, context)
end
end
return self
end
--------------------------------------------------------------------------------
-- Stop the animation.
--------------------------------------------------------------------------------
function M:stop()
if not self:isRunning() then
return self
end
self._running = false
-- clear contexts
for i, context in ipairs(self._contexts) do
context.stopped = true
end
for _, command in ipairs(self._commands) do
command.stop(self)
end
self._contexts = {}
return self
end
--------------------------------------------------------------------------------
-- Clears the definition animation.
--------------------------------------------------------------------------------
function M:clear()
if self:isRunning() then
return self
end
self._commands = {}
return self
end
--------------------------------------------------------------------------------
-- Add a command run animation.<br>
-- Usually does not need to be used.<br>
-- You can add a custom command.<br>
-- @param command play,stop,restart
--------------------------------------------------------------------------------
function M:addCommand(command)
table.insert(self._commands, command)
return self
end
--------------------------------------------------------------------------------
-- Command to generate the animation.<br>
-- @param playFunc playFunc(callback)
-- @param stopFunc stopFunc()
-- @param resumeFunc resumeFunc()
-- @param pauseFunc pauseFunc()
-- @return command
--------------------------------------------------------------------------------
function M:newCommand(playFunc, stopFunc, resumeFunc, pauseFunc)
local emptyFunc = function(obj, callback) end
playFunc = playFunc
stopFunc = stopFunc and stopFunc or emptyFunc
resumeFunc = resumeFunc and resumeFunc or emptyFunc
pauseFunc = pauseFunc and pauseFunc or emptyFunc
local command = {play = playFunc, stop = stopFunc, resume = resumeFunc, pause = pauseFunc}
return command
end
--------------------------------------------------------------------------------
-- To generate the asynchronous command with the action.
-- @param actionFunc 関数名
-- @param sec Time Animation.
-- @param mode MOAIEaseType.
-- @return command
--------------------------------------------------------------------------------
function M:newActionCommand(actionFunc, sec, mode)
local actionGroup = MOAIAction.new()
local command = self:newCommand(
-- play
function(self, context)
if #self._targets == 0 then
return
end
local tSec = sec or self._second
local tMode = mode or self._easeType
for i, target in ipairs(self._targets) do
local action = actionFunc(target, tSec, tMode)
actionGroup:addChild(action)
end
actionGroup:start()
MOAICoroutine.blockOnAction(actionGroup)
end,
-- stop
function(self, context)
actionGroup:stop()
end,
-- resume
function(self, context)
actionGroup:pause(false)
end,
-- pause
function(self, context)
actionGroup:pause(true)
end
)
command.action = actionGroup
return command
end
--------------------------------------------------------------------------------
-- Changes the throttle, as defined by MOAIAction.throttle, of the animation.
-- If the animation is already running, update throttle on all commands.
-- @param newThrottle Desired new throttle value
-- @return none
--------------------------------------------------------------------------------
function M:setThrottle(newThrottle)
if self:isRunning() then
for _, command in ipairs(self._commands) do
if command.action then
command.action:throttle(newThrottle)
end
end
end
self._throttle = newThrottle
end
--------------------------------------------------------------------------------
-- Returns the current throttle value
-- @return throttle
--------------------------------------------------------------------------------
function M:getThrottle()
return self._throttle
end
return M
end)
package.preload['hp/display/BackgroundSprite'] = (function (...)
--------------------------------------------------------------------------------
-- This class draws the grid. <br>
-- Without the use of MOAITileDeck, use the MOAIGfxQuadDeck2D. <br>
-- Corresponding to the format can be flexibility. <br>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local MapSprite = require "hp/display/MapSprite"
-- class
local super = MapSprite
local M = class(super)
----------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
----------------------------------------------------------------
function M:init(params)
super.init(self)
self:setRepeat(true)
self:copyParams(params)
end
function M:setTexture(texture)
super.setTexture(self, texture)
if self.texture then
local w, h = self.texture:getSize()
self:setMapSize(1, 1, w, h)
self:setMapSheets(w, h, 1, 1)
self:setTile(1, 1, 1)
end
end
return M end)
package.preload['hp/display/DisplayObject'] = (function (...)
--------------------------------------------------------------------------------
-- The base class for all display objects. <br>
-- To inherit MOAIPropUtil, you can use the convenience function. <br>
-- To inherit EventDispatcher, you can use the event notification. <br>
-- <br>
-- Use the MOAIProp class. <br>
-- By changing the M.MOAI_CLASS, you can change to another class. <br>
-- See MOAIProp.<br>
-- Base Classes => EventDispatcher, MOAIPropUtil<br>
--------------------------------------------------------------------------------
-- import
local class = require "hp/lang/class"
local table = require "hp/lang/table"
local EventDispatcher = require "hp/event/EventDispatcher"
local MOAIPropUtil = require "hp/util/MOAIPropUtil"
local PropertyUtil = require "hp/util/PropertyUtil"
-- class
local M = class(EventDispatcher, MOAIPropUtil)
local MOAIPropInterface = MOAIProp.getInterfaceTable()
-- constraints
M.MOAI_CLASS = MOAIProp
M.PRIORITY_PROPERTIES = {
"texture",
}
--------------------------------------------------------------------------------
-- Instance generating functions.<br>
-- Unlike an ordinary class, and based on the MOAI_CLASS.<br>
-- To inherit this function is not recommended.<br>
-- @param ... params.
-- @return instance.
--------------------------------------------------------------------------------
function M:new(...)
local obj = self.MOAI_CLASS.new()
table.copy(self, obj)
EventDispatcher.init(obj)
if obj.init then
obj:init(...)
end
obj.new = nil
obj.init = nil
return obj
end
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(...)
self._touchEnabled = true
end
--------------------------------------------------------------------------------
-- Set the name.
-- @param name Object name.<br>
--------------------------------------------------------------------------------
function M:setName(name)
self.name = name
end
--------------------------------------------------------------------------------
-- Returns the name.
-- @return Object name.
--------------------------------------------------------------------------------
function M:getName()
return self.name
end
--------------------------------------------------------------------------------
-- Sets the parent.
-- @return parent object.
--------------------------------------------------------------------------------
function M:getParent()
return self._parent
end
--------------------------------------------------------------------------------
-- Sets the parent.
-- @param parent parent
--------------------------------------------------------------------------------
function M:setParent(parent)
if parent == self:getParent() then
return
end
-- remove
if self._parent and self._parent.isGroup then
self._parent:removeChild(self)
end
-- set
MOAIPropInterface.setParent(self, parent)
self._parent = parent
-- add
if parent and parent.isGroup then
parent:addChild(self)
end
end
--------------------------------------------------------------------------------
-- Set the parameter setter function.
-- @param params Parameter is set to Object.<br>
--------------------------------------------------------------------------------
function M:copyParams(params)
if not params then
return
end
-- copy priority properties
local priorityParams = {}
if self.PRIORITY_PROPERTIES then
for i, v in ipairs(self.PRIORITY_PROPERTIES) do
priorityParams[v] = params[v]
params[v] = nil
end
PropertyUtil.setProperties(self, priorityParams, true)
end
-- priority properties
PropertyUtil.setProperties(self, params, true)
-- reset params
if self.PRIORITY_PROPERTIES then
for i, v in ipairs(self.PRIORITY_PROPERTIES) do
params[v] = priorityParams[v]
end
end
end
--------------------------------------------------------------------------------
-- Set the MOAILayer instance.
--------------------------------------------------------------------------------
function M:setLayer(layer)
if self.layer == layer then
return
end
if self.layer then
self.layer:removeProp(self)
end
self.layer = layer
if self.layer then
layer:insertProp(self)
end
end
--------------------------------------------------------------------------------
-- Returns the MOAILayer.
--------------------------------------------------------------------------------
function M:getLayer()
return self.layer
end
--------------------------------------------------------------------------------
-- Event Handler
--------------------------------------------------------------------------------
function M:getNestLevel()
local parent = self:getParent()
if parent and parent.getNestLevel then
return parent:getNestLevel() + 1
end
return 1
end
--------------------------------------------------------------------------------
-- Sets the touch enabled.
-- @param value touch enabled.
--------------------------------------------------------------------------------
function M:setTouchEnabled(value)
self._touchEnabled = value
end
--------------------------------------------------------------------------------
-- Sets the touch enabled.
-- @param value touch enabled.
--------------------------------------------------------------------------------
function M:isTouchEnabled()
return self._touchEnabled
end
--------------------------------------------------------------------------------
-- Dispose resourece.
--------------------------------------------------------------------------------
function M:dispose()
local parent = self:getParent()
if parent and parent.isGroup then
parent:removeChild(self)
end
self:setLayer(nil)
end
--------------------------------------------------------------------------------
-- If the object will collide with the screen, it returns true.<br>
-- TODO:If you are rotating, it will not work.
-- @param prop MOAIProp object
-- @return If the object is a true conflict
--------------------------------------------------------------------------------
function M:hitTestObject(prop)
local worldX, worldY = prop:getWorldLoc()
local x, y = prop:getLoc()
local diffX, diffY = worldX - x, worldY - y
local left, top = MOAIPropUtil.getLeft(prop) + diffX, MOAIPropUtil.getTop(prop) + diffY
local right, bottom = MOAIPropUtil.getRight(prop) + diffX, MOAIPropUtil.getBottom(prop) + diffY
if self:inside(left, top, 0) then
return true
end
if self:inside(right, bottom, 0) then
return true
end
if self:inside(left, bottom, 0) then
return true
end
if self:inside(right, bottom, 0) then
return true
end
return false
end
--------------------------------------------------------------------------------
-- If the object will collide with the screen, it returns true.<br>
-- @param screenX x of screen
-- @param screenY y of screen
-- @param screenZ (option)z of screen
-- @return If the object is a true conflict
--------------------------------------------------------------------------------
function M:hitTestScreen(screenX, screenY, screenZ)
assert(self.layer)
screenZ = screenZ or 0
local worldX, worldY, worldZ = self.layer:wndToWorld(screenX, screenY, screenZ)
return self:inside(worldX, worldY, worldZ)
end
--------------------------------------------------------------------------------
-- If the object will collide with the world, it returns true.<br>
-- @param worldX world x of layer
-- @param worldY world y of layer
-- @param worldZ (option)world z of layer
-- @return If the object is a true conflict
--------------------------------------------------------------------------------
function M:hitTestWorld(worldX, worldY, worldZ)
worldZ = worldZ or 0
return self:inside(worldX, worldY, worldZ)
end
return M end)
package.preload['hp/display/Graphics'] = (function (...)
--------------------------------------------------------------------------------
-- The DisplayObject that has graphics capabilities. <br>
-- You can call in the method chain MOAIDraw. <br>
-- See MOAIDraw. <br>
-- <br>
-- Base Classes => DisplayObject, Resizable<br>
-- <code>
-- example)<br>
-- local g = Graphics({width = 100, height = 100})<br>
-- g:setPenColor(1, 0, 0, 1):fillRect():drawRect()<br>
-- g:setPenColor(0, 1, 0, 1):fillRect(25, 25, 50, 50):drawRect(25, 25, 50, 50)<br>
-- g:setLayer(layer)<br>
-- </code>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local DisplayObject = require "hp/display/DisplayObject"
local Resizable = require "hp/display/Resizable"
-- class
local M = class(DisplayObject, Resizable)
-- constraints
M.ADJUST_OFFSET = 0.01
M.DEFAULT_STEPS = 32
--------------------------------------------------------------------------------
-- private. <br>
-- Outputs the vertex data is specified.
--------------------------------------------------------------------------------
local function writeBuffers(verts, ...)
for i, v in ipairs({...}) do
table.insert(verts, v)
end
end
--------------------------------------------------------------------------------
-- private. <br>
-- To create a line in the corner.
--------------------------------------------------------------------------------
local function writeCornerLines(verts, cx, cy, rw, rh, angle0, angle1, steps)
local step = (angle1 - angle0) / steps
for angle = angle0, angle1, step do
local radian = angle / 180 * math.pi
local x, y = math.cos(radian) * rw + cx, -math.sin(radian) * rh + cy
writeBuffers(verts, x, y)
end
end
--------------------------------------------------------------------------------
-- private. <br>
-- Create the vertex data to draw a rectangle with rounded corners.
--------------------------------------------------------------------------------
local function createRoundRectDrawData(x0, y0, x1, y1, rw, rh, steps)
local offset = M.ADJUST_OFFSET
if rw == 0 or rh == 0 then
return {x0 + offset, y0 + offset, x0 + offset, y1, x1, y1, x1, y0 + offset, x0, y0}
end
local vertexs = {}
-- x0, y0
writeBuffers(vertexs, x0 + offset, y0 + rh)
writeBuffers(vertexs, x0 + offset, y1 - rh)
writeCornerLines(vertexs, x0 + rw + offset, y1 - rh, rw, rh, 180, 270, steps)
-- x0, y1
writeBuffers(vertexs, x0 + rw, y1)
writeBuffers(vertexs, x1 - rw, y1)
writeCornerLines(vertexs, x1 - rw, y1 - rh, rw, rh, 270, 360, steps)
-- x1, y1
writeBuffers(vertexs, x1, y1 - rh)
writeBuffers(vertexs, x1, y0 + rh)
writeCornerLines(vertexs, x1 - rw, y0 + rh + offset, rw, rh, 0, 90, steps)
-- x1, y0
writeBuffers(vertexs, x1 - rw, y0 + offset)
writeBuffers(vertexs, x0 + rw, y0 + offset)
writeCornerLines(vertexs, x0 + rw + offset, y0 + rh + offset, rw, rh, 90, 180, steps)
return vertexs
end
--------------------------------------------------------------------------------
-- private. <br>
-- Create the vertex data to fill the corners.
--------------------------------------------------------------------------------
local function createCornerFans(cx, cy, rw, rh, angle0, angle1, steps)
local verts = {}
local step = (angle1 - angle0) / steps
writeBuffers(verts, cx, cy)
for angle = angle0, angle1, step do
local radian = angle / 180 * math.pi
local x, y = math.cos(radian) * rw + cx, -math.sin(radian) * rh + cy
writeBuffers(verts, x, y)
end
return verts
end
--------------------------------------------------------------------------------
-- private. <br>
-- Create the vertex data to fill a rectangle with rounded corners.
--------------------------------------------------------------------------------
local function createRoundRectFillData(x0, y0, x1, y1, rw, rh, steps)
if rw == 0 or rh == 0 then
return {{x0, y0, x1, y0, x1, y1, x0, y1}}
end
local fans = {}
-- rects
writeBuffers(fans, {x0 + rw, y0, x1 - rw, y0, x1 - rw, y1, x0 + rw, y1})
writeBuffers(fans, {x0, y0 + rh, x0 + rw, y0 + rh, x0 + rw, y1 - rh, x0, y1 - rh})
writeBuffers(fans, {x1 - rw, y0 + rh, x1, y0 + rh, x1, y1 - rh, x1 - rw, y1 - rh})
-- fans
writeBuffers(fans, createCornerFans(x0 + rw, y0 + rh, rw, rh, 90, 180, steps))
writeBuffers(fans, createCornerFans(x1 - rw, y0 + rh, rw, rh, 0, 90, steps))
writeBuffers(fans, createCornerFans(x1 - rw, y1 - rh, rw, rh, 270, 360, steps))
writeBuffers(fans, createCornerFans(x0 + rw, y1 - rh, rw, rh, 180, 270, steps))
return fans
end
--------------------------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
-- (params:width, height)
--------------------------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
params = params or {}
local deck = MOAIScriptDeck.new()
self:setDeck(deck)
self.deck = deck
self.commands = {}
deck:setDrawCallback(
function(index, xOff, yOff, xFlip, yFlip)
if #self.commands == 0 then
return
end
MOAIGfxDevice.setPenColor(self:getRed(), self:getGreen(), self:getBlue(), self:getAlpha())
MOAIGfxDevice.setPenWidth(1)
MOAIGfxDevice.setPointSize(1)
for i, gfx in ipairs(self.commands) do
gfx(self)
end
end
)
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- Set the height and width.<br>
-- @param width width
-- @param height height
--------------------------------------------------------------------------------
function M:setSize(width, height)
width = width or self:getWidth()
height = height or self:getHeight()
local left, top = self:getPos()
self.deck:setRect(0, 0, width, height)
self:setPiv(width / 2, height / 2, 0)
self:setPos(left, top)
end
--------------------------------------------------------------------------------
-- Draw a circle.<br>
-- @param x Position of the left.
-- @param y Position of the top.
-- @param r Radius.(Not in diameter.)
-- @param steps Number of points.
-- @return self
--------------------------------------------------------------------------------
function M:drawCircle(x, y, r, steps)
steps = steps or M.DEFAULT_STEPS
local command = function(self)
if x and y and r and steps then
MOAIDraw.drawCircle(x + r, y + r, r, steps)
else
local rw = math.min(self:getWidth(), self:getHeight()) / 2
MOAIDraw.drawCircle(rw, rw, rw, 360)
end
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Draw an ellipse.<br>
-- @param x Position of the left.
-- @param y Position of the top.
-- @param xRad Radius.(Not in diameter.)
-- @param yRad Radius.(Not in diameter.)
-- @param steps Number of points.
-- @return self
--------------------------------------------------------------------------------
function M:drawEllipse(x, y, xRad, yRad, steps)
steps = steps or M.DEFAULT_STEPS
local command = function(self)
if x and y and xRad and yRad and steps then
MOAIDraw.drawEllipse(x + xRad, y + yRad, xRad, yRad, steps)
else
local rw, rh = self:getWidth() / 2, self:getHeight() / 2
MOAIDraw.drawEllipse(rw, rh, rw, rh, steps)
end
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Draws a line.<br>
-- @param ... Position of the points(x0, y0).
-- @return self
--------------------------------------------------------------------------------
function M:drawLine(...)
local args = {...}
local command = function(self)
MOAIDraw.drawLine(unpack(args))
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Draws a point.
-- @param ... Position of the points(x0, y0).
-- @return self
--------------------------------------------------------------------------------
function M:drawPoints(...)
local args = {...}
local command = function(self)
MOAIDraw.drawPoints(unpack(args))
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Draw a ray.
-- @param x Position of the left.
-- @param y Position of the top.
-- @param dx Direction.
-- @param dy Direction.
-- @return self
--------------------------------------------------------------------------------
function M:drawRay(x, y, dx, dy)
local command = function(self)
if x and y and dx and dy then
MOAIDraw.drawRay(x, y, dx, dy)
else
MOAIDraw.drawRay(0, 0, self:getWidth(), self:getHeight())
end
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Draw a rectangle.
-- @param x0 Position of the left.
-- @param y0 Position of the top.
-- @param x1 Position of the right.
-- @param y1 Position of the bottom
-- @return self
--------------------------------------------------------------------------------
function M:drawRect(x0, y0, x1, y1)
local command = function(self)
if x0 and y0 and x1 and y1 then
MOAIDraw.drawRect(x0, y0, x1, y1)
else
MOAIDraw.drawRect(0, 0, self:getWidth(), self:getHeight())
end
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Draw a round rectangle.
-- @param x0 Position of the left.
-- @param y0 Position of the top.
-- @param x1 Position of the right.
-- @param y1 Position of the bottom.
-- @param rw The width of the Corner.
-- @param rh The height of the Corner.
-- @param steps Number of points.
-- @return self
--------------------------------------------------------------------------------
function M:drawRoundRect(x0, y0, x1, y1, rw, rh, steps)
rw = rw or 0
rh = rh or 0
steps = steps or M.DEFAULT_STEPS / 4
local vertexs = createRoundRectDrawData(x0, y0, x1, y1, rw, rh, steps)
local command = function(self)
MOAIDraw.drawLine(vertexs)
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Fill the circle.
-- @param x Position of the left.
-- @param y Position of the top.
-- @param r Radius.(Not in diameter.)
-- @param steps Number of points.
-- @return self
--------------------------------------------------------------------------------
function M:fillCircle(x, y, r, steps)
steps = steps or M.DEFAULT_STEPS
local command = function(self)
if x and y and r and steps then
MOAIDraw.fillCircle(x + r, y + r, r, steps)
else
local r = math.min(self:getWidth(), self:getHeight()) / 2
MOAIDraw.fillCircle(r, r, r, steps)
end
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Fill an ellipse.
-- @param x Position of the left.
-- @param y Position of the top.
-- @param xRad Radius.(Not in diameter.)
-- @param yRad Radius.(Not in diameter.)
-- @param steps Number of points.
-- @return self
--------------------------------------------------------------------------------
function M:fillEllipse(x, y, xRad, yRad, steps)
steps = steps or M.DEFAULT_STEPS
local command = function(self)
if x and y and xRad and yRad then
MOAIDraw.fillEllipse(x + xRad, y + yRad, xRad, yRad, steps)
else
local rw, rh = self:getWidth() / 2, self:getHeight() / 2
MOAIDraw.fillEllipse(rw, rh, rw, rh, steps)
end
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Fills the triangle.
-- @param ... Position of the points(x0, y0).
-- @return self
--------------------------------------------------------------------------------
function M:fillFan(...)
local args = {...}
local command = function(self)
MOAIDraw.fillFan(unpack(args))
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Fill a rectangle.
-- @param x0 Position of the left.
-- @param y0 Position of the top.
-- @param x1 Position of the right.
-- @param y1 Position of the bottom.
-- @return self
--------------------------------------------------------------------------------
function M:fillRect(x0, y0, x1, y1)
local command = function(self)
if x0 and y0 and x1 and y1 then
MOAIDraw.fillRect(x0, y0, x1, y1)
else
MOAIDraw.fillRect(0, 0, self:getWidth(), self:getHeight())
end
end
table.insert(self.commands, command)
return self
end
--------------------------------------------------------------------------------
-- Fill a round rectangle.
-- @param x0 Position of the left.
-- @param y0 Position of the top.
-- @param x1 Position of the right.
-- @param y1 Position of the bottom.
-- @param rw The width of the Corner.
-- @param rh The height of the Corner.
-- @param steps Number of points.
-- @return self
--------------------------------------------------------------------------------
function M:fillRoundRect(x0, y0, x1, y1, rw, rh, steps)
rw = rw or 0
rh = rh or 0
steps = steps or M.DEFAULT_STEPS / 4
local fillDatas = createRoundRectFillData(x0, y0, x1, y1, rw, rh, steps)
local command = function(self)
for i, verts in ipairs(fillDatas) do
MOAIDraw.fillFan(verts)
end
end
table.insert(self.commands, command)
return self
end
---------------------------------------
-- Sets the color of the pen.<br>
-- Will be reflected in the drawing functions.
-- @param r red
-- @param g green
-- @param b blue
-- @param a alpha
-- @return self
---------------------------------------
function M:setPenColor(r, g, b, a)
a = a or 1
local command = function(self)
local red = r * self:getRed()
local green = g * self:getGreen()
local blue = b * self:getBlue()
local alpha = a * self:getAlpha()
MOAIGfxDevice.setPenColor(red, green, blue, alpha)
end
table.insert(self.commands, command)
return self
end
---------------------------------------
-- Set the size of the pen that you specify.<br>
-- Will be reflected in the drawing functions.
-- @param width width
-- @return self
---------------------------------------
function M:setPenWidth(width)
local command = function(self)
MOAIGfxDevice.setPenWidth(width)
end
table.insert(self.commands, command)
return self
end
---------------------------------------
-- Set the size of the specified point.<br>
-- Will be reflected in the drawing functions.
-- @param size
-- @return self
---------------------------------------
function M:setPointSize(size)
local command = function(self)
MOAIGfxDevice.setPointSize(size)
end
table.insert(self.commands, command)
return self
end
---------------------------------------
-- Clears the drawing operations.
-- @return self
---------------------------------------
function M:clear()
self.commands = {}
return self
end
return M end)
package.preload['hp/display/Group'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to grouping the DisplayObject. <br>
-- Will be used as a dummy MOAIProp. <br>
-- Base Classes => DisplayObject, Resizable <br>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local DisplayObject = require "hp/display/DisplayObject"
local Resizable = require "hp/display/Resizable"
-- class
local super = DisplayObject
local M = class(DisplayObject, Resizable)
local MOAIPropInterface = MOAIProp.getInterfaceTable()
----------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
----------------------------------------------------------------
function M:init(params)
super.init(self)
params = params or {}
self.children = {}
self._width = 0
self._height = 0
self:copyParams(params)
end
----------------------------------------------------------------
-- Returns the bounds of the object.
-- @return xMin, yMin, zMin, xMax, yMax, zMax
----------------------------------------------------------------
function M:getBounds()
local xMin, yMin, zMin = 0, 0, 0
local xMax, yMax, zMax = self:getWidth(), self:getHeight(), 0
return xMin, yMin, zMin, xMax, yMax, zMax
end
--------------------------------------------------------------------------------
-- Returns the width.
-- @return width
--------------------------------------------------------------------------------
function M:getWidth()
return self._width
end
----------------------------------------------------------------
-- Returns the height.
-- @return height
----------------------------------------------------------------
function M:getHeight()
return self._height
end
--------------------------------------------------------------------------------
-- Sets the width and height.
-- @param width width
-- @param height height
--------------------------------------------------------------------------------
function M:setSize(width, height)
self._width = width
self._height = height
end
----------------------------------------------------------------
-- Set the visible.
-- @param visible visible
----------------------------------------------------------------
function M:setVisible(visible)
MOAIPropInterface.setVisible(self, visible)
for i, v in ipairs(self:getChildren()) do
if v.setVisible then
v:setVisible(visible)
end
end
end
----------------------------------------------------------------
-- Set the center of the pivot.
----------------------------------------------------------------
function M:setCenterPiv()
local left, top = self:getPos()
local pivX = self:getWidth() / 2
local pivY = self:getHeight() / 2
self:setPiv(pivX, pivY, 0)
self:setPos(left, top)
end
----------------------------------------------------------------
-- Resize based on the location and size of the child elements.
----------------------------------------------------------------
function M:resizeForChildren()
local maxWidth, maxHeight = 0, 0
for i, child in ipairs(self:getChildren()) do
maxWidth = math.max(maxWidth, child:getRight())
maxHeight = math.max(maxHeight, child:getBottom())
end
self:setSize(maxWidth, maxHeight)
end
----------------------------------------------------------------
-- Returns the children object.
-- If you want to use this function with caution.<br>
-- direct manipulation table against children are not reflected in the Group.<br>
-- @return children
----------------------------------------------------------------
function M:getChildren()
return self.children
end
----------------------------------------------------------------
-- Returns the children size.
-- @return children size.
----------------------------------------------------------------
function M:getNumChildren()
return #self.children
end
----------------------------------------------------------------
-- Returns the child object.
-- @param i Index.
-- @return child
----------------------------------------------------------------
function M:getChildAt(i)
return self.children[i]
end
----------------------------------------------------------------
-- Sets the children.
-- @param children children
----------------------------------------------------------------
function M:setChildren(children)
self:removeChildren()
self:addChildren(children)
end
----------------------------------------------------------------
-- Returns the child object by name.
-- @param name child.name.
-- @return child
----------------------------------------------------------------
function M:getChildByName(name)
for i, child in ipairs(self:getChildren()) do
if child.name == name then
return child
end
if child.getChildByName then
local nestedChild = child:getChildByName(name)
if nestedChild then
return nestedChild
end
end
end
end
----------------------------------------------------------------
-- Add a child object. <br>
-- The child object to duplicate is not added. <br>
-- If you have set the Layer to the group, the layer is set to the child.
-- @param child Child to inherit the MOAIProp.
----------------------------------------------------------------
function M:addChild(child)
local index = table.indexOf(self.children, child)
if index > 0 then
return false
end
table.insert(self.children, child)
child:setParent(self)
if self.layer then
if child.setLayer then
child:setLayer(self.layer)
end
end
return true
end
----------------------------------------------------------------
-- Add a child object. <br>
-- The child object to duplicate is not added. <br>
-- If you have set the Layer to the group, the layer is set to the child.
-- @param children to inherit the MOAIProp table.
----------------------------------------------------------------
function M:addChildren(children)
for i, child in ipairs(children) do
self:addChild(child)
end
end
----------------------------------------------------------------
-- Remove the child object. <br>
-- If you have set the Layer to the group, layer of the child is removed.
-- @param child Child to inherit the MOAIProp.
----------------------------------------------------------------
function M:removeChild(child)
local children = self.children
local index = table.indexOf(children, child)
if index <= 0 then
return
end
table.remove(children, index)
child:setParent(nil)
if self.layer then
if child.setLayer then
child:setLayer(nil)
end
end
end
----------------------------------------------------------------
-- Remove the child object. <br>
-- If you have set the Layer to the group, layer of the child is removed.
-- @param i Children index.
----------------------------------------------------------------
function M:removeChildAt(i)
local child = self.children[i]
if child then
self:removeChild(child)
end
end
--------------------------------------------------------------------------------
-- Remove the children object.
--------------------------------------------------------------------------------
function M:removeChildren()
local children = table.copy(self:getChildren())
for i, child in ipairs(children) do
self:removeChild(child)
end
end
--------------------------------------------------------------------------------
-- Set the layer of the same for children.
-- @param layer MOAILayer instance.
--------------------------------------------------------------------------------
function M:setLayer(layer)
self.layer = layer
for i, child in ipairs(self:getChildren()) do
if child.setLayer then
child:setLayer(layer)
end
end
end
--------------------------------------------------------------------------------
-- Returns the layer.
-- @return MOAILayer instance.
--------------------------------------------------------------------------------
function M:getLayer()
return self.layer
end
--------------------------------------------------------------------------------
-- Dispose resources.
--------------------------------------------------------------------------------
function M:dispose()
super.dispose(self)
for i, child in ipairs(self:getChildren()) do
if child.dispose then
child:dispose()
end
end
end
--------------------------------------------------------------------------------
-- Returns true if the group.<br>
-- Are used in internal decision.
--------------------------------------------------------------------------------
function M:isGroup()
return true
end
--------------------------------------------------------------------------------
-- If the object will collide with the screen, it returns true.<br>
-- @param screenX x of screen
-- @param screenY y of screen
-- @param screenZ (option)z of screen
-- @return If the object is a true conflict
--------------------------------------------------------------------------------
function M:hitTestScreen(screenX, screenY, screenZ)
assert(self.layer)
screenZ = screenZ or 0
for i, child in ipairs(self:getChildren()) do
if child.hitTestScreen then
if child:hitTestScreen(screenX, screenY, screenZ) then
return true
end
else
local worldX, worldY, worldZ = self.layer:wndToWorld(screenX, screenY, screenZ)
if child:inside(worldX, worldY, worldZ) then
return true
end
end
end
return false
end
--------------------------------------------------------------------------------
-- If the object will collide with the world, it returns true.<br>
-- @param worldX world x of layer
-- @param worldY world y of layer
-- @param worldZ (option)world z of layer
-- @return If the object is a true conflict
--------------------------------------------------------------------------------
function M:hitTestWorld(worldX, worldY, worldZ)
worldZ = worldZ or 0
for i, child in ipairs(self:getChildren()) do
if child.hitTestWorld then
if child:hitTestWorld(worldX, worldY, worldZ) then
return true
end
else
if child:inside(worldX, worldY, worldZ) then
return true
end
end
end
return false
end
return M end)
package.preload['hp/display/Layer'] = (function (...)
--------------------------------------------------------------------------------
-- This class inherits the MOAILayer. <br>
-- Simplifies the generation of a set of size and layer. <br>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Application = require "hp/core/Application"
local DisplayObject = require "hp/display/DisplayObject"
local Resizable = require "hp/display/Resizable"
local TouchProcessor = require "hp/display/TouchProcessor"
-- class define
local M = class(DisplayObject, Resizable)
local MOAILayerInterface = MOAILayer.getInterfaceTable()
M.MOAI_CLASS = MOAILayer
----------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
----------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
self:setTouchEnabled(false)
params = params or {}
local partition = MOAIPartition.new()
self:setPartition(partition)
self.partition = partition
local viewport = MOAIViewport.new()
self:setViewport(viewport)
self.viewport = viewport
self:setScreenSize(Application.screenWidth, Application.screenHeight)
self:setViewSize(Application.viewWidth, Application.viewHeight)
self:setOffset(-1, 1)
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- Sets the size of the layer.
-- @param width width of layer.
-- @param height height of layer.
--------------------------------------------------------------------------------
function M:setSize(width, height)
self:setScreenSize(width, height)
self:setViewSize(width, height)
end
--------------------------------------------------------------------------------
-- Returns the size of the layer on the screen.
-- @return Width of screen.
--------------------------------------------------------------------------------
function M:getScreenWidth()
return self.screenWidth
end
--------------------------------------------------------------------------------
-- Sets the size of the layer on the screen.
-- @param width Width of screen.
--------------------------------------------------------------------------------
function M:setScreenWidth(width)
self:setScreenSize(width, self:getScreenHeight())
end
--------------------------------------------------------------------------------
-- Returns the size of the layer on the screen.
-- @return Height of screen.
--------------------------------------------------------------------------------
function M:getScreenHeight()
return self.screenHeight
end
--------------------------------------------------------------------------------
-- Sets the size of the layer on the screen.
-- @param height Height of screen.
--------------------------------------------------------------------------------
function M:setScreenHeight(height)
self:setScreenSize(self:getScreenHeight(), height)
end
--------------------------------------------------------------------------------
-- Returns the size of the layer on the screen.
-- @return width
-- @return height
--------------------------------------------------------------------------------
function M:getScreenSize()
return self:getScreenWidth(), self:getScreenHeight()
end
--------------------------------------------------------------------------------
-- Sets the size of the layer on the screen.
-- @param width Width of the screen.
-- @param height Height of the screen.
--------------------------------------------------------------------------------
function M:setScreenSize(width, height)
self.screenWidth = width
self.screenHeight = height
if self.screenWidth and self.screenHeight then
self.viewport:setSize(width, height)
end
end
--------------------------------------------------------------------------------
-- Returns the viewport size of the layer.
-- @return viewWidth.
--------------------------------------------------------------------------------
function M:getViewWidth()
return self.viewWidth
end
--------------------------------------------------------------------------------
-- Sets the viewport size of the layer.
-- @param width Width of viewport.
--------------------------------------------------------------------------------
function M:setViewWidth(width)
self:setViewSize(width, self:getViewHeight())
end
--------------------------------------------------------------------------------
-- Returns the viewport size of the layer.
-- @return viewHeight.
--------------------------------------------------------------------------------
function M:getViewHeight()
return self.viewHeight
end
--------------------------------------------------------------------------------
-- Sets the viewport size of the layer.
-- @param height height of viewport
--------------------------------------------------------------------------------
function M:setViewHeight(height)
self:setViewSize(self:getViewWidth(), height)
end
--------------------------------------------------------------------------------
-- Returns the viewport size of the layer.
-- @return viewWidth
-- @return viewHeight
--------------------------------------------------------------------------------
function M:getViewSize()
return self:getViewWidth(), self:getViewHeight()
end
--------------------------------------------------------------------------------
-- Sets the viewport size of the layer.
-- @param width Width of the viewport.
-- @param height Height of the viewport.
--------------------------------------------------------------------------------
function M:setViewSize(width, height)
self.viewWidth = width
self.viewHeight = height
if self.viewWidth and self.viewHeight then
self.viewport:setScale(width, -height)
end
end
--------------------------------------------------------------------------------
-- Sets the offset of the viewport.
-- @param offsetX offsetX.
-- @param offsetY offsetY.
--------------------------------------------------------------------------------
function M:setOffset(offsetX, offsetY)
self.offsetX = offsetX
self.offsetY = offsetY
self.viewport:setOffset(offsetX, offsetY)
end
--------------------------------------------------------------------------------
-- Returns the scale of the screen and viewport.
-- @return scale
--------------------------------------------------------------------------------
function M:getViewScale()
return self.screenWidth / self.viewWidth
end
--------------------------------------------------------------------------------
-- Returns self.
-- @return self
--------------------------------------------------------------------------------
function M:getLayer()
return self
end
--------------------------------------------------------------------------------
-- Sets the scene.<br>
-- By setting the scene, and then draw in the scene.
-- @param scene scene.
--------------------------------------------------------------------------------
function M:setScene(scene)
if self.scene == scene then
return
end
if self.scene then
self.scene:removeChild(self)
end
self.scene = scene
if self.scene then
self.scene:addChild(self)
end
if self._touchProcessor then
self._touchProcessor:setEventSource(scene)
end
end
--------------------------------------------------------------------------------
-- Returns the scene.
--------------------------------------------------------------------------------
function M:getScene()
return self.scene
end
--------------------------------------------------------------------------------
-- Sets the props<br>
-- @param props props
--------------------------------------------------------------------------------
function M:setProps(props)
self:clear()
for i, prop in ipairs(props) do
if prop.setLayer then
prop:setLayer(self)
else
self:insertProp(prop)
end
end
end
--------------------------------------------------------------------------------
-- Sets the touch enabled.
-- @param value touch enabled.
--------------------------------------------------------------------------------
function M:setTouchEnabled(value)
if self._touchEnabled == value then
return
end
self._touchEnabled = value
if value and not self._touchProcessor then
self._touchProcessor = TouchProcessor(self)
self._touchProcessor:setEventSource(self:getScene())
end
if self._touchProcessor then
self._touchProcessor:setEnabled(value)
end
end
--------------------------------------------------------------------------------
-- Sets the TouchProcessor object.
--------------------------------------------------------------------------------
function M:setTouchProcessor(value)
if self._touchProcessor then
self._touchProcessor:dispose(nil)
self._touchProcessor = nil
end
self._touchProcessor = value
end
--------------------------------------------------------------------------------
-- Dispose resourece.
--------------------------------------------------------------------------------
function M:dispose()
self:setScene(nil)
self:clear()
if self._touchProcessor then
self._touchProcessor:dispose()
end
end
--------------------------------------------------------------------------------
-- Create and sets camera.
-- @param ortho ortho
-- @param near near
-- @param far far
--------------------------------------------------------------------------------
function M:createCamera(ortho, near, far)
ortho = ortho ~= nil and ortho or true
near = near or 1
far = far or -1
local camera = MOAICamera.new()
camera:setOrtho(ortho)
camera:setNearPlane(near)
camera:setFarPlane(far)
self:setCamera(camera)
self.camera = camera
return camera
end
return M end)
package.preload['hp/display/MapSprite'] = (function (...)
--------------------------------------------------------------------------------
-- This class draws the grid. <br>
-- Without the use of MOAITileDeck, use the MOAIGfxQuadDeck2D. <br>
-- Corresponding to the format can be flexibility. <br>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local DisplayObject = require "hp/display/DisplayObject"
local TextureDrawable = require "hp/display/TextureDrawable"
-- class
local M = class(DisplayObject, TextureDrawable)
----------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
----------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
params = params or {}
params = type(params) == "string" and {texture = params} or params
local deck = MOAIGfxQuadDeck2D.new()
local grid = MOAIGrid.new ()
self:setDeck(deck)
self:setGrid(grid)
self.deck = deck
self.grid = grid
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- Sets the data to generate a sheet of tile form.
-- @param tileWidth Width of the tile.
-- @param tileHeight Height of the tile.
-- @param tileX number of tiles in the x-direction.
-- @param tileY number of tiles in the y-direction.
-- @param spacing (option)Space size of each tile.
-- @param margin (option)Margin of tile.
--------------------------------------------------------------------------------
function M:setMapSheets(tileWidth, tileHeight, tileX, tileY, spacing, margin)
spacing = spacing or 0
margin = margin or 0
local sheets = {}
for y = 1, tileY do
for x = 1, tileX do
local sx = (x - 1) * (tileWidth + spacing) + margin
local sy = (y - 1) * (tileHeight + spacing) + margin
table.insert(sheets, {x = sx, y = sy, width = tileWidth, height = tileHeight})
end
end
self:setSheets(sheets)
end
--------------------------------------------------------------------------------
-- Sets the data sheet.
-- @param sheets Data sheet.
--------------------------------------------------------------------------------
function M:setSheets(sheets)
assert(self.texture)
local tw, th = self.texture:getSize()
self.deck:reserve(#sheets)
for i, sheet in ipairs(sheets) do
local xMin, yMin = sheet.x, sheet.y
local xMax = sheet.x + sheet.width
local yMax = sheet.y + sheet.height
self.deck:setUVRect(i, xMin / tw, yMin / th, xMax / tw, yMax / th)
end
end
--------------------------------------------------------------------------------
-- Set the map size.
-- @param mapWidth Height of the map.
-- @param mapHeight Height of the map.
-- @param tileWidth Width of the tile.
-- @param tileHeight Height of the tile.
--------------------------------------------------------------------------------
function M:setMapSize(mapWidth, mapHeight, tileWidth, tileHeight)
self.grid:setSize(mapWidth, mapHeight, tileWidth, tileHeight)
end
--------------------------------------------------------------------------------
-- Set the map data.
-- @param rows Multiple rows of data.
--------------------------------------------------------------------------------
function M:setRows(rows)
for i, row in ipairs(rows) do
self:setRow(i, table.unpack(row))
end
end
--------------------------------------------------------------------------------
-- Set the map data.
-- @param ... rows of data.
--------------------------------------------------------------------------------
function M:setRow(...)
self.grid:setRow(...)
end
--------------------------------------------------------------------------------
-- Set the map value.
-- @param x x.
-- @param y y.
-- @param value value.
--------------------------------------------------------------------------------
function M:setTile(x, y, value)
self.grid:setTile(x, y, value)
end
--------------------------------------------------------------------------------
-- Set the repeat flag.
-- @param repeatX
-- @param repeatY
--------------------------------------------------------------------------------
function M:setRepeat(repeatX, repeatY)
self.grid:setRepeat(repeatX, repeatY)
end
return M end)
package.preload['hp/display/Mesh'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to draw a gradient mesh. <br>
-- This source has been implemented by Nenad Katic. <br>
-- Has been partially modified. <br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local string = require("hp/lang/string")
local DisplayObject = require("hp/display/DisplayObject")
local ShaderManager = require("hp/manager/ShaderManager")
local Triangulation = require("hp/util/Triangulation")
local M = class(DisplayObject)
local DEFAULT_COLOR = "#FF00FF"
--------------------------------------------------------------------------------
-- Creates and returns a mesh.
--------------------------------------------------------------------------------
local function createMesh( vcoords, colors, primType )
primType = primType or MOAIMesh.GL_TRIANGLE_FAN
if vcoords and colors then
local numVertices = #vcoords
local vertexFormat = MOAIVertexFormat.new ()
vertexFormat:declareCoord ( 1, MOAIVertexFormat.GL_FLOAT, 2 )
-- Commented line below because we're not going to use UV coordinates
-- vertexFormat:declareUV ( 2, MOAIVertexFormat.GL_FLOAT, 2 )
vertexFormat:declareColor ( 2, MOAIVertexFormat.GL_UNSIGNED_BYTE )
local vbo = MOAIVertexBuffer.new ()
vbo:setFormat ( vertexFormat )
vbo:reserveVerts ( #vcoords )
for i=1, numVertices do
vbo:writeFloat ( vcoords[i][1], vcoords[i][2] ) -- write vertex position
vbo:writeColor32 ( colors[i][1], colors[i][2], colors[i][3] ) -- write RGB value
end
vbo:bless ()
local mesh = MOAIMesh.new ()
mesh:setVertexBuffer ( vbo )
mesh:setPrimType ( primType )
return mesh
end
return nil
end
--------------------------------------------------------------------------------
-- Returns the color to calculate the gradient.
--------------------------------------------------------------------------------
local function calculateGradient( color1, color2, angle, gradAngle )
local perc =.5 * ( 1 + math.cos( math.rad( angle-gradAngle) ) )
local color = {}
for i=1,3 do
color[i] = color1[i] + perc * ( color2[i] - color1[i] )
end
return color
end
--------------------------------------------------------------------------------
-- Returns the color to calculate the gradient.
--------------------------------------------------------------------------------
local function calculateDetailedGradient( points, angle, col1, col2 )
local colors = {}
local projectedX = {}
local ang = math.rad ( angle )
local s = math.sin ( ang )
local c = math.cos ( ang )
local x, y
local minX = 0
local maxX = 0
local projX, xprim
for i=1, #points do
x = points[i][1]
y = points[i][2]
xprim = ( math.abs( c ) > 0.001 ) and ( x/c ) or 0
-- a little of trigonometry gymnastics
projX = xprim + s * ( y - s * xprim )
projectedX[ #projectedX+1 ] = projX
if projX < minX then
minX = projX
elseif projX > maxX then
maxX = projX
end
end
-- now calculate percents
local perc, color
local dX = maxX - minX
for i=1, #projectedX do
perc = ( projectedX[i] - minX ) / dX
color = {}
for i=1,3 do
color[i] = col1[i] + perc * ( col2[i] - col1[i] )
end
colors[#colors+1] = color
end
return colors
end
--------------------------------------------------------------------------------
-- Returns an array of colors.
--------------------------------------------------------------------------------
local function isColorOrGradient( col )
-- if no argument, just use default color
col = col or { DEFAULT_COLOR }
-- if a string has been forwaded, convert to table for later use
if type(col) == "string" then
col = { string.hexToRGB( col, true ) }
else
col ={ string.hexToRGB( col[1], true ), string.hexToRGB( col[2], true ) , col[3] }
end
return col
end
--------------------------------------------------------------------------------
-- Creates and returns a gradient array.<br>
-- Example: ( "#003300", "#CCFF00", 90 )
-- @param col1 fromColor.
-- @param col2 toColor.
-- @param angle gradientAngle.
-- @return gradient array
--------------------------------------------------------------------------------
function M.newGradient( col1, col2, angle )
angle = angle or 90
return { col1, col2, angle }
end
--------------------------------------------------------------------------------
-- Creates and returns a mesh of the rectangle.<br>
-- Mesh is the class that inherits from the DisplayObject.
-- @param left Position of the left.
-- @param top Position of the top.
-- @param width width.
-- @param height height.
-- @param col Color of the gradient.
-- @return Rectangle object
--------------------------------------------------------------------------------
function M.newRect( left, top, width, height, col )
-- Check what's sent for colors argument
local colors
-- Should we paint every vertice in its own color ?
-- To do this, we use a table of 4 elements, like { "#FF0000", "#FFCC00", "#009900", "#0099CC" }
local everyVertice = type(col)=="table" and #col == 4
if everyVertice then
colors = {}
for i=1, 4 do
colors[i] = string.hexToRGB( col[i], true ) -- using extended string table, in lang.lua
end
else
-- nope, so it's going to be either solid color or gradient.
colors = isColorOrGradient( col )
end
local isGradient = ( #colors == 3 )
------------------------------------------------------------
-- Prepare vertex coordinates and vertex colors for vbo
------------------------------------------------------------
local vcoords, colorCoords = {}, {}
-- vertex coordinates
vcoords[1] = { 0, 0 }
vcoords[2] = { width, 0 }
vcoords[3] = { width, height }
vcoords[4] = { 0, height }
-- vertex colors
if isGradient then
colorCoords = calculateDetailedGradient( vcoords, colors[3], colors[1], colors[2] )
elseif everyVertice then
-- just assign vertex colors in the same order we forwarded it to the function
for i = 1, 4 do
colorCoords[i] = colors[i]
end
else
-- if using solid color, just copy it for every vertex
for i = 1, 4 do
colorCoords[i] = colors[1]
end
end
local prop = M(vcoords, colorCoords, MOAIMesh.GL_TRIANGLE_FAN)
prop:setPos(left, top)
return prop
end
--------------------------------------------------------------------------------
-- Creates and returns a mesh of the circle.<br>
-- Mesh is the class that inherits from the DisplayObject.
-- @param left Position of the left.
-- @param top Position of the top.
-- @param r Radius.
-- @param col color(s).
-- @param seg segments.
-- @return Circle object
--------------------------------------------------------------------------------
function M.newCircle(left, top, r, col, seg)
-- Check if we're skipping col argument
if type(col) == "number" then
seg = col
col = nil
end
-- So what do we have here?
local colors = isColorOrGradient( col )
local isGradient = #colors == 3
-- number of segments
if not seg then
seg = 12 * math.ceil ( r / 20 )
if seg > 128 then
seg = 128
end
end
-- coordinates
local vcoords, colorCoords = {}, {}
local vx, vy, angle
local angleInc = 360 / seg
for i=1, seg do
angle = angleInc*(i-1)
vy = r * math.sin( math.rad( angle ) )
vx = r * math.cos( math.rad( angle ) )
vcoords[i] = { vx, vy }
if not isGradient then
colorCoords[i] = colors[1]
else
--colorCoords[i] = calculateGradient( colors[1], colors[2], angle, colors[3] )
end
end
if isGradient then
colorCoords = calculateDetailedGradient( vcoords, colors[3], colors[1], colors[2] )
end
local prop = M(vcoords, colorCoords, MOAIMesh.GL_TRIANGLE_FAN)
prop:setPos(left, top)
return prop
end
--------------------------------------------------------------------------------
-- Creates and returns a mesh of the polygon.<br>
-- Mesh is the class that inherits from the DisplayObject.
-- @param left Position of the left.
-- @param top Position of the top.
-- @param vertices Vertex array.
-- @param col Color gradient.
-- @return Polygon object
--------------------------------------------------------------------------------
function M.newPolygon( left, top, vertices, col )
-- create gradient if needed
local colors = isColorOrGradient( col )
local isGradient = #colors == 3
-- get triangulated points
local triangulatedPoints = Triangulation.process( vertices ) --delaunay( vertices )
-- get color coordinates
local colorCoords = {}
if isGradient then
colorCoords = calculateDetailedGradient( triangulatedPoints, colors[3], colors[1], colors[2] )
else
for i = 1, #triangulatedPoints do
colorCoords[ #colorCoords + 1 ] = colors[1]
end
end
local prop = M(triangulatedPoints, colorCoords, MOAIMesh.GL_TRIANGLES)
prop:setPos(left, top)
return prop
end
--------------------------------------------------------------------------------
-- The constructor.
-- @param vcoords vcoords
-- @param colors colors
-- @param primType primType
--------------------------------------------------------------------------------
function M:init(vcoords, colors, primType)
DisplayObject.init(self)
local mesh = createMesh(vcoords, colors, primType)
local shader = ShaderManager:getShader(ShaderManager.BASIC_COLOR_SHADER)
self:setDeck(mesh)
self:setShader(shader)
end
return M end)
package.preload['hp/display/NinePatch'] = (function (...)
--------------------------------------------------------------------------------
-- NinePatch class is the scale is partially configured. <br>
-- When you set the size, scale will be reconfigured dynamically. <br>
-- Will help you build a widget. <br>
-- Base Classes => DisplayObject, TextureDrawable, Resizable <br>
--------------------------------------------------------------------------------
-- import
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local DisplayObject = require("hp/display/DisplayObject")
local Resizable = require("hp/display/Resizable")
local TextureDrawable = require("hp/display/TextureDrawable")
-- class
local M = class(DisplayObject, TextureDrawable, Resizable)
local MOAIPropInterface = MOAIProp.getInterfaceTable()
--------------------------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
--------------------------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
params = params or {}
params = type(params) == "string" and {texture = params} or params
local deck = MOAIStretchPatch2D.new()
self:setDeck(deck)
self.deck = deck
deck:reserveUVRects(1)
deck:setUVRect(1, 0, 0, 1, 1)
deck:reserveRows(3)
deck:setRow(1, 1 / 3, false)
deck:setRow(2, 1 / 3, true)
deck:setRow(3, 1 / 3, false)
deck:reserveColumns(3)
deck:setColumn(1, 1 / 3, false)
deck:setColumn(2, 1 / 3, true)
deck:setColumn(3, 1 / 3, false)
self.setOrignScl = assert(MOAIPropInterface.setScl)
self.getOrignScl = assert(MOAIPropInterface.getScl)
self.seekOrignScl = assert(MOAIPropInterface.seekScl)
self._width = 0
self._height = 0
self._sclX = 1
self._sclY = 1
self._sclZ = 1
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- Sets the size.<br>
-- When you set the size, set by calculating the scale.
-- @param width width.
-- @param height height.
--------------------------------------------------------------------------------
function M:setSize(width, height)
assert(self.texture)
local tw, th = self.texture:getSize()
local left, top = self:getPos()
local sclX, sclY, sclZ = self:getScl()
local bSclX, bSclY, bSclZ = width / tw, height / th, 1 -- TODO:sclZ
local oSclX, oSclY, oSclZ = sclX * bSclX, sclY * bSclY, sclZ * bSclZ
self._width = width
self._height = height
self.deck:setRect(-tw / 2, -th / 2, tw / 2, th / 2)
self:setOrignScl(oSclX, oSclY, oSclZ)
self:setPos(left, top)
end
--------------------------------------------------------------------------------
-- Sets the virtual scale.<br>
-- Value to be set will vary.<br>
-- TODO:Can not cope with if you want to move dynamically.
-- @param x scaleX.
-- @param y scaleY.
-- @param z scaleZ.
--------------------------------------------------------------------------------
function M:setScl(x, y, z)
local internal = self:getInternal()
internal.sclX = x
internal.sclY = y
internal.sclZ = z
local sclX, sclY, sclZ = self:getOrignScl()
sclX, sclY, sclZ = sclX * x, sclY * y, sclZ * z
self:setOrignScl(sclX, sclY, sclZ)
end
--------------------------------------------------------------------------------
-- Returns a virtual scale.<br>
-- TODO:Can not cope with if you want to move dynamically.<br>
-- @return scaleX, scaleY, scaleZ.
--------------------------------------------------------------------------------
function M:getScl()
return self._sclX, self._sclY, self._sclZ
end
--------------------------------------------------------------------------------
-- Seek a virtual scale.<br>
-- TODO:Does not work
-- @param x X of scale.
-- @param y Y of scale.
-- @param z Z of scale.
-- @param sec seconds.
-- @param mode MOAIEaseType.
-- @return MOAIEase
--------------------------------------------------------------------------------
function M:seekScl(x, y, z, sec, mode)
local sclX, sclY, sclZ = self:getOrignScl()
sclX, sclY, sclZ = sclX * x, sclY * y, sclZ * z
return self:seekScl(sclX, sclY, sclZ, sec, mode)
end
--------------------------------------------------------------------------------
-- Sets the ratio of the columns.
-- @param col1 Fixed ratio of the column.
-- @param col2 Dynamic ratio of the column.
-- @param col3 Fixed ratio of the column.
--------------------------------------------------------------------------------
function M:setStretchColumns(col1, col2, col3)
self.deck:setColumn ( 1, col1, false )
self.deck:setColumn ( 2, col2, true )
self.deck:setColumn ( 3, col3, false )
end
--------------------------------------------------------------------------------
-- Sets the ratio of the rows.
-- @param row1 Fixed ratio of the row.
-- @param row2 Dynamic ratio of the row.
-- @param row3 Fixed ratio of the row.
--------------------------------------------------------------------------------
function M:setStretchRows(row1, row2, row3)
self.deck:setRow ( 1, row1, false )
self.deck:setRow ( 2, row2, true )
self.deck:setRow ( 3, row3, false )
end
--------------------------------------------------------------------------------
-- Returns the boundary position.
-- @return xMin, yMin, zMin, xMax, yMax, zMax
--------------------------------------------------------------------------------
function M:getBounds()
local width, height = self._width, self._height
local xMin, yMin, zMin = -width / 2, -height / 2, 0
local xMax, yMax, zMax = width / 2, height / 2, 0
return xMin, yMin, zMin, xMax, yMax, zMax
end
return M end)
package.preload['hp/display/Particles'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to draw the texture. <br>
-- Base Classes => DisplayObject, TextureDrawable, Resizable <br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local DisplayObject = require("hp/display/DisplayObject")
local TextureDrawable = require("hp/display/TextureDrawable")
local ResourceManager = require("hp/manager/ResourceManager")
local M = class(DisplayObject, TextureDrawable)
M.MOAI_CLASS = MOAIParticleSystem
function M.fromPex(particleName)
local filePath = ResourceManager:getFilePath(particleName)
local plugin = MOAIParticlePexPlugin.load(filePath)
local self = M(plugin:getTextureName())
self:reserveParticles(plugin:getMaxParticles(), plugin:getSize())
self:reserveSprites(plugin:getMaxParticles())
self:reserveStates(1)
self:setBlendMode(plugin:getBlendMode())
local state = MOAIParticleState.new()
state:setTerm(plugin:getLifespan())
state:setPlugin(plugin)
local emitter = MOAIParticleTimedEmitter.new()
emitter:setLoc(0, 0)
emitter:setSystem(self)
emitter:setEmission(plugin:getEmission())
emitter:setFrequency(plugin:getFrequency())
emitter:setRect(plugin:getRect())
local timer = MOAITimer.new()
timer:setSpan(plugin:getDuration())
timer:setMode(MOAITimer.NORMAL)
timer:setListener(MOAIAction.EVENT_STOP, function() self:stopParticle() end)
self.plugin = plugin
self.emitter = emitter
self.state = state
self.timer = timer
self:setState(1, state)
return self
end
--------------------------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
--------------------------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
params = params or {}
params = type(params) == "string" and {texture = params} or params
local deck = MOAIGfxQuad2D.new()
deck:setUVRect(0, 0, 1, 1)
deck:setRect(-0.5, -0.5, 0.5, 0.5)
self:setDeck(deck)
self.deck = deck
self:copyParams(params)
end
function M:startParticle()
self.emitter:start()
if self.plugin:getDuration() > -1 then
self.timer:start()
end
end
function M:stopParticle()
self.emitter:stop()
if self.plugin:getDuration() > -1 then
self.timer:stop()
end
end
return M end)
package.preload['hp/display/Resizable'] = (function (...)
--------------------------------------------------------------------------------
-- Is the module object can be resized to be implemented.<br>
-- TODO:In the future, there is likely to change in order to unify the origin of the position.
--------------------------------------------------------------------------------
local M = {}
--------------------------------------------------------------------------------
-- Set the width.<br>
-- @param width width
--------------------------------------------------------------------------------
function M:setWidth(width)
self:setSize(width, self:getHeight())
end
--------------------------------------------------------------------------------
-- Set the height<br>
-- @param height height
--------------------------------------------------------------------------------
function M:setHeight(height)
self:setSize(self:getWidth(), height)
end
--------------------------------------------------------------------------------
-- Set the height and width.<br>
-- If the argument is not set the size of the texture will be set.
-- TODO:In the future, there is likely to change in order to unify the origin of the position.
-- @param width width
-- @param height height
--------------------------------------------------------------------------------
function M:setSize(width, height)
if self.texture then
local tw, th = self.texture:getSize()
width = width or tw
height = height or th
end
width = width or self:getWidth()
height = height or self:getHeight()
local left, top = self:getPos()
self.deck:setRect(-width / 2, -height / 2, width / 2, height / 2)
self:setPos(left, top)
end
--------------------------------------------------------------------------------
-- Function indicating that it is possible to resize.<br>
-- @return true
--------------------------------------------------------------------------------
function M:isResizable()
return true
end
return M end)
package.preload['hp/display/Scene'] = (function (...)
----------------------------------------------------------------
-- This class is a top-level container to build a scene graph.
-- Use this class to build a game scene.
-- <br>
-- Scene is managed by the SceneManager.
-- Use by specifying the module from the SceneManager.
-- Scene will be generated internally.
-- <br>
-- The Scene is the life cycle exists.
-- It is important to understand the life cycle.
-- <br>
-- 1. onCreate(params)<br>
-- Called when created.<br>
-- Initializes the scene graph in this function.<br>
-- 2. onStart()<br>
-- Called when started.<br>
-- Called after the animation is complete.<br>
-- 3. onResume()<br>
-- Called when resumed.
-- 4. onPause()<br>
-- Called when paused.<br>
-- 5. onStop()<br>
-- Called when the stoped.<br>
-- 6. onDestroy()<br>
-- Called when destroyed.<br>
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Group = require "hp/display/Group"
local Event = require "hp/event/Event"
local EventDispatcher = require "hp/event/EventDispatcher"
local Application = require "hp/core/Application"
local Logger = require "hp/util/Logger"
-- class
local M = class(Group)
-- events
M.EVENT_ENTER_FRAME = "enterFrame"
M.EVENT_CREATE = "create"
M.EVENT_START = "start"
M.EVENT_RESUME = "resume"
M.EVENT_PAUSE = "pause"
M.EVENT_STOP = "stop"
M.EVENT_DESTROY = "destroy"
M.EVENT_TOUCH_DOWN = "touchDown"
M.EVENT_TOUCH_UP = "touchUp"
M.EVENT_TOUCH_MOVE = "touchMove"
M.EVENT_TOUCH_CANCEL = "touchCancel"
M.EVENT_KEY_DOWN = "keyDown"
M.EVENT_KEY_UP = "keyUp"
-- local functions
local function destroyModule(m)
if m and m._M and m._NAME then
package.loaded[m._NAME] = nil
_G[m._NAME] = nil
end
end
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init()
Group.init(self)
self:setSize(Application.screenWidth, Application.screenHeight)
self.name = ""
self.visible = true
self.sceneManager = require("hp/manager/SceneManager")
self.sceneHandler = {}
self.touchDownFlag = false
self:setCenterPiv()
self:setPos(0, 0)
end
----------------------------------------------------------------
-- Add a child object. <br>
-- @param child Child to inherit the MOAILayer.
----------------------------------------------------------------
function M:addChild(child)
Group.addChild(self, child)
self.sceneManager:updateRender()
end
----------------------------------------------------------------
-- Remove the child object. <br>
-- @param child Child to inherit the MOAILayer.
----------------------------------------------------------------
function M:removeChild(child)
Group.removeChild(self, child)
self.sceneManager:updateRender()
end
----------------------------------------------------------------
-- Sets the visible.<br>
-- If set to false, excluded from the target rendering.<br>
-- @param value visible.
----------------------------------------------------------------
function M:setVisible(value)
self.visible = value
self.sceneManager:updateRender()
end
----------------------------------------------------------------
-- Returns the visible.
-- @return visible.
----------------------------------------------------------------
function M:getVisible()
return self.visible
end
---------------------------------------
-- Display to the front Scene.
---------------------------------------
function M:orderToFront()
self.sceneManager:orderToFront(self)
end
---------------------------------------
-- Display to the back Scene.
---------------------------------------
function M:orderToBack()
self.sceneManager:orderToBack(self)
end
---------------------------------------
-- Returns the rendering table.<br>
-- @return renderTable.
---------------------------------------
function M:getRenderTable()
local renderTable = {}
for i, v in ipairs(self.children) do
if v.getRenderTable then
table.insert(renderTable, v:getRenderTable())
else
table.insert(renderTable, v)
end
end
return renderTable
end
---------------------------------------
-- Called when it is created.
---------------------------------------
function M:onCreate(params)
if self.sceneHandler.onCreate then
self.sceneHandler.onCreate(params)
end
self:dispatchEvent(M.EVENT_CREATE, params)
end
---------------------------------------
-- Called when it is started.
---------------------------------------
function M:onStart()
if self.sceneHandler.onStart then
self.sceneHandler.onStart()
end
self:dispatchEvent(M.EVENT_START)
end
---------------------------------------
-- Called when resumed.
---------------------------------------
function M:onResume()
if self.sceneHandler.onResume then
self.sceneHandler.onResume()
end
self:dispatchEvent(M.EVENT_RESUME)
end
---------------------------------------
-- Called when paused.
---------------------------------------
function M:onPause()
if self.sceneHandler.onPause then
self.sceneHandler.onPause()
end
self:dispatchEvent(M.EVENT_PAUSE)
end
---------------------------------------
-- Called when stoped.
---------------------------------------
function M:onStop()
if self.sceneHandler.onStop then
self.sceneHandler.onStop()
end
self:dispatchEvent(M.EVENT_STOP)
end
---------------------------------------
-- Called when destroyed.
---------------------------------------
function M:onDestroy()
if self.sceneHandler.onDestroy then
self.sceneHandler.onDestroy()
end
self:dispatchEvent(M.EVENT_DESTROY)
self:dispose()
destroyModule(self.sceneHandler)
end
---------------------------------------
-- Called when updated.
---------------------------------------
function M:onEnterFrame()
if self.sceneHandler.onEnterFrame then
self.sceneHandler.onEnterFrame()
end
self:dispatchEvent(M.EVENT_ENTER_FRAME)
end
---------------------------------------
-- Called when keyboard input.
-- @param event Keybord event.
---------------------------------------
function M:onKeyDown(event)
local target = event.target
self:dispatchEvent(event)
event.target = target
if not event.stoped and self.sceneHandler.onKeyDown then
self.sceneHandler.onKeyDown(event)
end
end
---------------------------------------
-- Called when keyboard input.
-- @param event Keybord event.
---------------------------------------
function M:onKeyUp(event)
local target = event.target
self:dispatchEvent(event)
event.target = target
if not event.stoped and self.sceneHandler.onKeyUp then
self.sceneHandler.onKeyUp(event)
end
end
---------------------------------------
-- Called when screen touched.
-- @param event Event.
---------------------------------------
function M:onTouchDown(event)
local target = event.target
self:dispatchEvent(event)
event.target = target
if not event.stoped and self.sceneHandler.onTouchDown then
self.sceneHandler.onTouchDown(event)
end
end
---------------------------------------
-- Called when screen touched.
-- @param event Event.
---------------------------------------
function M:onTouchUp(event)
local target = event.target
self:dispatchEvent(event)
event.target = target
if not event.stoped and self.sceneHandler.onTouchUp then
self.sceneHandler.onTouchUp(event)
end
end
---------------------------------------
-- Called when screen touched.
-- @param event Event.
---------------------------------------
function M:onTouchMove(event)
local target = event.target
self:dispatchEvent(event)
event.target = target
if not event.stoped and self.sceneHandler.onTouchMove then
self.sceneHandler.onTouchMove(event)
end
end
---------------------------------------
-- Called when screen touched.
-- @param event Event.
---------------------------------------
function M:onTouchCancel(event)
local target = event.target
self:dispatchEvent(event)
event.target = target
if not event.stoped and self.sceneHandler.onTouchCancel then
self.sceneHandler.onTouchCancel(event)
end
end
return M end)
package.preload['hp/display/SceneAnimation'] = (function (...)
--------------------------------------------------------------------------------
-- This module to animate the Scene. <br>
-- You are not required to refer to the function is not available. <br>
-- Animation is possible with the function name specified in the SceneManager. <br>
--------------------------------------------------------------------------------
local Animation = require "hp/display/Animation"
local Graphics = require "hp/display/Graphics"
local Layer = require "hp/display/Layer"
local M = {}
local POPUP_LAYER = "SceneAnimationPopUpLayer"
local defaultSecond = 0.4
local function createShowAnimation(scene, sec)
return Animation({scene}, sec)
:setColor(1, 1, 1, 1):setVisible(true)
:setLeft(0):setTop(0):setScl(1, 1, 1):setRot(0, 0, 0)
end
--------------------------------------------------------------------------------
-- Sets the default animation second.
--------------------------------------------------------------------------------
function M.setDefaultSecond(sec)
defaultSecond = sec
end
--------------------------------------------------------------------------------
-- The displayed immediately.
--------------------------------------------------------------------------------
function M.changeNow(currentScene, nextScene, params)
return Animation():parallel(
Animation({currentScene}, 0):setVisible(false),
createShowAnimation(nextScene, 0)
)
end
--------------------------------------------------------------------------------
-- The pop-up display.
--------------------------------------------------------------------------------
function M.popIn(currentScene, nextScene, params)
local sec = params.sec and params.sec or defaultSecond
local layer = Layer {scene = currentScene}
layer.name = POPUP_LAYER
layer:setColor(0, 0, 0, 0)
local g = Graphics {layer = layer, width = layer:getViewWidth() + 1, height = layer:getViewHeight() + 1}
g:setPenColor(0, 0, 0, 1):fillRect()
return Animation():parallel(
Animation(layer, sec)
:seekColor(0.5, 0.5, 0.5, 0.5),
createShowAnimation(nextScene, sec):parallel(
Animation(nextScene, sec):setColor(0, 0, 0, 0):seekColor(1, 1, 1, 1),
Animation(nextScene, sec):setScl(0.5, 0.5, 1):seekScl(1, 1, 1)
)
)
end
--------------------------------------------------------------------------------
-- Close the pop-up display. <br>
-- Valid only for scene that displays pop-up.
--------------------------------------------------------------------------------
function M.popOut(currentScene, nextScene, params)
local sec = params.sec and params.sec or defaultSecond
local layer = nextScene:getChildByName(POPUP_LAYER)
return Animation():parallel(
Animation(currentScene, sec):parallel(
Animation(currentScene, sec):seekColor(0, 0, 0, 0):setVisible(false),
Animation(currentScene, sec):seekScl(0.5, 0.5, 1)
),
Animation(layer, sec):seekColor(0, 0, 0, 0):callFunc(function() nextScene:removeChild(layer) end)
)
end
--------------------------------------------------------------------------------
-- order to run fadeOut, fadeIn.
--------------------------------------------------------------------------------
function M.fade(currentScene, nextScene, params)
local sec = params.sec and params.sec or M.defaultSecond
return Animation():sequence(
Animation({nextScene}, sec):setColor(0, 0, 0, 0),
Animation({currentScene}, sec):setVisible(true):fadeOut():setVisible(false),
createShowAnimation(nextScene, sec):fadeIn()
)
end
--------------------------------------------------------------------------------
-- The parallel execution fadeOut, fadeIn.
--------------------------------------------------------------------------------
function M.crossFade(currentScene, nextScene, params)
local sec = params.sec and params.sec or defaultSecond
return Animation():parallel(
Animation({currentScene}, sec):setVisible(true):fadeOut():setVisible(false),
createShowAnimation(nextScene, sec):fadeIn()
)
end
--------------------------------------------------------------------------------
-- Slide the top.
--------------------------------------------------------------------------------
function M.slideToTop(currentScene, nextScene, params)
local sec = params.sec and params.sec or defaultSecond
local sw, sh = currentScene:getWidth(), currentScene:getHeight()
return Animation():parallel(
Animation({currentScene}, sec)
:setVisible(true)
:moveLoc(0, -sh, 0)
:setVisible(false),
createShowAnimation(nextScene, sec)
:setLeft(0):setTop(sh)
:moveLoc(0, -sh, 0)
:setTop(0)
)
end
--------------------------------------------------------------------------------
-- Slide the bottom.
--------------------------------------------------------------------------------
function M.slideToBottom(currentScene, nextScene, params)
local sec = params.sec and params.sec or defaultSecond
local sw, sh = currentScene:getWidth(), currentScene:getHeight()
return Animation():parallel(
Animation({currentScene}, sec)
:moveLoc(0, sh, 0)
:setVisible(false),
createShowAnimation(nextScene, sec)
:setLeft(0):setTop(-sh)
:moveLoc(0, sh, 0)
:setTop(0)
)
end
--------------------------------------------------------------------------------
-- Slide the left.
--------------------------------------------------------------------------------
function M.slideToLeft(currentScene, nextScene, params)
local sec = params.sec and params.sec or defaultSecond
local sw, sh = currentScene:getWidth(), currentScene:getHeight()
return Animation():parallel(
Animation({currentScene}, sec)
:setLeft(0):setTop(0)
:moveLoc(-sw, 0, 0)
:setVisible(false),
createShowAnimation(nextScene, sec)
:setLeft(sw):setTop(0)
:moveLoc(-sw, 0, 0)
:setLeft(0)
)
end
--------------------------------------------------------------------------------
-- Slide the right.
--------------------------------------------------------------------------------
function M.slideToRight(currentScene, nextScene, params)
local sec = params.sec and params.sec or defaultSecond
local sw, sh = currentScene:getWidth(), currentScene:getHeight()
return Animation():parallel(
Animation({currentScene}, sec)
:setLeft(0):setTop(0)
:moveLoc(sw, 0, 0)
:setVisible(false),
createShowAnimation(nextScene, sec)
:setLeft(-sw):setTop(0)
:moveLoc(sw, 0, 0)
:setLeft(0)
)
end
return M end)
package.preload['hp/display/Sprite'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to draw the texture. <br>
-- Base Classes => DisplayObject, TextureDrawable, Resizable <br>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local DisplayObject = require "hp/display/DisplayObject"
local TextureDrawable = require "hp/display/TextureDrawable"
local Resizable = require "hp/display/Resizable"
-- class
local M = class(DisplayObject, TextureDrawable, Resizable)
--------------------------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
--------------------------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
params = params or {}
params = type(params) == "string" and {texture = params} or params
local deck = MOAIGfxQuad2D.new()
deck:setUVRect(0, 0, 1, 1)
self:setDeck(deck)
self.deck = deck
self:copyParams(params)
end
return M end)
package.preload['hp/display/SpriteSheet'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to draw the sheet switching. <br>
-- Sheet can be defined in any shape. <br>
-- <br>
-- Base Classes => DisplayObject, TextureDrawable<br>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local DisplayObject = require "hp/display/DisplayObject"
local TextureDrawable = require "hp/display/TextureDrawable"
-- class
local M = class(DisplayObject, TextureDrawable)
--------------------------------------------------------------------------------
-- The constructor.<br>
-- @param params (option)Parameter is set to Object.<br>
-- params:<br>
-- texture:Path of the texture. Or, MOAITexture instance.<br>
-- sheets:See setSheets function.<br>
-- sheetAnims = See setSheetAnims function.<br>
-- @return instance
--------------------------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
params = params or {}
params = type(params) == "string" and {texture = params} or params
local deck = MOAIGfxQuadDeck2D.new()
self:setDeck(deck)
self.deck = deck
self.animTable = {}
self.currentAnim = nil
self.sheetSize = 0
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- Set the sheet data in the form of tiles.
-- @param tileWidth The width of the tile.
-- @param tileHeight The height of the tile.
-- @param tileX (option)number of tiles in the x-direction.
-- @param tileY (option)number of tiles in the y-direction.
-- @param spacing (option)Spaces between tiles.
-- @param margin (option)Margins of the Start position
--------------------------------------------------------------------------------
function M:setTiledSheets(tileWidth, tileHeight, tileX, tileY, spacing, margin)
assert(self.texture)
assert(tileWidth)
assert(tileHeight)
spacing = spacing or 0
margin = margin or 0
local tw, th = self.texture:getSize()
tileX = tileX or math.floor((tw - margin) / (tileWidth + spacing))
tileY = tileY or math.floor((th - margin) / (tileHeight + spacing))
local sheets = {}
for y = 1, tileY do
for x = 1, tileX do
local sx = (x - 1) * (tileWidth + spacing) + margin
local sy = (y - 1) * (tileHeight + spacing) + margin
table.insert(sheets, {x = sx, y = sy, width = tileWidth, height = tileHeight})
end
end
self:setSheets(sheets)
end
--------------------------------------------------------------------------------
-- Sets the tile size.
-- @param tileX number of tiles in the x-direction.
-- @param tileY number of tiles in the y-direction.
--------------------------------------------------------------------------------
function M:setTileSize(tileX, tileY)
assert(self.texture)
local tw, th = self.texture:getSize()
local w, h = tw / tileX, th / tileY
self:setTiledSheets(w, h, tileX, tileY)
end
--------------------------------------------------------------------------------
-- Set the data sheet.<br>
-- Sheet in accordance with the following format: Please.<br>
-- {x = Start position, y = Start position, width = The width of the sheet, height = The height of the sheet} <br>
-- TODO:Setting of the flip.
-- @param sheets sheet data
--------------------------------------------------------------------------------
function M:setSheets(sheets)
assert(self.texture)
local tw, th = self.texture:getSize()
self.deck:reserve(#sheets)
self.sheetSize = #sheets
for i, sheet in ipairs(sheets) do
local xMin, yMin = sheet.x, sheet.y
local xMax = sheet.x + sheet.width
local yMax = sheet.y + sheet.height
self.deck:setRect(i, -sheet.width / 2, -sheet.height / 2, sheet.width / 2, sheet.height / 2)
self.deck:setUVRect(i, xMin / tw, yMin / th, xMax / tw, yMax / th)
end
end
--------------------------------------------------------------------------------
-- Set the data to move the key frame animations.<br>
-- See M:setSheetAnim function.<br>
-- @param sheetAnims table is set to setSheetAnim.
--------------------------------------------------------------------------------
function M:setSheetAnims(sheetAnims)
for i, v in ipairs(sheetAnims) do
local name = v.name or i
self:setSheetAnim(name, v.indexes, v.sec, v.mode)
end
end
--------------------------------------------------------------------------------
-- Set the data to move the key frame animation.<br>
-- @param name Animation name.
-- @param indexes Key sequence.
-- @param sec Seconds to move the key.
-- @param mode (option)Mode is set to MOAIAnim.(The default is MOAITimer.LOOP)
--------------------------------------------------------------------------------
function M:setSheetAnim(name, indexes, sec, mode)
local curve = MOAIAnimCurve.new()
local anim = MOAIAnim.new()
curve:reserveKeys(#indexes)
for i = 1, #indexes do
curve:setKey(i, sec * (i - 1), indexes[i], MOAIEaseType.FLAT )
end
local mode = mode or MOAITimer.LOOP
anim:reserveLinks(1)
anim:setMode(mode)
anim:setLink(1, curve, self, MOAIProp.ATTR_INDEX )
anim:setCurve(curve)
self.animTable[name] = anim
end
--------------------------------------------------------------------------------
-- Returns the animation data with the specified name.
-- @param name Animation name.
-- @return MOAIAnim instance
--------------------------------------------------------------------------------
function M:getSheetAnim(name)
return self.animTable[name]
end
--------------------------------------------------------------------------------
-- Start the animation.
--------------------------------------------------------------------------------
function M:playAnim(name)
local currentAnim = self.currentAnim
local animTable = self.animTable
if currentAnim and currentAnim:isBusy() then
currentAnim:stop()
end
if animTable[name] then
currentAnim = animTable[name]
self.currentAnim = currentAnim
end
if currentAnim then
currentAnim:start()
end
end
--------------------------------------------------------------------------------
-- Stop the animation.
--------------------------------------------------------------------------------
function M:stopAnim()
if self.currentAnim then
self.currentAnim:stop()
end
end
--------------------------------------------------------------------------------
-- Check the current animation with the specified name.<br>
-- @param name Animation name.
-- @return If the current animation is true.
--------------------------------------------------------------------------------
function M:isCurrentAnim(name)
return self.currentAnim == self.animTable[name]
end
return M end)
package.preload['hp/display/TextLabel'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to draw the text.
-- See MOAITextBox.<br>
-- Base Classes => DisplayObject, Resizable
--------------------------------------------------------------------------------
-- import
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local DisplayObject = require("hp/display/DisplayObject")
local Resizable = require("hp/display/Resizable")
local FontManager = require("hp/manager/FontManager")
-- class
local M = class(DisplayObject, Resizable)
local MOAITextBoxInterface = MOAITextBox.getInterfaceTable()
M.MOAI_CLASS = MOAITextBox
-- constraints
M.DEFAULT_FONT = "fonts/VL-PGothic.ttf"
M.DEFAULT_CHARCODES = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789 .,:;!?()&/-"
M.DEFAULT_TEXT_SIZE = 24
M.DEFAULT_COLOR = {1, 1, 1, 1}
M.HORIZOTAL_ALIGNS = {
left = MOAITextBox.LEFT_JUSTIFY,
center = MOAITextBox.CENTER_JUSTIFY,
right = MOAITextBox.RIGHT_JUSTIFY,
}
M.VERTICAL_ALIGNS = {
top = MOAITextBox.LEFT_JUSTIFY,
center = MOAITextBox.CENTER_JUSTIFY,
bottom = MOAITextBox.RIGHT_JUSTIFY,
}
--- Max width for fit size.
M.MAX_FIT_WIDTH = 10000000
--- Max height for fit size.
M.MAX_FIT_HEIGHT = 10000000
--------------------------------------------------------------------------------
-- The constructor.
-- @param params (option)Parameter is set to Object.<br>
--------------------------------------------------------------------------------
function M:init(params)
DisplayObject.init(self)
params = params or {}
params = type(params) == "string" and {text = params} or params
self:setFont(M.DEFAULT_FONT)
self:setTextSize(M.DEFAULT_TEXT_SIZE)
self:setColor(unpack(M.DEFAULT_COLOR))
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- Set the text size.
-- @param width
-- @param height
--------------------------------------------------------------------------------
function M:setSize(width, height)
width = width or self:getWidth()
height = height or self:getHeight()
local left, top = self:getPos()
self:setRect(-width / 2, -height / 2, width / 2, height / 2)
self:setPos(left, top)
end
--------------------------------------------------------------------------------
-- Set the text size.
-- @param points size.
-- @param dpi (deprecated)Resolution.
--------------------------------------------------------------------------------
function M:setTextSize(points, dpi)
self._textSizePoints = points
self._textSizeDpi = dpi
MOAITextBoxInterface.setTextSize(self, points, dpi)
end
--------------------------------------------------------------------------------
-- Returns the text size.
-- @return points, dpi
--------------------------------------------------------------------------------
function M:getTextSize()
return self._textSizePoints, self._textSizeDpi
end
--------------------------------------------------------------------------------
-- Set the text.
-- @param text text.
--------------------------------------------------------------------------------
function M:setText(text)
self:setString(text)
end
--------------------------------------------------------------------------------
-- Set the font.
-- @param font font.
--------------------------------------------------------------------------------
function M:setFont(font)
if type(font) == "string" then
font = FontManager:request(font, self._textSizePoints or M.DEFAULT_TEXT_SIZE, M.DEFAULT_CHARCODES, self._textSizeDpi)
end
MOAITextBoxInterface.setFont(self, font)
end
--------------------------------------------------------------------------------
-- Set the Alignments.
--------------------------------------------------------------------------------
function M:setAlign(horizotalAlign, verticalAlign)
local h, v = M.HORIZOTAL_ALIGNS[horizotalAlign], M.VERTICAL_ALIGNS[verticalAlign]
self:setAlignment(h, v)
end
--------------------------------------------------------------------------------
-- Sets the fit size.
-- @param lenfth (Option)Length of the text.
--------------------------------------------------------------------------------
function M:fitSize(length)
self:setRect(0, 0, M.MAX_FIT_WIDTH, M.MAX_FIT_HEIGHT)
length = length or 1000000
local padding = 2
local left, top, right, bottom = self:getStringBounds(1, length)
local width, height = right - left + padding, bottom - top + padding
width = width % 2 == 0 and width or width + 1
height = height % 2 == 0 and height or height + 1
self:setSize(width, height)
end
--------------------------------------------------------------------------------
-- Sets the fit height.
-- @param lenfth (Option)Length of the text.
--------------------------------------------------------------------------------
function M:fitHeight(length)
local w, h, d = self:getDims()
self:setRect(0, 0, w, M.MAX_FIT_HEIGHT)
length = length or 1000000
local padding = 2
local left, top, right, bottom = self:getStringBounds(1, length)
local width, height = right - left + padding, bottom - top + padding
width = width % 2 == 0 and width or width + 1
height = height % 2 == 0 and height or height + 1
self:setHeight(height)
end
return M end)
package.preload['hp/display/TextureDrawable'] = (function (...)
--------------------------------------------------------------------------------
-- This module object on which to draw the texture to be implemented. <br>
-- This module by itself can not be used.<br>
--------------------------------------------------------------------------------
local TextureManager = require("hp/manager/TextureManager")
local M = {}
--------------------------------------------------------------------------------
-- Set the Texture to self.deck.
-- @param texture Path or texture.
--------------------------------------------------------------------------------
function M:setTexture(texture)
assert(texture, "texture nil value!")
if type(texture) == "string" then
texture = TextureManager:request(texture)
end
if self.texture == texture then
return
end
local left, top = self:getPos()
local resize = self.texture == nil and self.setSize ~= nil
self.texture = texture
self.deck:setTexture(texture)
self:setPos(left, top)
if resize then
local w, h = texture:getSize()
self:setSize(w, h)
end
end
return M end)
package.preload['hp/display/TouchProcessor'] = (function (...)
--------------------------------------------------------------------------------
-- This class inherits the MOAILayer. <br>
-- Simplifies the generation of a set of size and layer. <br>
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Event = require "hp/event/Event"
local InputManager = require "hp/manager/InputManager"
-- class define
local M = class()
-- event cache
local EVENT_TOUCH_DOWN = Event(Event.TOUCH_DOWN)
local EVENT_TOUCH_UP = Event(Event.TOUCH_UP)
local EVENT_TOUCH_MOVE = Event(Event.TOUCH_MOVE)
local EVENT_TOUCH_CANCEL = Event(Event.TOUCH_CANCEL)
--
local function getPointByCache(self, e)
for i, p in ipairs(self._touchPoints) do
if p.idx == e.idx then
return p
end
end
end
--
local function getPointByEvent(self, e)
local layer = self._touchLayer
local p = getPointByCache(self, e) or {}
p.idx = e.idx
p.tapCount = e.tapCount
p.oldX, p.oldY = p.x, p.y
p.x, p.y = layer:wndToWorld(e.x, e.y, 0)
p.screenX, p.screenY = e.x, e.y
if p.oldX and p.oldY then
p.moveX = p.x - p.oldX
p.moveY = p.y - p.oldY
else
p.oldX, p.oldY = p.x, p.y
p.moveX, p.moveY = 0, 0
end
return p
end
local function eventHandle(self, e, o)
local layer = self._touchLayer
while o do
if o.isTouchEnabled and not o:isTouchEnabled() then
break
end
if o.dispatchEvent then
o:dispatchEvent(e)
end
if o.getParent then
o = o:getParent()
else
o = nil
end
end
end
--------------------------------------------------------------------------------
-- The constructor.
-- @param layer (option)Parameter is set to Object.<br>
--------------------------------------------------------------------------------
function M:init(layer)
self._touchLayer = assert(layer)
self._touchPoints = {}
self._eventSource = nil
self._enabled = true
end
--------------------------------------------------------------------------------
-- イベント発生元を設定します.
-- 典型的には、Sceneインスタンスが設定されます.
--------------------------------------------------------------------------------
function M:setEventSource(eventSource)
if self._eventSource then
self._eventSource:removeEventListener(Event.TOUCH_DOWN, self.touchDownHandler, self)
self._eventSource:removeEventListener(Event.TOUCH_UP, self.touchUpHandler, self)
self._eventSource:removeEventListener(Event.TOUCH_MOVE, self.touchMoveHandler, self)
self._eventSource:removeEventListener(Event.TOUCH_CANCEL, self.touchCancelHandler, self)
end
self._eventSource = eventSource
if self._eventSource then
self._eventSource:addEventListener(Event.TOUCH_DOWN, self.touchDownHandler, self)
self._eventSource:addEventListener(Event.TOUCH_UP, self.touchUpHandler, self)
self._eventSource:addEventListener(Event.TOUCH_MOVE, self.touchMoveHandler, self)
self._eventSource:addEventListener(Event.TOUCH_CANCEL, self.touchCancelHandler, self)
end
end
--------------------------------------------------------------------------------
-- イベントソースに対する参照を削除します.
--------------------------------------------------------------------------------
function M:dispose()
self:setEventSource(nil)
end
--------------------------------------------------------------------------------
-- プロセッサーが有効かどうか設定します.
--------------------------------------------------------------------------------
function M:setEnabled(value)
self._enabled = value
end
--------------------------------------------------------------------------------
-- プロセッサーが有効かどうか返します.
--------------------------------------------------------------------------------
function M:isEnabled()
return self._enabled
end
--------------------------------------------------------------------------------
-- タッチした時のイベント処理を行います.
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
if not self:isEnabled() then
return
end
local layer = self._touchLayer
local p = getPointByEvent(self, e)
p.touchingProp = layer:getPartition():propForPoint(p.x, p.y, 0)
table.insertElement(self._touchPoints, p)
local te = table.copy(p, EVENT_TOUCH_DOWN)
te.points = self._touchPoints
if p.touchingProp then
eventHandle(self, te, p.touchingProp)
end
if not te.stoped then
layer:dispatchEvent(te)
end
if te.stoped then
e:stop()
end
end
----------------------------------------------------------------
-- タッチした時のイベント処理を行います.
----------------------------------------------------------------
function M:touchUpHandler(e)
if not self:isEnabled() then
return
end
local layer = self._touchLayer
local p = getPointByEvent(self, e)
local te = table.copy(p, EVENT_TOUCH_UP)
if p.touchingProp then
eventHandle(self, te, p.touchingProp)
end
local o = layer:getPartition():propForPoint(p.x, p.y, 0)
if o and o ~= p.touchingProp then
eventHandle(self, te, o)
end
if not te.stoped then
layer:dispatchEvent(te)
end
if te.stoped then
e:stop()
end
table.removeElement(self._touchPoints, p)
end
----------------------------------------------------------------
-- タッチした時のイベント処理を行います.
----------------------------------------------------------------
function M:touchMoveHandler(e)
if not self:isEnabled() then
return
end
local layer = self._touchLayer
local p = getPointByEvent(self, e)
local te = table.copy(p, EVENT_TOUCH_MOVE)
if p.touchingProp then
eventHandle(self, te, p.touchingProp)
end
local o = layer:getPartition():propForPoint(p.x, p.y, 0)
if o and o ~= p.touchingProp then
eventHandle(self, te, o)
end
if not te.stoped then
layer:dispatchEvent(te)
end
if te.stoped then
e:stop()
end
end
----------------------------------------------------------------
-- タッチした時のイベント処理を行います.
----------------------------------------------------------------
function M:touchCancelHandler(e)
if not self:isEnabled() then
return
end
local layer = self._touchLayer
local p = getPointByEvent(self, e)
local te = table.copy(p, EVENT_TOUCH_CANCEL)
if p.touchingProp then
eventHandle(self, te, p.touchingProp)
end
local o = layer:propForPoint(p.x, p.y, 0)
if o and o ~= p.touchingProp then
eventHandle(self, te, o)
end
if not te.stoped then
layer:dispatchEvent(te)
end
if te.stoped then
e:stop()
end
table.removeElement(self._touchPoints, p)
end
return M end)
package.preload['hp/event/Event'] = (function (...)
--------------------------------------------------------------------------------
-- The base class Event. <br>
-- Holds the data of the Event. <br>
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local M = class()
M.OPEN = "open"
M.CLOSE = "close"
M.ACTIVATE = "activate"
M.DEACTIVATE = "deactivate"
M.DOWN = "down"
M.UP = "up"
M.MOVE = "move"
M.CLICK = "click"
M.CANCEL = "cancel"
M.KEY_DOWN = "keyDown"
M.KEY_UP = "keyUp"
M.COMPLETE = "complete"
M.TOUCH_DOWN = "touchDown"
M.TOUCH_UP = "touchUp"
M.TOUCH_MOVE = "touchMove"
M.TOUCH_CANCEL = "touchCancel"
M.BUTTON_DOWN = "buttonDown"
M.BUTTON_UP = "buttonUp"
M.MOVE_STARTED = "moveStarted"
M.MOVE_FINISHED = "moveFinished"
M.MOVE_COLLISION = "moveCollision"
M.COLLISION = "collision"
M.PRIORITY_MIN = 0
M.PRIORITY_DEFAULT = 1000
M.PRIORITY_MAX = 10000000
--------------------------------------------------------------------------------
-- The constructor.
-- @param eventType (option)The type of event.
--------------------------------------------------------------------------------
function M:init(eventType)
self.type = eventType
self.stoped = false
end
--------------------------------------------------------------------------------
-- Sets the event listener by EventDispatcher. <br>
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:setListener(callback, source)
self.callback = callback
self.source = source
end
--------------------------------------------------------------------------------
--Stop the propagation of the event.
--------------------------------------------------------------------------------
function M:stop()
self.stoped = true
end
return M end)
package.preload['hp/event/EventDispatcher'] = (function (...)
--------------------------------------------------------------------------------
-- This class is has a function of event notification.
--
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local Event = require("hp/event/Event")
local EventListener = require("hp/event/EventListener")
local M = class()
local EVENT_CACHE = {}
--------------------------------------------------------------------------------
-- The constructor.
-- @param eventType (option)The type of event.
--------------------------------------------------------------------------------
function M:init()
self.eventlisteners = {}
end
--------------------------------------------------------------------------------
-- Adds an event listener. <br>
-- will now catch the events that are sent in the dispatchEvent. <br>
-- @param eventType Target event type.
-- @param callback The callback function.
-- @param source (option)The first argument passed to the callback function.
-- @param priority (option)Notification order.
--------------------------------------------------------------------------------
function M:addEventListener(eventType, callback, source, priority)
assert(eventType)
assert(callback)
if self:hasEventListener(eventType, callback, source) then
return false
end
local listener = EventListener(eventType, callback, source, priority)
for i, v in ipairs(self.eventlisteners) do
if listener.priority < v.priority then
table.insert(self.eventlisteners, i, listener)
return true
end
end
table.insert(self.eventlisteners, listener)
return true
end
--------------------------------------------------------------------------------
-- Removes an event listener.
--------------------------------------------------------------------------------
function M:removeEventListener(eventType, callback, source)
assert(eventType)
assert(callback)
for key, obj in ipairs(self.eventlisteners) do
if obj.type == eventType and obj.callback == callback and obj.source == source then
table.remove(self.eventlisteners, key)
return true
end
end
return false
end
--------------------------------------------------------------------------------
-- Returns true if you have an event listener. <br>
-- @return Returns true if you have an event listener.
--------------------------------------------------------------------------------
function M:hasEventListener(eventType, callback, source)
assert(eventType)
for key, obj in ipairs(self.eventlisteners) do
if obj.type == eventType then
if callback or source then
if obj.callback == callback and obj.source == source then
return true
end
else
return true
end
end
end
return false
end
--------------------------------------------------------------------------------
-- Dispatches the event.
--------------------------------------------------------------------------------
function M:dispatchEvent(event, data)
local eventName = type(event) == "string" and event
if eventName then
event = EVENT_CACHE[eventName] or Event(eventName)
EVENT_CACHE[eventName] = nil
end
assert(event.type)
event.data = data or event.data
event.stoped = false
event.target = self.eventTarget or self
for key, obj in ipairs(self.eventlisteners) do
if obj.type == event.type then
event:setListener(obj.callback, obj.source)
obj:call(event)
if event.stoped == true then
break
end
end
end
if eventName then
EVENT_CACHE[eventName] = event
end
end
--------------------------------------------------------------------------------
-- Remove all event listeners.
--------------------------------------------------------------------------------
function M:clearEventListeners()
self.eventlisteners = {}
end
return M end)
package.preload['hp/event/EventListener'] = (function (...)
--------------------------------------------------------------------------------
-- This class is an event listener.
-- Framework will be used internally.
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local Event = require("hp/event/Event")
local M = class()
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(eventType, callback, source, priority)
self.type = eventType
self.callback = callback
self.source = source
self.priority = priority and priority or Event.PRIORITY_DEFAULT
end
--------------------------------------------------------------------------------
-- Call source function
--------------------------------------------------------------------------------
function M:call(event)
if self.source then
self.callback(self.source, event)
else
self.callback(event)
end
end
return M
end)
package.preload['hp/factory/SceneFactory'] = (function (...)
----------------------------------------------------------------
-- Sceneを生成するファクトリークラスです.
-- SceneManagerにより使用されます.
----------------------------------------------------------------
-- import
local Scene = require("hp/display/Scene")
-- class
local M = {}
---------------------------------------
-- シーンを生成します.
-- この関数の動作を変更する事で、
-- 任意のロジックでシーンを生成する事が可能です.
-- @param name シーン名です.
-- シーン名をもとに、モジュールを参照して、
-- sceneHandlerを生成します.
-- ただし、params.handlerが指定された場合、
-- そのhandlerを使用します.
-- @param params パラメータです.
-- sceneClassがある場合、同クラスを生成します.
-- handlerがある場合、sceneHandlerに設定されます.
---------------------------------------
function M.createScene(name, params)
assert(name, "name is nil!")
local sceneClass = params.sceneClass or Scene
local scene = sceneClass:new()
scene.sceneHandler = params.handler or require(name)
scene.name = name
scene.sceneHandler.scene = scene
params.scene = scene
return scene
end
return M end)
package.preload['hp/gui/Button'] = (function (...)
----------------------------------------------------------------
-- This class is a general button.
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Event = require "hp/event/Event"
local Component = require "hp/gui/Component"
-- class define
local M = class(Component)
local super = Component
-- States
M.STATE_NORMAL = "normal"
M.STATE_SELECTED = "selected"
M.STATE_OVER = "over"
M.STATE_DISABLED = "disabled"
-- Events
M.EVENT_CLICK = "click"
M.EVENT_CANCEL = "cancel"
M.EVENT_BUTTON_UP = "buttonUp"
M.EVENT_BUTTON_DOWN = "buttonDown"
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal()
super.initInternal(self)
self._selected = false
self._touching = false
self._touchIndex = nil
self._toggle = false
self._themeName = "Button"
self._skinResizable = true
self._firstUpdated = false
end
--------------------------------------------------------------------------------
-- Create a child objects.
--------------------------------------------------------------------------------
function M:createChildren()
local skinClass = self:getStyle("skinClass")
self._skinClass = skinClass
self._background = skinClass(self:getStyle("skin"))
self._label = TextLabel()
self._label:setAlignment(MOAITextBox.CENTER_JUSTIFY, MOAITextBox.CENTER_JUSTIFY)
self._label:setSize(self._background:getSize())
self:addChild(self._background)
self:addChild(self._label)
self:setSize(self._background:getSize())
end
--------------------------------------------------------------------------------
-- Update the display.
--------------------------------------------------------------------------------
function M:updateDisplay()
local background = self._background
background:setColor(unpack(self:getStyle("skinColor")))
background:setTexture(self:getStyle("skin"))
local label = self._label
label:setColor(unpack(self:getStyle("textColor")))
label:setTextSize(self:getStyle("textSize"))
label:setFont(self:getStyle("font"))
if not self._skinResizable then
local tw, th = background.texture:getSize()
self:setSize(tw, th)
end
end
--------------------------------------------------------------------------------
-- Up the button.
-- There is no need to call directly to the basic.
-- @param idx Touch index
--------------------------------------------------------------------------------
function M:doUpButton()
if not self:isSelected() then
return
end
self._selected = false
self:setCurrentState(M.STATE_NORMAL)
self:dispatchEvent(M.EVENT_BUTTON_UP)
end
--------------------------------------------------------------------------------
-- Down the button.
-- There is no need to call directly to the basic.
--------------------------------------------------------------------------------
function M:doDownButton()
if self:isSelected() then
return
end
self._selected = true
self:setCurrentState(M.STATE_SELECTED)
self:dispatchEvent(M.EVENT_BUTTON_DOWN)
end
--------------------------------------------------------------------------------
-- Sets the text.
-- @param text text
--------------------------------------------------------------------------------
function M:setText(text)
self._text = text
self._label:setText(text)
end
--------------------------------------------------------------------------------
-- Returns the text.
-- @param text text
--------------------------------------------------------------------------------
function M:getText()
return self._text
end
--------------------------------------------------------------------------------
-- Sets whether a toggle button.
-- @param value toggle
--------------------------------------------------------------------------------
function M:setToggle(value)
self._toggle = value
end
--------------------------------------------------------------------------------
-- Returns whether a toggle button.
-- @return toggle
--------------------------------------------------------------------------------
function M:isToggle()
return self._toggle
end
--------------------------------------------------------------------------------
-- Returns whether the button is selected.
-- @return selected
--------------------------------------------------------------------------------
function M:isSelected()
return self._selected
end
--------------------------------------------------------------------------------
-- Set skin whether you can resize.
--------------------------------------------------------------------------------
function M:setSkinResizable(value)
self._skinResizable = value
if not self._skinResizable then
self:invalidateDisplay()
end
end
--------------------------------------------------------------------------------
-- Set the event listener that is called when the user click the button.
-- @param func click event handler
--------------------------------------------------------------------------------
function M:setOnClick(func)
self:setEventListener(M.EVENT_CLICK, func)
end
--------------------------------------------------------------------------------
-- Set the event listener that is called when the user pressed the button.
-- @param func button down event handler
--------------------------------------------------------------------------------
function M:setOnButtonDown(func)
self:setEventListener(M.EVENT_BUTTON_DOWN, func)
end
--------------------------------------------------------------------------------
-- Set the event listener that is called when the user released the button.
-- @param func button up event handler
--------------------------------------------------------------------------------
function M:setOnButtonUp(func)
self:setEventListener(M.EVENT_BUTTON_UP, func)
end
--------------------------------------------------------------------------------
-- Event Handler
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
-- This event handler is called when touched.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
if self._touching then
return
end
e:stop()
self._touchIndex = e.idx
self._touching = true
if self:isToggle() and self:isButtonDown() then
self:doUpButton()
else
self:doDownButton()
end
end
--------------------------------------------------------------------------------
-- This event handler is called when the button is released.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchUpHandler(e)
if e.idx ~= self._touchIndex then
return
end
e:stop()
if self._touching and not self:isToggle() then
self._touching = false
self._touchIndex = nil
self:doUpButton()
self:dispatchEvent(M.EVENT_CLICK)
end
end
--------------------------------------------------------------------------------
-- This event handler is called when you move on the button.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchMoveHandler(e)
if e.idx ~= self._touchIndex then
return
end
e:stop()
if self._touching and not self:hitTestWorld(e.x, e.y) then
self._touching = false
self._touchIndex = nil
if not self:isToggle() then
self:doUpButton()
self:dispatchEvent(M.EVENT_CANCEL)
end
end
end
--------------------------------------------------------------------------------
-- This event handler is called when you move on the button.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchCancelHandler(e)
if not self:isToggle() then
self._touching = false
self._touchIndex = nil
self:doUpButton()
self:dispatchEvent(M.EVENT_CANCEL)
end
end
--------------------------------------------------------------------------------
-- This event handler is called when resizing.
-- @param e resize event
--------------------------------------------------------------------------------
function M:resizeHandler(e)
local background = self._background
background:setSize(self:getWidth(), self:getHeight())
local textPadding = self:getStyle("textPadding")
local paddingLeft, paddingTop, paddingRight, paddingBottom = unpack(textPadding)
local label = self._label
label:setSize(self:getWidth() - paddingLeft - paddingRight, self:getHeight() - paddingTop - paddingBottom)
label:setPos(paddingLeft, paddingTop)
end
--------------------------------------------------------------------------------
-- This event handler is called when the enabled state changes.
-- @param e event
--------------------------------------------------------------------------------
function M:enabledChangedHandler(e)
if not self:isEnabled() then
self._touching = false
self._touchIndex = 0
end
end
return M end)
package.preload['hp/gui/Component'] = (function (...)
----------------------------------------------------------------------------------------------------
-- This class defines the common behavior of the GUI.
----------------------------------------------------------------------------------------------------
-- imports
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Group = require "hp/display/Group"
local Graphics = require "hp/display/Graphics"
local Event = require "hp/event/Event"
local Executors = require "hp/util/Executors"
local ThemeManager = require "hp/manager/ThemeManager"
local FocusManager = require "hp/manager/FocusManager"
local LayoutManager = require "hp/manager/LayoutManager"
-- class define
local super = Group
local M = class(super)
local MOAIPropInterface = MOAIProp.getInterfaceTable()
-- Events
M.EVENT_TOUCH_DOWN = "touchDown"
M.EVENT_TOUCH_MOVE = "touchMove"
M.EVENT_TOUCH_CANCEL = "touchCancel"
M.EVENT_TOUCH_UP = "touchUp"
M.EVENT_RESIZE = "resize"
M.EVENT_FOCUS_IN = "focusIn"
M.EVENT_FOCUS_OUT = "focusOut"
M.EVENT_ENABLED_CHANGED = "enabledChanged"
M.EVENT_STATE_CHANGED = "stateChanged"
M.EVENT_ADDED = "added"
M.EVENT_REMOVED = "removed"
M.EVENT_CHILD_ADDED = "childAdded"
M.EVENT_CHILD_REMOVED = "childRemoved"
-- States
M.STATE_NORMAL = "normal"
M.STATE_DISABLED = "disabled"
local function dummeyIsIncludeLayout() return false end
--------------------------------------------------------------------------------
-- Constructor.
-- Please do not inherit this constructor.
-- Please have some template functions are inherited.
-- @param params Parameter table
--------------------------------------------------------------------------------
function M:init(params)
super.init(self)
self:initInternal()
self:initEventListeners()
self:initComponent(params)
end
--------------------------------------------------------------------------------
-- Initialization is the process of internal variables.
-- Please to inherit this function if the definition of the variable.
--------------------------------------------------------------------------------
function M:initInternal()
self._enabled = true
self._theme = nil
self._themeName = "Component"
self._styles = {}
self._layout = nil
self._includeLayout = true
self._initialized = false
self._invalidDisplayFlag = false
self._invalidLayoutFlag = false
self._currentState = M.STATE_NORMAL
self._graphics = Graphics {parent = self}
self._graphics.isIncludeLayout = dummeyIsIncludeLayout
end
--------------------------------------------------------------------------------
-- Performing the initialization processing of the event listener.
-- Please to inherit this function if you want to initialize the event listener.
--------------------------------------------------------------------------------
function M:initEventListeners()
self:addEventListener(M.EVENT_TOUCH_DOWN, self.touchDownHandler, self)
self:addEventListener(M.EVENT_TOUCH_MOVE, self.touchMoveHandler, self)
self:addEventListener(M.EVENT_TOUCH_CANCEL, self.touchCancelHandler, self)
self:addEventListener(M.EVENT_TOUCH_UP, self.touchUpHandler, self)
self:addEventListener(M.EVENT_RESIZE, self.resizeHandler, self)
self:addEventListener(M.EVENT_STATE_CHANGED, self.stateChangedHandler, self)
self:addEventListener(M.EVENT_ENABLED_CHANGED, self.enabledChangedHandler, self)
end
--------------------------------------------------------------------------------
-- Performing the initialization processing of the component.
-- Please to inherit this function if you want to change the behavior of the component.
-- @param params Parameter table
--------------------------------------------------------------------------------
function M:initComponent(params)
if self._initialized then
return
end
self:initTheme(params)
self:initStyles(params)
self:createChildren()
self:copyParams(params)
self:invalidateAll()
self._initialized = true
end
--------------------------------------------------------------------------------
-- Theme initialization process is performed.
-- @param params Parameter table
--------------------------------------------------------------------------------
function M:initTheme(params)
if params and params.themeName then
if type(params.themeName) == "table" then
self:setThemeName(unpack(params.themeName))
else
self:setThemeName(params.themeName)
end
end
local theme = ThemeManager:getComponentTheme(self:getThemeName()) or {}
self:setTheme(theme)
end
--------------------------------------------------------------------------------
-- It is a component-specific style initialization process.
-- @param params Parameter table
--------------------------------------------------------------------------------
function M:initStyles(params)
if params and params.styles then
if type(params.styles) == "table" then
self:setStyles(unpack(params.styles))
else
self:setStyles(params.styles)
end
end
end
--------------------------------------------------------------------------------
-- To create a child components.
-- Please be inherited as necessary.
--------------------------------------------------------------------------------
function M:createChildren()
end
--------------------------------------------------------------------------------
-- Scheduling the update process of the component.
--------------------------------------------------------------------------------
function M:invalidateAll()
self:invalidateDisplay()
self:invalidateLayout()
end
--------------------------------------------------------------------------------
-- Scheduling the process of updating the display.
--------------------------------------------------------------------------------
function M:invalidateDisplay()
self._invalidDisplayFlag = true
LayoutManager:invalidateDisplay(self)
end
--------------------------------------------------------------------------------
-- Scheduling the process of updating the layout.
--------------------------------------------------------------------------------
function M:invalidateLayout()
local parent = self:getParent()
if parent and parent.isComponent then
parent:invalidateLayout()
end
LayoutManager:invalidateLayout(self)
self._invalidLayoutFlag = true
end
--------------------------------------------------------------------------------
-- Validation of the component.
-- This process is heavy.
-- Use when you want to determine the size and layout of the component.
--------------------------------------------------------------------------------
function M:validateAll()
self:validateDisplay()
self:validateLayout()
end
--------------------------------------------------------------------------------
-- Validation of the display.
-- This process is heavy.
-- Use when you want to determine the size and layout of the component.
--------------------------------------------------------------------------------
function M:validateDisplay(updateChildrenFlag)
if updateChildrenFlag then
for i, child in ipairs(self:getChildren()) do
if child.validateDisplay then
child:validateDisplay()
end
end
end
if self._invalidDisplayFlag then
self:updateDisplay()
self._invalidDisplayFlag = false
end
end
--------------------------------------------------------------------------------
-- Validation of the layout.
-- This process is heavy.
-- Use when you want to determine the size and layout of the component.
-- @param updateChildrenFlag Children are also updated
--------------------------------------------------------------------------------
function M:validateLayout(updateChildrenFlag)
if updateChildrenFlag then
for i, child in ipairs(self:getChildren()) do
if child.validateLayout then
child:validateLayout()
end
end
end
if self._invalidLayoutFlag then
self:updateLayout()
self._invalidLayoutFlag = false
end
end
--------------------------------------------------------------------------------
-- Update the component.
-- You do not need to be called directly update process.
--------------------------------------------------------------------------------
function M:updateComponent()
self:updateDisplay()
self:updateLayout()
end
--------------------------------------------------------------------------------
-- Update the display.
-- This method is called at the time you need to update the display.
--------------------------------------------------------------------------------
function M:updateDisplay()
end
--------------------------------------------------------------------------------
-- Update the layout.
--------------------------------------------------------------------------------
function M:updateLayout()
if self._layout then
self._layout:update(self)
end
end
--------------------------------------------------------------------------------
-- Add the child component.
-- After adding performs scheduling of the layout.
-- @param child the child component
--------------------------------------------------------------------------------
function M:addChild(child)
if super.addChild(self, child) then
child:dispatchEvent(M.EVENT_ADDED)
self:dispatchEvent(M.EVENT_CHILD_ADDED)
self:invalidateLayout()
return true
end
return false
end
--------------------------------------------------------------------------------
-- Remove the child component.
-- @param child the child component
--------------------------------------------------------------------------------
function M:removeChild(child)
if child == self._graphics then
return false
end
if super.removeChild(self, child) then
child:dispatchEvent(M.EVENT_REMOVED)
self:dispatchEvent(M.EVENT_CHILD_REMOVED)
self:invalidateLayout()
return true
end
return false
end
--------------------------------------------------------------------------------
-- Sets the state of the component.
-- To update the display by the state.
-- @param state state
--------------------------------------------------------------------------------
function M:setCurrentState(state)
if self:getCurrentState() ~= state then
self._currentState = state
local e = Event(M.EVENT_STATE_CHANGED)
e.state = state
self:dispatchEvent(e)
self:invalidateDisplay()
end
end
--------------------------------------------------------------------------------
-- Returns the state of the component.
-- @return state
--------------------------------------------------------------------------------
function M:getCurrentState()
return self._currentState
end
--------------------------------------------------------------------------------
-- The function to be performed asynchronously.
-- @param func function
-- @param ... args
--------------------------------------------------------------------------------
function M:callLater(func, ...)
Executors.callLater(func, ...)
end
----------------------------------------------------------------------------------------------------
-- Properties
----------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------
-- Set the enabled state.
-- @param value enabled
--------------------------------------------------------------------------------
function M:setEnabled(value)
if self:isEnabled() ~= value then
self._enabled = value
self:dispatchEvent(M.EVENT_ENABLED_CHANGED)
if value then
self:setCurrentState(M.STATE_NORMAL)
else
self:setCurrentState(M.STATE_DISABLED)
end
self:invalidateDisplay()
end
end
--------------------------------------------------------------------------------
-- Returns the enabled.
-- @return enabled
--------------------------------------------------------------------------------
function M:isEnabled()
return self._enabled
end
--------------------------------------------------------------------------------
-- Returns whether the component can touch.
--------------------------------------------------------------------------------
function M:isTouchEnabled()
return self._touchEnabled and self._enabled
end
--------------------------------------------------------------------------------
-- To set the focus.
-- TODO:Focus does not function.
-- @param value focus
--------------------------------------------------------------------------------
function M:setFocus(value)
value = value or true
local focusManager = self:getFocusManager()
if focusManager then
focusManager:setFocus(value and self or nil)
end
end
--------------------------------------------------------------------------------
-- If the component has the focus, returns true.
-- TODO:Focus does not function.
-- @return focus
--------------------------------------------------------------------------------
function M:isFocus()
local focusManager = self:getFocusManager()
if focusManager then
return focusManager:getFocus() == self
end
return false
end
--------------------------------------------------------------------------------
-- Returns the FocusManager
-- TODO:Focus does not function.
--------------------------------------------------------------------------------
function M:getFocusManager()
return FocusManager
end
--------------------------------------------------------------------------------
-- Returns the focus enabled.
-- TODO:Focus does not function.
-- @return focus enabled
--------------------------------------------------------------------------------
function M:isFocusEnabled()
return self._focusEnabled
end
--------------------------------------------------------------------------------
-- Set whether you can set focus.
-- @param Whether you can set focus
--------------------------------------------------------------------------------
function M:setFocusEnabled(value)
self._focusEnabled = value
if value == false and self:isFocus() then
self:getFocusManager():setFocus(nil)
end
end
--------------------------------------------------------------------------------
-- Set the layout.
-- When you set the layout, the update process of layout class is called when resizing.
-- The position of the component is automatically updated.
-- @param value layout object
--------------------------------------------------------------------------------
function M:setLayout(value)
self._layout = value
self:invalidateLayout()
end
--------------------------------------------------------------------------------
-- Returns a layout.
-- @return layout object
--------------------------------------------------------------------------------
function M:getLayout()
return self._layout
end
--------------------------------------------------------------------------------
-- Set whether you want to update the position by the layout class.
--------------------------------------------------------------------------------
function M:setIncludeLayout(value)
self._includeLayout = value
self:invalidateLayout()
end
--------------------------------------------------------------------------------
-- Return whether or not to set the layout automatically.
--------------------------------------------------------------------------------
function M:isIncludeLayout()
return self._includeLayout
end
--------------------------------------------------------------------------------
-- Change the size of the component.
-- Not be reflected in all objects immediately after the change.
-- be reflected to call updateSize.
-- @param width width
-- @param height height
--------------------------------------------------------------------------------
function M:setSize(width, height)
width = width < 0 and 0 or width
height = height < 0 and 0 or height
local oldWidth, oldHeight = self:getWidth(), self:getHeight()
if oldWidth ~= width or oldHeight ~= height then
super.setSize(self, width, height)
local e = Event(M.EVENT_RESIZE)
e.oldWidth, e.oldHeight = oldWidth, oldHeight
e.newWidth, e.newHeight = width, height
self:dispatchEvent(e)
self:invalidateDisplay()
self:invalidateLayout()
self._graphics:setSize(width, height)
end
end
--------------------------------------------------------------------------------
-- Returns the theme of the component.
-- @return theme
--------------------------------------------------------------------------------
function M:getTheme()
return self._theme
end
--------------------------------------------------------------------------------
-- Sets the theme of the component.
-- @param value theme
--------------------------------------------------------------------------------
function M:setTheme(value)
if self._theme ~= value then
self._theme = value
self:invalidateDisplay()
end
end
--------------------------------------------------------------------------------
-- Returns the name of the theme of the component.
-- @return theme name
--------------------------------------------------------------------------------
function M:getThemeName()
return self._themeName
end
--------------------------------------------------------------------------------
-- Sets the name of the theme of the component.
-- @param value theme name
--------------------------------------------------------------------------------
function M:setThemeName(value)
if self._themeName ~= value then
self._themeName = value
end
end
--------------------------------------------------------------------------------
-- Set the component has all the styles.
-- @param styles styles
--------------------------------------------------------------------------------
function M:setStyles(styles)
if self._styles ~= styles then
self._styles = assert(styles)
self:invalidateDisplay()
end
end
--------------------------------------------------------------------------------
-- Returns the style of the current state.
-- @param name style name
-- @param state (option)state name
--------------------------------------------------------------------------------
function M:getStyle(name, state)
state = state or self:getCurrentState()
local theme = self:getTheme()
local componentStyles = self._styles[state]
local currentStyles = theme[state]
local normalStyles = theme["normal"]
if componentStyles and componentStyles[name] ~= nil then
return componentStyles[name]
end
if currentStyles and currentStyles[name] ~= nil then
return currentStyles[name]
end
if normalStyles and normalStyles[name] ~= nil then
return normalStyles[name]
end
end
--------------------------------------------------------------------------------
-- Sets the style of the component.
-- @param state state name
-- @param name style name
-- @param value style value
--------------------------------------------------------------------------------
function M:setStyle(state, name, value)
self._styles[state] = self._styles[state] or {}
local stateStyles = self._styles[state]
stateStyles[name] = value
self:invalidateDisplay()
end
--------------------------------------------------------------------------------
-- Set the event listener.
-- Event listener that you set in this function is one.
-- @param eventName event name
-- @param func event listener
--------------------------------------------------------------------------------
function M:setEventListener(eventName, func)
local propertyName = "_event_" .. eventName
if self[propertyName] == func then
return
end
if self[propertyName] then
self:removeEventListener(eventName, self[propertyName])
end
self[propertyName] = func
if self[propertyName] then
self:addEventListener(eventName, self[propertyName])
end
end
--------------------------------------------------------------------------------
-- It is a function to determine whether the component.
-- @return true
--------------------------------------------------------------------------------
function M:isComponent()
return true
end
----------------------------------------------------------------------------------------------------
-- Event Handler
----------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
end
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchUpHandler(e)
end
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchMoveHandler(e)
end
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchCancelHandler(e)
end
--------------------------------------------------------------------------------
-- This event handler is called when resizing.
-- @param e resize event
--------------------------------------------------------------------------------
function M:resizeHandler(e)
end
--------------------------------------------------------------------------------
-- This event handler is called when the state changes.
-- @param e event
--------------------------------------------------------------------------------
function M:stateChangedHandler(e)
end
--------------------------------------------------------------------------------
-- This event handler is called when the enabled state changes.
-- @param e event
--------------------------------------------------------------------------------
function M:enabledChangedHandler(e)
end
return M end)
package.preload['hp/gui/DialogBox'] = (function (...)
----------------------------------------------------------------
-- This is the class that displays a message in the panel.
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local NinePatch = require "hp/display/NinePatch"
local TextLabel = require "hp/display/TextLabel"
local Animation = require "hp/display/Animation"
local Event = require "hp/event/Event"
local Component = require "hp/gui/Component"
local Panel = require "hp/gui/Panel"
-- class
local M = class(Panel)
local super = Panel
-- Events
M.EVENT_MESSAGE_SHOW = "messageShow"
M.EVENT_MESSAGE_END = "messageEnd"
M.EVENT_MESSAGE_HIDE = "messageHide"
M.EVENT_MESSAGE_RESULT = "messageResult"
-- Types
M.TYPE_INFO = "Info"
M.TYPE_CONFIRM = "Confirm"
M.TYPE_WARNING = "Warning"
M.TYPE_ERROR = "Error"
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal()
super.initInternal(self)
self._themeName = "DialogBox"
self._messageHideEnabled = false
self._spoolingEnabled = false
self._existingButtons = {}
self._title = "Message title"
self._text = "Message text"
self._type = M.TYPE_INFO
self._popInAnimation = Animation():parallel(
Animation(self, 0.25):setScl(0.8, 0.8, 1):seekScl(1, 1, 1),
Animation(self, 0.25):setColor(0, 0, 0, 0):seekColor(1, 1, 1, 1)
)
self._popOutAnimation = Animation():parallel(
Animation(self, 0.25):seekScl(0.8, 0.8, 1),
Animation(self, 0.25):seekColor(0, 0, 0, 0)
)
end
--------------------------------------------------------------------------------
-- Create a child objects.
--------------------------------------------------------------------------------
function M:createChildren()
super.createChildren(self)
self._titleLabel = TextLabel(self._title)
self:addChild(self._titleLabel)
self._typeIcon = Sprite(self:getStyle("icon" .. self._type))
self:addChild(self._typeIcon)
self._textLabel = TextLabel(self._text)
self._textLabel:setWordBreak(MOAITextBox.WORD_BREAK_CHAR)
self:addChild(self._textLabel)
self:setColor(0, 0, 0, 0)
end
--------------------------------------------------------------------------------
-- Update the display.
--------------------------------------------------------------------------------
function M:updateDisplay()
super.updateDisplay(self)
-- create requested buttons
for _,v in ipairs(self._existingButtons) do
self:removeChild(v)
v:dispose()
end
self._existingButtons = {}
if not self._buttons then
self._buttons = {"OK"}
end
for i,v in ipairs(self._buttons) do
local btn = Button {
parent=self,
text=v,
onClick = function()
self:hide()
local e = Event(M.EVENT_MESSAGE_RESULT)
e.result = v
e.resultIndex = i
self:dispatchEvent(e)
end,
}
table.insert(self._existingButtons, btn)
end
-- calculate buttons width
local bLeft, bTop, bRight, bBottom = unpack(self:getStyle("buttonsPadding"))
local bw = 0
local bh = 0
for _,v in ipairs(self._existingButtons) do
bw = bw + v:getWidth() + bLeft + bRight
bh = v:getHeight() > bh and v:getHeight() or bh
end
-- adjust button size if total exceeds size of dialog
local allowedButtonsWidth = self:getWidth() - bLeft - bRight
if bw >= allowedButtonsWidth then
bw = allowedButtonsWidth
local bwidth = (bw / #self._existingButtons) - bLeft - bRight
for _,v in ipairs(self._existingButtons) do
v:setSize(bwidth, bh)
end
end
local tLeft, tTop, tRight, tBottom = unpack(self:getStyle("titlePadding"))
self._titleLabel:fitSize()
self._titleLabel:setSize(self:getWidth() - tLeft - tRight, self._titleLabel:getHeight())
self._titleLabel:setPos(tLeft, tTop)
self._titleLabel:setAlign("center", "center")
self._titleLabel:setColor(unpack(self:getStyle("titleColor")))
self._titleLabel:setTextSize(self:getStyle("titleSize"))
self._titleLabel:setFont(self:getStyle("titleFont"))
local yoff = tTop + self._titleLabel:getHeight() + tBottom
local iLeft, iTop, iRight, iBottom = unpack(self:getStyle("iconPadding"))
self._typeIcon:setTexture(self:getStyle("icon" .. (self._type or M.ICON_INFO)))
local iw, ih = self._typeIcon:getSize()
local iconScaleFactor = self:getStyle("iconScaleFactor") or 1
if iconScaleFactor ~= 1 then
iw = iw * iconScaleFactor
ih = ih * iconScaleFactor
self._typeIcon:setSize(iw, ih)
end
self._typeIcon:setPos(iLeft, yoff + iTop)
local pLeft, pTop, pRight, pBottom = unpack(self:getStyle("textPadding"))
local tWidth = self:getWidth() - iLeft - iw - iRight - pLeft - pRight
local tHeight = self:getHeight() - yoff - pTop - pBottom - bh - bTop - bBottom
self._textLabel:setSize(tWidth, tHeight)
self._textLabel:setPos(iLeft + iw + iRight + pLeft, yoff + pTop)
self._textLabel:setAlign("left", "top")
self._textLabel:setColor(unpack(self:getStyle("textColor")))
self._textLabel:setTextSize(self:getStyle("textSize"))
self._textLabel:setFont(self:getStyle("font"))
yoff = yoff + pTop + tHeight + pBottom
local xoff = (self:getWidth() - bw) * 0.5
for _,v in ipairs(self._existingButtons) do
v:setPos(xoff + bLeft, yoff + bTop)
xoff = xoff + bLeft + bRight + v:getWidth()
end
end
--------------------------------------------------------------------------------
-- Turns spooling ON or OFF.
-- If self is currently spooling and enable is false, stop spooling and reveal
-- entire page.
-- @param enable Boolean for new state
-- @return none
-------------------------------------------------------------------------------
function M:spoolingEnabled(enable)
self._spoolingEnabled = enable and true or false
if self._spoolingEnabled == false and self:isBusy() then
self._textLabel:stop()
self._textLabel:revealAll()
end
end
--------------------------------------------------------------------------------
-- Displays a message box in the pop-up effect.
--------------------------------------------------------------------------------
function M:show()
self:setVisible(true)
self:setCenterPiv()
self:setTitle(self:getTitle())
self:setText(self:getText())
if self._spoolingEnabled then
self._textLabel:setReveal(0)
end
self._popInAnimation:play {onComplete =
function()
if self._spoolingEnabled then
self:spool()
end
self:dispatchEvent(M.EVENT_MESSAGE_SHOW)
end
}
end
--------------------------------------------------------------------------------
-- To hide the message box in the pop-up effect.
--------------------------------------------------------------------------------
function M:hide()
if self._popInAnimation:isRunning() then
return
end
self._popOutAnimation:play {onComplete =
function()
self:setVisible(false)
self:dispatchEvent(M.EVENT_MESSAGE_HIDE)
end
}
end
--------------------------------------------------------------------------------
-- Spools the text.
--------------------------------------------------------------------------------
function M:spool()
self:spoolingEnabled(true)
return self._textLabel:spool()
end
--------------------------------------------------------------------------------
-- Displays the next page.
--------------------------------------------------------------------------------
function M:nextPage()
return self._textLabel:nextPage()
end
--------------------------------------------------------------------------------
-- Returns the next page if exists.
-- @return If the next page there is a true
--------------------------------------------------------------------------------
function M:more()
return self._textLabel:more()
end
--------------------------------------------------------------------------------
-- Returns in the process whether messages are displayed.
-- @return busy
--------------------------------------------------------------------------------
function M:isBusy()
return self._textLabel:isBusy()
end
--------------------------------------------------------------------------------
-- Sets the type.
-- @param type type
--------------------------------------------------------------------------------
function M:setType(typ)
self._type = typ
end
--------------------------------------------------------------------------------
-- Sets the type
-- @return type
--------------------------------------------------------------------------------
function M:getType()
return self._type
end
--------------------------------------------------------------------------------
-- Sets the type.
-- @param type type
--------------------------------------------------------------------------------
function M:setButtons(...)
self._buttons = {...}
end
--------------------------------------------------------------------------------
-- Sets the type
-- @return type
--------------------------------------------------------------------------------
function M:getButtons()
return self._buttons
end
--------------------------------------------------------------------------------
-- Sets the title.
-- @param title title
--------------------------------------------------------------------------------
function M:setTitle(title)
self._title = title
self._titleLabel:setText(title)
end
--------------------------------------------------------------------------------
-- Sets the title
-- @return title
--------------------------------------------------------------------------------
function M:getTitle()
return self._title
end
--------------------------------------------------------------------------------
-- Sets the text.
-- @param text text
--------------------------------------------------------------------------------
function M:setText(text)
self._text = text
self._textLabel:setText(text)
end
--------------------------------------------------------------------------------
-- Sets the text.
-- @return text
--------------------------------------------------------------------------------
function M:getText()
return self._text
end
--------------------------------------------------------------------------------
-- Sets the color of the text.
-- @param r red
-- @param g green
-- @param b blue
-- @param a alpha
--------------------------------------------------------------------------------
function M:setTextColor(r, g, b, a)
self:setStyle(M.STATE_NORMAL, "textColor", {r, g, b, a})
end
--------------------------------------------------------------------------------
-- Set the size of the text.
-- @param points points
--------------------------------------------------------------------------------
function M:setTextSize(points)
self:setStyle(M.STATE_NORMAL, "textSize", points)
end
--------------------------------------------------------------------------------
-- Set the event listener was called to display a message box.
-- @param func event listener
--------------------------------------------------------------------------------
function M:setOnMessageShow(func)
self:setEventListener(M.EVENT_MESSAGE_SHOW, func)
end
--------------------------------------------------------------------------------
-- Set the event listener was called to hide a message box.
-- @param func event listener
--------------------------------------------------------------------------------
function M:setOnMessageHide(func)
self:setEventListener(M.EVENT_MESSAGE_HIDE, func)
end
--------------------------------------------------------------------------------
-- Set the event listener was called to end a message box.
-- @param func event listener
--------------------------------------------------------------------------------
function M:setOnMessageEnd(func)
self:setEventListener(M.EVENT_MESSAGE_END, func)
end
--------------------------------------------------------------------------------
-- Set the event listener was called to end a message box.
-- @param func event listener
--------------------------------------------------------------------------------
function M:setOnMessageResult(func)
self:setEventListener(M.EVENT_MESSAGE_RESULT, func)
end
----------------------------------------------------------------------------------------------------
-- Event Handler
----------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
if self:isBusy() then
self._textLabel:stop()
self._textLabel:revealAll()
elseif self:more() then
self:nextPage()
if self._spoolingEnabled then
self:spool()
end
else
self:enterMessageEnd()
end
end
--------------------------------------------------------------------------------
-- This is called when a message has been completed.
--------------------------------------------------------------------------------
function M:enterMessageEnd()
self:dispatchEvent(M.EVENT_MESSAGE_END)
if self._messageHideEnabled then
self:hide()
end
end
return M end)
package.preload['hp/gui/Joystick'] = (function (...)
--------------------------------------------------------------------------------
-- Joystick is a virtual controller.
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Sprite = require "hp/display/Sprite"
local Group = require "hp/display/Group"
local Event = require "hp/event/Event"
local Component = require "hp/gui/Component"
-- class define
local M = class(Component)
local super = Component
-- Events
M.EVENT_STICK_CHANGED = "stickChanged"
-- constraints
M.STICK_CENTER = "center"
M.STICK_LEFT = "left"
M.STICK_TOP = "top"
M.STICK_RIGHT = "right"
M.STICK_BOTTOM = "bottom"
M.MODE_ANALOG = "analog"
M.MODE_DIGITAL = "digital"
M.RANGE_OF_CENTER_RATE = 0.5
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal()
super.initInternal(self)
self._touchDownFlag = false
self._rangeOfCenterRate = M.RANGE_OF_CENTER_RATE
self._stickMode = M.MODE_ANALOG
self._changedEvent = Event(M.EVENT_STICK_CHANGED)
self._themeName = "Joystick"
end
--------------------------------------------------------------------------------
-- Create a child objects.
--------------------------------------------------------------------------------
function M:createChildren()
local baseSkin = self:getStyle("baseSkin")
local knobSkin = self:getStyle("knobSkin")
self._baseSprite = Sprite {texture = baseSkin, left = 0, top = 0}
self._knobSprite = Sprite {texture = knobSkin, left = 0, top = 0}
self:addChild(self._baseSprite)
self:addChild(self._knobSprite)
self:setSize(self._baseSprite:getSize())
self:setCenterKnob()
end
--------------------------------------------------------------------------------
-- Update the display.
--------------------------------------------------------------------------------
function M:updateDisplay()
self._baseSprite:setColor(unpack(self:getStyle("baseColor")))
self._baseSprite:setTexture(self:getStyle("baseSkin"))
self._knobSprite:setColor(unpack(self:getStyle("knobColor")))
self._knobSprite:setTexture(self:getStyle("knobSkin"))
self:setSize(self._baseSprite:getSize())
end
--------------------------------------------------------------------------------
-- To update the position of the knob.
-- @param x The x-position of the knob
-- @param y The y-position of the knob
--------------------------------------------------------------------------------
function M:updateKnob(x, y)
local oldX, oldY = self._knobSprite:getLoc()
local newX, newY = self:getKnobNewLoc(x, y)
-- change loc
if oldX ~= newX or oldY ~= newY then
self._knobSprite:setLoc(newX, newY, 0)
local event = self._changedEvent
event.oldX, event.oldY = self:getKnobInputRate(oldX, oldY)
event.newX, event.newY = self:getKnobInputRate(newX, newY)
event.direction = self:getStickDirection()
event.down = self._touchDownFlag
self:dispatchEvent(event)
end
end
--------------------------------------------------------------------------------
-- Set the position of the center of the knob.
--------------------------------------------------------------------------------
function M:setCenterKnob()
local cx, cy = self:getWidth() / 2, self:getHeight() / 2
self._knobSprite:setLoc(cx, cy, 0)
end
--------------------------------------------------------------------------------
-- Returns the position of the center of the whole.
-- Does not depend on the Pivot.
-- @return Center x-position
-- @return Center y-position
--------------------------------------------------------------------------------
function M:getCenterLoc()
return self:getWidth() / 2, self:getHeight() / 2
end
--------------------------------------------------------------------------------
-- Returns the position that matches the mode of the stick.
-- @param x X-position of the model
-- @param y Y-position of the model
-- @return adjusted x-position
-- @return adjusted y-position
--------------------------------------------------------------------------------
function M:getKnobNewLoc(x, y)
if self:getStickMode() == M.MODE_ANALOG then
return self:getKnobNewLocForAnalog(x, y)
else
return self:getKnobNewLocForDigital(x, y)
end
end
--------------------------------------------------------------------------------
-- Returns the position to match the analog mode.
-- @param x X-position of the model
-- @param y Y-position of the model
-- @return adjusted x-position
-- @return adjusted y-position
--------------------------------------------------------------------------------
function M:getKnobNewLocForAnalog(x, y)
local cx, cy = self:getCenterLoc()
local rx, ry = (x - cx), (y - cy)
local radian = math.atan2(math.abs(ry), math.abs(rx))
local maxX, maxY = math.cos(radian) * cx + cx, math.sin(radian) * cy + cy
local minX, minY = -math.cos(radian) * cx + cx, -math.sin(radian) * cy + cy
x = x < minX and minX or x
x = x > maxX and maxX or x
y = y < minY and minY or y
y = y > maxY and maxY or y
return x, y
end
--------------------------------------------------------------------------------
-- Returns the position to match the digital mode.
-- @param x X-position of the model
-- @param y Y-position of the model
-- @return adjusted x-position
-- @return adjusted y-position
--------------------------------------------------------------------------------
function M:getKnobNewLocForDigital(x, y)
local cx, cy = self:getCenterLoc()
local rx, ry = (x - cx), (y - cy)
local radian = math.atan2(math.abs(ry), math.abs(rx))
local minX, minY = 0, 0
local maxX, maxY = self:getWidth(), self:getHeight()
local cRate = self._rangeOfCenterRate
local cMinX, cMinY = cx - cx * cRate, cy - cy * cRate
local cMaxX, cMaxY = cx + cx * cRate, cy + cy * cRate
if cMinX < x and x < cMaxX and cMinY < y and y < cMaxY then
x = cx
y = cy
elseif math.cos(radian) > math.sin(radian) then
x = x < cx and minX or maxX
y = cy
else
x = cx
y = y < cy and minY or maxY
end
return x, y
end
--------------------------------------------------------------------------------
-- Returns the percentage of input.
-- @param x X-position
-- @param y Y-position
-- @return X-ratio(-1 <= x <= 1)
-- @return Y-ratio(-1 <= y <= 1)
--------------------------------------------------------------------------------
function M:getKnobInputRate(x, y)
local cx, cy = self:getCenterLoc()
local rateX, rateY = (x - cx) / cx, (y - cy) / cy
return rateX, rateY
end
--------------------------------------------------------------------------------
-- Returns the direction of the stick.
-- @return direction
--------------------------------------------------------------------------------
function M:getStickDirection()
local x, y = self._knobSprite:getLoc()
local cx, cy = self:getCenterLoc()
local radian = math.atan2(math.abs(x - cx), math.abs(y - cy))
local dir
if x == cx and y == cy then
dir = M.STICK_CENTER
elseif math.cos(radian) < math.sin(radian) then
dir = x < cx and M.STICK_LEFT or M.STICK_RIGHT
else
dir = y < cy and M.STICK_TOP or M.STICK_BOTTOM
end
return dir
end
--------------------------------------------------------------------------------
-- Returns the stick mode
-- @return stick mode
--------------------------------------------------------------------------------
function M:getStickMode()
return self._stickMode
end
--------------------------------------------------------------------------------
-- Set the mode of the stick.
-- @param mode mode("analog" or "digital")
--------------------------------------------------------------------------------
function M:setStickMode(value)
self._stickMode = value
end
--------------------------------------------------------------------------------
-- This event handler is called when touched.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:setOnStickChanged(func)
self:setEventListener(M.EVENT_STICK_CHANGED, func)
end
--------------------------------------------------------------------------------
-- Event Handler.
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
-- This event handler is called when touched.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
if self._touchDownFlag then
return
end
local mx, my = self:worldToModel(e.x, e.y, 0)
self._touchDownFlag = true
self._touchIndex = e.idx
self:updateKnob(mx, my)
end
--------------------------------------------------------------------------------
-- This event handler is called when the button is released.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchUpHandler(e)
if not self._touchDownFlag then
return
end
if e.idx ~= self._touchIndex then
return
end
self._touchDownFlag = false
local cx, cy = self:getCenterLoc()
self:updateKnob(cx, cy)
end
--------------------------------------------------------------------------------
-- This event handler is called when you move on the button.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchMoveHandler(e)
if not self._touchDownFlag then
return
end
if e.idx ~= self._touchIndex then
return
end
local wx, wy = e.x, e.y
local mx, my = self:worldToModel(wx, wy, 0)
self:updateKnob(mx, my)
end
--------------------------------------------------------------------------------
-- This event handler is called when you move on the button.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchCancelHandler(e)
self._touchDownFlag = false
self:setCenterKnob()
end
return M end)
package.preload['hp/gui/MessageBox'] = (function (...)
----------------------------------------------------------------
-- This is the class that displays a message in the panel.
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local NinePatch = require "hp/display/NinePatch"
local TextLabel = require "hp/display/TextLabel"
local Animation = require "hp/display/Animation"
local Event = require "hp/event/Event"
local Component = require "hp/gui/Component"
local Panel = require "hp/gui/Panel"
-- class
local M = class(Panel)
local super = Panel
-- Events
M.EVENT_MESSAGE_SHOW = "messageShow"
M.EVENT_MESSAGE_END = "messageEnd"
M.EVENT_MESSAGE_HIDE = "messageHide"
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal()
super.initInternal(self)
self._themeName = "MessageBox"
self._messageHideEnabled = true
self._spoolingEnabled = true
self._popInAnimation = Animation():parallel(
Animation(self, 0.5):setScl(0.8, 0.8, 1):seekScl(1, 1, 1),
Animation(self, 0.5):setColor(0, 0, 0, 0):seekColor(1, 1, 1, 1)
)
self._popOutAnimation = Animation():parallel(
Animation(self, 0.5):seekScl(0.8, 0.8, 1),
Animation(self, 0.5):seekColor(0, 0, 0, 0)
)
end
--------------------------------------------------------------------------------
-- Create a child objects.
--------------------------------------------------------------------------------
function M:createChildren()
super.createChildren(self)
self._textLabel = TextLabel()
self._textLabel:setWordBreak(MOAITextBox.WORD_BREAK_CHAR)
self:addChild(self._textLabel)
self:setColor(0, 0, 0, 0)
end
--------------------------------------------------------------------------------
-- Update the display.
--------------------------------------------------------------------------------
function M:updateDisplay()
super.updateDisplay(self)
local pLeft, pTop, pRight, pBottom = unpack(self:getStyle("textPadding"))
local tWidth = self:getWidth() - pLeft - pRight
local tHeight = self:getHeight() - pTop - pBottom
self._textLabel:setSize(tWidth, tHeight)
self._textLabel:setPos(pLeft, pTop)
self._textLabel:setColor(unpack(self:getStyle("textColor")))
self._textLabel:setTextSize(self:getStyle("textSize"))
self._textLabel:setFont(self:getStyle("font"))
end
--------------------------------------------------------------------------------
-- Turns spooling ON or OFF.
-- If self is currently spooling and enable is false, stop spooling and reveal
-- entire page.
-- @param enable Boolean for new state
-- @return none
-------------------------------------------------------------------------------
function M:spoolingEnabled(enable)
self._spoolingEnabled = enable and true or false
if self._spoolingEnabled == false and self:isBusy() then
self._textLabel:stop()
self._textLabel:revealAll()
end
end
--------------------------------------------------------------------------------
-- Displays a message box in the pop-up effect.
--------------------------------------------------------------------------------
function M:show()
self:setVisible(true)
self:setCenterPiv()
self:setText(self:getText())
if self._spoolingEnabled then
self._textLabel:setReveal(0)
end
self._popInAnimation:play {onComplete =
function()
if self._spoolingEnabled then
self:spool()
end
self:dispatchEvent(M.EVENT_MESSAGE_SHOW)
end
}
end
--------------------------------------------------------------------------------
-- To hide the message box in the pop-up effect.
--------------------------------------------------------------------------------
function M:hide()
if self._popInAnimation:isRunning() then
return
end
self._popOutAnimation:play {onComplete =
function()
self:setVisible(false)
self:dispatchEvent(M.EVENT_MESSAGE_HIDE)
end
}
end
--------------------------------------------------------------------------------
-- Spools the text.
--------------------------------------------------------------------------------
function M:spool()
self:spoolingEnabled(true)
return self._textLabel:spool()
end
--------------------------------------------------------------------------------
-- Displays the next page.
--------------------------------------------------------------------------------
function M:nextPage()
return self._textLabel:nextPage()
end
--------------------------------------------------------------------------------
-- Returns the next page if exists.
-- @return If the next page there is a true
--------------------------------------------------------------------------------
function M:more()
return self._textLabel:more()
end
--------------------------------------------------------------------------------
-- Returns in the process whether messages are displayed.
-- @return busy
--------------------------------------------------------------------------------
function M:isBusy()
return self._textLabel:isBusy()
end
--------------------------------------------------------------------------------
-- Sets the text.
-- @param text text
--------------------------------------------------------------------------------
function M:setText(text)
self._text = text
self._textLabel:setText(text)
end
--------------------------------------------------------------------------------
-- Sets the text.
-- @return text
--------------------------------------------------------------------------------
function M:getText()
return self._text
end
--------------------------------------------------------------------------------
-- Sets the color of the text.
-- @param r red
-- @param g green
-- @param b blue
-- @param a alpha
--------------------------------------------------------------------------------
function M:setTextColor(r, g, b, a)
self:setStyle(M.STATE_NORMAL, "textColor", {r, g, b, a})
end
--------------------------------------------------------------------------------
-- Set the size of the text.
-- @param points points
--------------------------------------------------------------------------------
function M:setTextSize(points)
self:setStyle(M.STATE_NORMAL, "textSize", points)
end
--------------------------------------------------------------------------------
-- Set the event listener was called to display a message box.
-- @param func event listener
--------------------------------------------------------------------------------
function M:setOnMessageShow(func)
self:setEventListener(M.EVENT_MESSAGE_SHOW, func)
end
--------------------------------------------------------------------------------
-- Set the event listener was called to hide a message box.
-- @param func event listener
--------------------------------------------------------------------------------
function M:setOnMessageHide(func)
self:setEventListener(M.EVENT_MESSAGE_HIDE, func)
end
--------------------------------------------------------------------------------
-- Set the event listener was called to end a message box.
-- @param func event listener
--------------------------------------------------------------------------------
function M:setOnMessageEnd(func)
self:setEventListener(M.EVENT_MESSAGE_END, func)
end
----------------------------------------------------------------------------------------------------
-- Event Handler
----------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
if self:isBusy() then
self._textLabel:stop()
self._textLabel:revealAll()
elseif self:more() then
self:nextPage()
if self._spoolingEnabled then
self:spool()
end
else
self:enterMessageEnd()
end
end
--------------------------------------------------------------------------------
-- This is called when a message has been completed.
--------------------------------------------------------------------------------
function M:enterMessageEnd()
self:dispatchEvent(M.EVENT_MESSAGE_END)
if self._messageHideEnabled then
self:hide()
end
end
return M end)
package.preload['hp/gui/Panel'] = (function (...)
--------------------------------------------------------------------------------
-- This is a simple panel.
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local NinePatch = require "hp/display/NinePatch"
local TextLabel = require "hp/display/TextLabel"
local Event = require "hp/event/Event"
local Component = require "hp/gui/Component"
-- class define
local M = class(Component)
local super = Component
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal()
super.initInternal(self)
self._themeName = "Panel"
end
--------------------------------------------------------------------------------
-- Create a child objects.
--------------------------------------------------------------------------------
function M:createChildren()
local backgroundSkinClass = self:getStyle("backgroundSkinClass")
self._background = backgroundSkinClass()
self._background:setTexture(self:getStyle("backgroundSkin"))
self:addChild(self._background)
end
--------------------------------------------------------------------------------
-- Update the display.
--------------------------------------------------------------------------------
function M:updateDisplay()
local background = self._background
background:setColor(unpack(self:getStyle("backgroundColor")))
background:setTexture(self:getStyle("backgroundSkin"))
end
--------------------------------------------------------------------------------
-- This event handler is called when resizing.
-- @param e resize event
--------------------------------------------------------------------------------
function M:resizeHandler(e)
self._background:setSize(e.newWidth, e.newHeight)
end
return M end)
package.preload['hp/gui/Scroller'] = (function (...)
----------------------------------------------------------------
-- This class will scroll according to the size of the parent.
-- By a parent View, and typically in the range can scroll the screen.
-- TODO:I moved just by touch. It is necessary to have a little margin.
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Layer = require "hp/display/Layer"
local Event = require "hp/event/Event"
local Component = require "hp/gui/Component"
local Executors = require "hp/util/Executors"
local math = require "hp/lang/math"
-- class
local super = Component
local M = class(Component)
-- Computes attenuation as a function of distance.
-- @param distance Distance
-- @return distance^(-2/3)
local function attenuation(distance)
distance = distance == 0 and 1 or math.pow(distance, 0.667)
return 1 / distance
end
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal(params)
super.initInternal(self, params)
self._autoResizing = true
self._friction = 0.1
self._hScrollEnabled = true
self._vScrollEnabled = true
self._scrollingForceX = 0
self._scrollingForceY = 0
self._maxScrollingForceX = 100
self._maxScrollingForceY = 100
self._minScrollingForceX = 0.1
self._minScrollingForceY = 0.1
self._touchDownFlag = false
self._touchDownIndex = nil
self._touchMoved = false
self._themeName = "Scroller"
self._disposed = false
self._scrollToAnimation = nil
self._hBounceEnabled = true
self._vBounceEnabled = true
Executors.callLoop(self.enterFrame, self)
end
--------------------------------------------------------------------------------
-- Update frame.
--------------------------------------------------------------------------------
function M:enterFrame()
if self._disposed then
return true
end
self:updateScroll()
end
--------------------------------------------------------------------------------
-- Update of the scroll processing.
--------------------------------------------------------------------------------
function M:updateScroll()
self._touchMoved = false
if self:isTouching() then
return
end
if not self:isScrolling() then
-- If we're not scrolling, not animating and are O.B., initiate scrollTo()
if not self:isAnimating() then
local left, top = self:getPos()
if self:isPositionOutOfBounds(left, top) then
local clippedLeft, clippedTop = self:clipScrollPosition(left, top)
self:scrollTo(clippedLeft, clippedTop, 0.5, MOAIEaseType.SOFT_EASE_IN)
end
end
return
end
local scrollX, scrollY = self:getScrollingForce()
local rate = (1 - self:getFriction())
-- Increase the attenuation when we're out of bounds
local left, top = self:getPos()
if self:isPositionOutOfBounds(left, top) then
rate = 0.35 * rate
end
self:addLoc(scrollX, scrollY, 0)
self:setScrollingForce(scrollX * rate, scrollY * rate)
self:ajustScrollPosition()
end
--------------------------------------------------------------------------------
-- Also changes the size of the scroll container when layout update.
--------------------------------------------------------------------------------
function M:updateLayout()
super.updateLayout(self)
self:ajustScrollSize()
end
--------------------------------------------------------------------------------
-- Sets whether to automatically update the scroll range.
-- @param value auto resizing
--------------------------------------------------------------------------------
function M:setAutoResizing(value)
self._autoResizing = value
end
--------------------------------------------------------------------------------
-- Returns whether to automatically update the scroll range.
-- @return auto resizing
--------------------------------------------------------------------------------
function M:isAutoResizing()
return self._autoResizing
end
--------------------------------------------------------------------------------
-- Sets whether the horizontal scroll is enabled.
-- @param value horizontal scroll enabled
--------------------------------------------------------------------------------
function M:setHScrollEnabled(value)
self._hScrollEnabled = value
end
--------------------------------------------------------------------------------
-- Returns whether the horizontal scroll is enabled.
-- @return horizontal scroll enabled
--------------------------------------------------------------------------------
function M:isHScrollEnabled()
return self._hScrollEnabled
end
--------------------------------------------------------------------------------
-- Sets whether the vertical scroll is enabled.
-- @param value vertical scroll enabled
--------------------------------------------------------------------------------
function M:setVScrollEnabled(value)
self._vScrollEnabled = value
end
--------------------------------------------------------------------------------
-- Returns whether the vertical scroll is enabled.
-- @return vertical scroll enabled
--------------------------------------------------------------------------------
function M:isVScrollEnabled()
return self._vScrollEnabled
end
--------------------------------------------------------------------------------
-- Sets the ability to bounce horizontally.
-- @param value horizontal bouncing enabled
--------------------------------------------------------------------------------
function M:setHBounceEnabled(value)
self._hBounceEnabled = value
end
--------------------------------------------------------------------------------
-- Returns whether horizontal bouncing is enabled.
-- @return horizontal bouncing enabled
--------------------------------------------------------------------------------
function M:isHBouncelEnabled()
return self._hBounceEnabled
end
--------------------------------------------------------------------------------
-- Sets the ability to bounce vertically.
-- @param value vertical bouncing enabled
--------------------------------------------------------------------------------
function M:setVBounceEnabled(value)
self._vBounceEnabled = value
end
--------------------------------------------------------------------------------
-- Returns whether vertical bouncing is enabled.
-- @return vertical bouncing enabled
--------------------------------------------------------------------------------
function M:isVBounceEnabled()
return self._vBounceEnabled
end
--------------------------------------------------------------------------------
-- Set the coefficient of friction at the time of scrolling.
-- @param value friction
--------------------------------------------------------------------------------
function M:setFriction(value)
self._friction = value
end
--------------------------------------------------------------------------------
-- Returns the coefficient of friction at the time of scrolling.
-- @return friction
--------------------------------------------------------------------------------
function M:getFriction()
return self._friction
end
--------------------------------------------------------------------------------
-- If this component is scrolling returns true.
-- @return scrolling
--------------------------------------------------------------------------------
function M:isScrolling()
return self._scrollingForceX ~= 0 or self._scrollingForceY ~= 0
end
--------------------------------------------------------------------------------
-- Sets the force to scroll in one frame.
-- It does not make sense if you're touch.
-- @param x x force
-- @param y y force
--------------------------------------------------------------------------------
function M:setScrollingForce(x, y)
self._scrollingForceX = self:isHScrollEnabled() and x or 0
self._scrollingForceY = self:isVScrollEnabled() and y or 0
local maxScrollX, maxScrollY = self:getMaxScrollingForce()
local minScrollX, minScrollY = self:getMinScrollingForce()
local scrollX, scrollY = self._scrollingForceX, self._scrollingForceY
scrollX = (-minScrollX < scrollX and scrollX < minScrollX) and 0 or scrollX
scrollY = (-minScrollY < scrollY and scrollY < minScrollY) and 0 or scrollY
scrollX = scrollX < -maxScrollX and -maxScrollX or scrollX
scrollX = maxScrollX < scrollX and maxScrollX or scrollX
scrollY = scrollY < -maxScrollY and -maxScrollY or scrollY
scrollY = maxScrollY < scrollY and maxScrollY or scrollY
self._scrollingForceX = scrollX
self._scrollingForceY = scrollY
end
--------------------------------------------------------------------------------
-- Returns the force to scroll in one frame.
-- @return x force
-- @return y force
--------------------------------------------------------------------------------
function M:getScrollingForce()
return self._scrollingForceX, self._scrollingForceY
end
--------------------------------------------------------------------------------
-- Sets the maximum force in one frame.
-- @param x x force
-- @param y y force
--------------------------------------------------------------------------------
function M:setMaxScrollingForce(x, y)
self._maxScrollingForceX = x
self._maxScrollingForceY = y
end
--------------------------------------------------------------------------------
-- Returns the maximum force in one frame.
-- @param x force
-- @param y force
--------------------------------------------------------------------------------
function M:getMaxScrollingForce()
return self._maxScrollingForceX, self._maxScrollingForceY
end
--------------------------------------------------------------------------------
-- Sets the minimum force in one frame.
-- @param x x force
-- @param y y force
--------------------------------------------------------------------------------
function M:setMinScrollingForce(x, y)
self._minScrollingForceX = x
self._minScrollingForceY = y
end
--------------------------------------------------------------------------------
-- Returns the minimum force in one frame.
-- @param x force
-- @param y force
--------------------------------------------------------------------------------
function M:getMinScrollingForce()
return self._minScrollingForceX, self._minScrollingForceY
end
--------------------------------------------------------------------------------
-- If the user has touched returns true.
-- @return If the user has touched returns true.
--------------------------------------------------------------------------------
function M:isTouching()
return self._touchDownFlag
end
--------------------------------------------------------------------------------
-- Scroll to the specified location.
-- @param x position of the x
-- @param y position of the x
-- @param sec second
-- @param mode EaseType
-- @param callback (optional) allows callback notification when animation completes.
--------------------------------------------------------------------------------
function M:scrollTo(x, y, sec, mode, callback)
mode = mode or MOAIEaseType.SHARP_EASE_IN
local x, y = self:clipScrollPosition(x, y)
self:stopAnimation()
self._scrollToAnimation = Animation(self, sec, mode):seekLoc(x, y, 0)
self._scrollToAnimation:play({onComplete = callback})
end
--------------------------------------------------------------------------------
-- Adjusted so as to fall within the scope of the scroll.
--------------------------------------------------------------------------------
function M:ajustScrollPosition()
local left, top = self:getPos()
-- Clips the new position when bouncing is disabled
if not self:isHBouncelEnabled() then
local _
left, _ = self:clipScrollPosition(left, top)
end
if not self:isVBounceEnabled() then
local _
_, top = self:clipScrollPosition(left, top)
end
self:setPos(left, top)
end
--------------------------------------------------------------------------------
-- Adjust the scroll size.
--------------------------------------------------------------------------------
function M:ajustScrollSize()
if not self._autoResizing then
return
end
local width, height = 0, 0
local parent = self:getParent()
local minWidth = parent and parent:getWidth() or 0
local minHeight = parent and parent:getHeight() or 0
for i, child in ipairs(self:getChildren()) do
width = math.max(width, child:getRight())
height = math.max(height, child:getBottom())
end
width = width >= minWidth and width or minWidth
height = height >= minHeight and height or minHeight
self:setSize(width, height)
end
--------------------------------------------------------------------------------
-- Computes the boundaries of the scroll area.
-- @return the min and max values of the scroll area
--------------------------------------------------------------------------------
function M:scrollBoundaries()
local width, height = self:getSize()
local parentWidth, parentHeight = self:getParent():getSize()
local minX, minY = parentWidth - width, parentHeight - height
local maxX, maxY = 0, 0
return minX, minY, maxX, maxY
end
--------------------------------------------------------------------------------
-- Returns whether the input position is out of bounds.
-- @param left The x position
-- @param top The y position
-- @return boolean
--------------------------------------------------------------------------------
function M:isPositionOutOfBounds(left, top)
local minX, minY, maxX, maxY = self:scrollBoundaries()
return left < minX or left > maxX or top < minY or top > maxY
end
--------------------------------------------------------------------------------
-- Clips the input position to the size of the container
-- @param left The x position
-- @param top The y position
-- @return clipped left and top
--------------------------------------------------------------------------------
function M:clipScrollPosition(left, top)
local minX, minY, maxX, maxY = self:scrollBoundaries()
left = left < minX and minX or left
left = left > maxX and maxX or left
top = top < minY and minY or top
top = top > maxY and maxY or top
return left, top
end
--------------------------------------------------------------------------------
-- Returns whether the scrollTo animation is running.
-- @return boolean
--------------------------------------------------------------------------------
function M:isAnimating()
return self._scrollToAnimation and self._scrollToAnimation:isRunning()
end
--------------------------------------------------------------------------------
-- Stops the scrollTo animation if it's running
-- @return none
--------------------------------------------------------------------------------
function M:stopAnimation()
if self._scrollToAnimation then
self._scrollToAnimation:stop()
self._scrollToAnimation = nil
end
end
--------------------------------------------------------------------------------
-- If you set a parent, you also change the scroll size.
-- @param value parent
--------------------------------------------------------------------------------
function M:setParent(value)
super.setParent(self, value)
self:ajustScrollSize()
end
--------------------------------------------------------------------------------
-- Dispose resourece.
--------------------------------------------------------------------------------
function M:dispose()
super.dispose(self)
self._disposed = true
end
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
if self._touchDownFlag then
return
end
self._scrollingForceX = 0
self._scrollingForceY = 0
self._touchDownFlag = true
self._touchDownIndex = e.idx
-- User's input takes precedence over animation
self:stopAnimation()
end
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchUpHandler(e)
if self._touchDownIndex ~= e.idx then
return
end
self._touchDownFlag = false
end
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchMoveHandler(e)
if self._touchDownIndex ~= e.idx then
return
end
if self._touchMoved then
return
end
local scale = self:getLayer():getViewScale()
local moveX, moveY = e.moveX, e.moveY
self:setScrollingForce(moveX, moveY)
moveX, moveY = self:getScrollingForce()
-- Implements an elastic effect when we're dragging O.B.
local minX, minY, maxX, maxY = self:scrollBoundaries()
local left, top = self:getPos()
local newLeft = left + moveX
local newTop = top + moveY
if newLeft < minX or newLeft > maxX then
if not self:isHBouncelEnabled() then
moveX = 0
else
local clippedLeft, clippedTop = self:clipScrollPosition(newLeft, newTop)
local diff = math.distance(clippedLeft, clippedTop, newLeft, newTop)
moveX = attenuation(diff) * moveX
end
end
if newTop < minY or newTop > maxY then
if not self:isVBounceEnabled() then
moveY = 0
else
local clippedLeft, clippedTop = self:clipScrollPosition(newLeft, newTop)
local diff = math.distance(clippedLeft, clippedTop, newLeft, newTop)
moveY = attenuation(diff) * moveY
end
end
self:addLoc(moveX, moveY, 0)
self._touchMoved = true
end
--------------------------------------------------------------------------------
-- This event handler is called when you touch the component.
-- @param e touch event
--------------------------------------------------------------------------------
function M:touchCancelHandler(e)
if self._touchDownIndex ~= e.idx then
return
end
self._touchDownFlag = false
self._touchDownIndex = nil
end
return M end)
package.preload['hp/gui/Slider'] = (function (...)
----------------------------------------------------------------
-- This class is a general horizontal slider.
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local Event = require "hp/event/Event"
local Sprite = require "hp/display/Sprite"
local Component = require "hp/gui/Component"
-- class define
local M = class(Component)
local super = Component
-- States
M.STATE_NORMAL = "normal"
M.STATE_DISABLED = "disabled"
-- Events
M.EVENT_SLIDER_BEGIN = "sliderBeginChange"
M.EVENT_SLIDER_CHANGED = "sliderChanged"
M.EVENT_SLIDER_END = "sliderEndChange"
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal()
super.initInternal(self)
self._selected = false
self._touching = false
self._touchIndex = nil
self._themeName = "Slider"
self._beginChangeEvent = Event(M.EVENT_SLIDER_BEGIN)
self._changedEvent = Event(M.EVENT_SLIDER_CHANGED)
self._endChangeEvent = Event(M.EVENT_SLIDER_END)
self._value = 0
self._bounds = {min=0, max=1, span=1}
self._accuracy = 0.1
end
--------------------------------------------------------------------------------
-- Create a child objects.
--------------------------------------------------------------------------------
function M:createChildren()
self._background = NinePatch(self:getStyle("bg"))
self._progress = NinePatch(self:getStyle("progress"))
self._thumb = Sprite { texture = self:getStyle("thumb"), left = 0, top = 0 }
self:addChild(self._background)
self:addChild(self._progress)
self:addChild(self._thumb)
local _,bh = self._background:getSize()
self:setSize(200, bh)
self._thumb_width = self._thumb:getWidth()
end
--------------------------------------------------------------------------------
-- Update the display.
--------------------------------------------------------------------------------
function M:updateDisplay()
local background = self._background
background:setColor(unpack(self:getStyle("color")))
background:setTexture(self:getStyle("bg"))
local progress = self._progress
progress:setColor(unpack(self:getStyle("color")))
progress:setTexture(self:getStyle("progress"))
local thumb = self._thumb
thumb:setColor(unpack(self:getStyle("color")))
thumb:setTexture(self:getStyle("thumb"))
local thumbLoc = self:_valueToLoc(self._value)
thumb:setLoc(thumbLoc, self:getHeight() * 0.5)
progress:setSize(thumbLoc + self._thumb_width * 0.5, self:getHeight())
end
function M:_valueToLoc(value)
-- normalize value
local v = (value - self._bounds.min) / self._bounds.span
return self._thumb_width * 0.5 + (self:getWidth() - self._thumb_width) * v
end
function M:_locToValue(x)
-- normalized
local v = (x - self._thumb_width * 0.5) / (self:getWidth() - self._thumb_width)
return self._bounds.min + v * self._bounds.span
end
--------------------------------------------------------------------------------
-- Sets the value (must be between 0 and 1).
-- @param value value
--------------------------------------------------------------------------------
function M:setValue(value)
if value < self._bounds.min then
value = self._bounds.min
end
if value > self._bounds.max then
value = self._bounds.max
end
-- round to 4 decimal places = value
value = math.floor(value * 10000) / 10000
-- snap to accuracy
local invsnap = 1 / self._accuracy
value = math.floor(value * invsnap) / invsnap
-- if value has not changed, abort
if value == self._value then
return
end
local old_value = self._value
self._value = value
self:_updateDrawables()
local event = self._changedEvent
event.oldValue = old_value
event.value = self._value
self:dispatchEvent(event)
end
function M:_updateDrawables()
-- and indication we 're still initializing (called by resizeHandler)...
if self._thumb_width == nil then
return
end
local thumbLoc = self:_valueToLoc(self._value)
self._thumb:setLoc(thumbLoc, self._background:getHeight() * 0.5)
self._progress:setSize(thumbLoc + self._thumb_width * 0.5, self:getHeight())
end
--------------------------------------------------------------------------------
-- Returns the value.
-- @return value
--------------------------------------------------------------------------------
function M:getValue()
return self._value
end
--------------------------------------------------------------------------------
-- Returns the accuracy.
-- @return accuracy
--------------------------------------------------------------------------------
function M:getAccuracy()
return self._accuracy
end
--------------------------------------------------------------------------------
-- Returns the accuracy.
-- @param accuracy accuracy
--------------------------------------------------------------------------------
function M:setAccuracy(accuracy)
self._accuracy = accuracy
self:setValue(self._value)
end
--------------------------------------------------------------------------------
-- Returns the minimum and maximum values this slider can hold.
-- @return minimum and maximum values
--------------------------------------------------------------------------------
function M:getValueBounds()
return self._bounds.min, self._bounds.max
end
--------------------------------------------------------------------------------
-- Returns the minimum and maximum values this slider can hold.
-- @param minMax table holding {min, max} values
--------------------------------------------------------------------------------
function M:setValueBounds(...)
local minMax = {...}
assert(#minMax >= 2)
self._bounds.min = minMax[1]
self._bounds.max = minMax[2]
self._bounds.span = self._bounds.max - self._bounds.min
self:setValue(self._value)
end
--------------------------------------------------------------------------------
-- Set the event listener that is called when the user pushes the thumb.
-- @param func push event handler
--------------------------------------------------------------------------------
function M:setOnSliderBeginChange(func)
self:setEventListener(M.EVENT_SLIDER_BEGIN, func)
end
--------------------------------------------------------------------------------
-- Set the event listener that is called when the user moves the thumb.
-- @param func move event handler
--------------------------------------------------------------------------------
function M:setOnSliderChanged(func)
self:setEventListener(M.EVENT_SLIDER_CHANGED, func)
end
--------------------------------------------------------------------------------
-- Set the event listener that is called when the user releases the thumb.
-- @param func release event handler
--------------------------------------------------------------------------------
function M:setOnSliderEndChange(func)
self:setEventListener(M.EVENT_SLIDER_END, func)
end
--------------------------------------------------------------------------------
-- Event Handler
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
-- This event handler is called when touched.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchDownHandler(e)
if self._touching then
return
end
e:stop()
if self._thumb:hitTestWorld(e.x, e.y) then
self._touchIndex = e.idx
self._touching = true
local event = self._beginChangeEvent
event.value = self._value
self:dispatchEvent(event)
end
end
--------------------------------------------------------------------------------
-- This event handler is called when the button is released.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchUpHandler(e)
if e.idx ~= self._touchIndex then
return
end
e:stop()
self._touching = false
self._touchIndex = nil
local event = self._endChangeEvent
event.value = self._value
self:dispatchEvent(event)
end
--------------------------------------------------------------------------------
-- This event handler is called when you move on the button.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchMoveHandler(e)
if e.idx ~= self._touchIndex then
return
end
e:stop()
if self._touching then
local mx, my = self:worldToModel(e.x, e.y, 0)
local v = self:_locToValue(mx)
self:setValue(v)
end
end
--------------------------------------------------------------------------------
-- This event handler is called when you move on the button.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:touchCancelHandler(e)
if not self:isToggle() then
self._touching = false
self._touchIndex = nil
end
end
--------------------------------------------------------------------------------
-- This event handler is called when resizing.
-- @param e resize event
--------------------------------------------------------------------------------
function M:resizeHandler(e)
self._background:setSize(self:getWidth(), self:getHeight())
self:_updateDrawables()
end
--------------------------------------------------------------------------------
-- This event handler is called when the enabled state changes.
-- @param e event
--------------------------------------------------------------------------------
function M:enabledChangedHandler(e)
if not self:isEnabled() then
self._touching = false
self._touchIndex = 0
end
end
return M end)
package.preload['hp/gui/Theme'] = (function (...)
--------------------------------------------------------------------------------
-- This is a standard GUI theme.
-- Can not dynamically change the theme.
--------------------------------------------------------------------------------
-- import
local Sprite = require "hp/display/Sprite"
local NinePatch = require "hp/display/NinePatch"
-- module define
local M = {}
M.Button = {
normal = {
skin = "skins/button-normal.png",
skinClass = NinePatch,
skinColor = {1, 1, 1, 1},
font = "VL-PGothic",
textSize = 24,
textColor = {0.0, 0.0, 0.0, 1},
textPadding = {10, 5, 10, 8},
},
selected = {
skin = "skins/button-selected.png",
},
over = {
skin = "skins/button-over.png",
},
disabled = {
skin = "skins/button-disabled.png",
textColor = {0.5, 0.5, 0.5, 1},
},
}
M.Joystick = {
normal = {
baseSkin = "skins/joystick_base.png",
knobSkin = "skins/joystick_knob.png",
baseColor = {1, 1, 1, 1},
knobColor = {1, 1, 1, 1},
},
disabled = {
baseColor = {0.5, 0.5, 0.5, 1},
knobColor = {0.5, 0.5, 0.5, 1},
},
}
M.Panel = {
normal = {
backgroundSkin = "skins/panel.png",
backgroundSkinClass = NinePatch,
backgroundColor = {1, 1, 1, 1},
},
disabled = {
backgroundColor = {0.5, 0.5, 0.5, 1},
},
}
M.MessageBox = {
normal = {
backgroundSkin = "skins/panel.png",
backgroundSkinClass = NinePatch,
backgroundColor = {1, 1, 1, 1},
font = "VL-PGothic",
textPadding = {20, 20, 15, 15},
textSize = 20,
textColor = {0, 0, 0, 1},
},
disabled = {
backgroundColor = {0.5, 0.5, 0.5, 1},
textColor = {0.2, 0.2, 0.2, 1},
},
}
M.Slider = {
normal = {
bg = "skins/slider_background.png",
thumb = "skins/slider_thumb.png",
progress = "skins/slider_progress.png",
color = {1, 1, 1, 1},
},
disabled = {
color = {0.5, 0.5, 0.5, 1},
},
}
M.DialogBox = {
normal = {
backgroundSkin = "skins/dialog.png",
backgroundSkinClass = NinePatch,
backgroundColor = {1, 1, 1, 1},
font = "VL-PGothic",
textPadding = {5, 5, 5, 5},
textSize = 14,
textColor = {1, 1, 1, 1},
titleFont = "VL-PGothic",
titlePadding = {0, 0, 0, 0},
titleSize = 20,
titleColor = {1, 1, 0, 1},
iconPadding = {5, 5, 0, 5},
iconScaleFactor = 0.5,
iconInfo = "skins/info.png",
iconConfirm = "skins/okay.png",
iconWarning = "skins/warning.png",
iconError = "skins/error.png",
buttonsPadding = {5, 0, 5, 5},
},
disabled = {
backgroundColor = {0.5, 0.5, 0.5, 1},
textColor = {0.2, 0.2, 0.2, 1},
titleColor = {0.2, 0.2, 0, 1},
},
}
return M end)
package.preload['hp/gui/View'] = (function (...)
----------------------------------------------------------------
-- This is the root class for adding components.
-- View parent can not be set.
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local array = require "hp/lang/array"
local class = require "hp/lang/class"
local Layer = require "hp/display/Layer"
local Event = require "hp/event/Event"
local Component = require "hp/gui/Component"
local Executors = require "hp/util/Executors"
-- class define
local super = Component
local M = class(super)
local function internalUpdateRenderPriority(obj, priority)
obj:setPriority(priority)
priority = priority + 1
if obj.isGroup then
local children = obj:getChildren()
for i, child in ipairs(children) do
priority = internalUpdateRenderPriority(child, priority)
end
end
return priority
end
--------------------------------------------------------------------------------
-- Initializes the internal variables.
--------------------------------------------------------------------------------
function M:initInternal()
super.initInternal(self)
self._priorityUpdateEnabled = true
end
--------------------------------------------------------------------------------
-- Performing the initialization processing of the component.
-- @param params Parameter table
--------------------------------------------------------------------------------
function M:initComponent(params)
self:initLayer()
super.initComponent(self, params)
end
--------------------------------------------------------------------------------
-- Initialize the layer of View.
--------------------------------------------------------------------------------
function M:initLayer()
local layer = Layer()
layer:setSortMode(MOAILayer.SORT_PRIORITY_ASCENDING)
layer:setTouchEnabled(true)
self:setLayer(layer)
self:setSize(layer:getViewSize())
end
--------------------------------------------------------------------------------
-- Sets the scene.
-- @param scene scene
--------------------------------------------------------------------------------
function M:setScene(scene)
local currentScene = self:getScene()
if currentScene == scene then
return
end
if currentScene then
currentScene:removeEventListener("destroy", self.sceneDestroyHandler, self)
end
self:getLayer():setScene(scene)
if scene then
scene:addEventListener("destroy", self.sceneDestroyHandler, self)
end
end
--------------------------------------------------------------------------------
-- Returns the scene.
-- @return scene
--------------------------------------------------------------------------------
function M:getScene()
local layer = self:getLayer()
if layer then
return layer:getScene()
end
end
--------------------------------------------------------------------------------
-- Automatically updates the drawing order.
--------------------------------------------------------------------------------
function M:updateLayout()
super.updateLayout(self)
if self._priorityUpdateEnabled then
internalUpdateRenderPriority(self, 1)
end
end
--------------------------------------------------------------------------------
-- Set whether to automatically update the drawing order of priority.
--------------------------------------------------------------------------------
function M:setPriorityUpdateEnabled(value)
self._priorityUpdateEnabled = value
end
--------------------------------------------------------------------------------
-- This event handler is called when scene destroyed.
-- @param e Touch Event
--------------------------------------------------------------------------------
function M:sceneDestroyHandler(e)
self:dispose()
end
return M end)
package.preload['hp/lang/array'] = (function (...)
--------------------------------------------------------------------------------
-- modules that extend functionality of the table.
--------------------------------------------------------------------------------
local M = {}
--------------------------------------------------------------------------------
-- Returns the position found by searching for a matching value from the array.
-- @param array table array
-- @param value Search value
-- @return If one is found the index. 0 if not found.
--------------------------------------------------------------------------------
function M.indexOf(array, value)
for i, v in ipairs(array) do
if v == value then
return i
end
end
return 0
end
function M.concat(...)
local dest = {}
local args = {...}
for i, t in ipairs(args) do
for j, v in ipairs(src) do
dest[#dest + 1] = v
end
end
return dest
end
function M.reverse(t)
local dest = {}
local size = #t
for i = 1, size do
dest[i] = t[size - i + 1]
end
return dest
end
--------------------------------------------------------------------------------
-- Adds an element to the table.
-- If the element was present, the element will return false without the need for additional.
-- If the element does not exist, and returns true add an element.
-- @param t table
-- @param o element
-- @return If it already exists, false. If you add is true.
--------------------------------------------------------------------------------
function M.insertElement(t, o)
if M.indexOf(t, o) > 0 then
return false
end
M.insert(t, o)
return true
end
--------------------------------------------------------------------------------
-- This removes the element from the table.
-- If you have successfully removed, it returns the index of the yuan.
-- If there is no element, it returns 0.
-- @param t table
-- @param o element
-- @return index
--------------------------------------------------------------------------------
function M.removeElement(t, o)
local i = M.indexOf(t, o)
if i == 0 then
return 0
end
M.remove(t, i)
return i
end
return M
end)
package.preload['hp/lang/class'] = (function (...)
--------------------------------------------------------------------------------
-- Class that enable you to easily object-oriented. <br>
-- Provide the basic functionality of the class. <br>
-- <br>
-- class does not perform inheritance setmetatable. <br>
-- The inheritance by copying it to the table. <br>
-- Will consume a little more memory,
-- the performance does not deteriorate if the inheritance is deep. <br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local M = {}
setmetatable(M, M)
local function call(self, ...)
return self:new(...)
end
--------------------------------------------------------------------------------
-- Class definition is a function.
-- @param ... Base class list.
-- @return class
--------------------------------------------------------------------------------
function M:__call(...)
local class = table.copy(self)
local bases = {...}
for i = #bases, 1, -1 do
table.copy(bases[i], class)
end
class.__call = call
return setmetatable(class, class)
end
--------------------------------------------------------------------------------
-- Instance generating functions.<br>
-- The user can use this function.<br>
-- Calling this function, init function will be called internally.<br>
-- @return Instance
--------------------------------------------------------------------------------
function M:new(...)
local obj = {__index = self}
setmetatable(obj, obj)
if obj.init then
obj:init(...)
end
obj.new = nil
obj.init = nil
return obj
end
return M
end)
package.preload['hp/lang/delegate'] = (function (...)
----------------------------------------------------------------
-- Modules to perform additional functions by delegation. <br>
----------------------------------------------------------------
local M = {}
local function call(self, dest, src, funcName)
if funcName then
dest[funcName] = function(self, ...)
return src[funcName](src, ...)
end
return
end
for k, v in pairs(src) do
if type(v) == "function" then
dest[k] = function(self, ...)
return src[k](src, ...)
end
end
end
end
setmetatable(M, {__call = call})
return M end)
package.preload['hp/lang/math'] = (function (...)
--------------------------------------------------------------------------------
-- modules that extend functionality of the math.
--------------------------------------------------------------------------------
local gmath = math
local math = {}
setmetatable(math, {__index = gmath})
---------------------------------------
-- Calculate the average of the values of the argument.
-- @param ... The number of variable-length argument
-- @return average
---------------------------------------
function math.average(...)
local total = 0
local array = {...}
for i, v in ipairs(array) do
total = total + v
end
return total / #array
end
---------------------------------------
-- Calculate the total values of the argument
-- @param ... The number of variable-length argument
-- @return total
---------------------------------------
function math.sum(...)
local total = 0
local array = {...}
for i, v in ipairs(array) do
total = total + v
end
return total
end
function math.distance( x0, y0, x1, y1 )
if not x1 then x1 = 0 end
if not y1 then y1 = 0 end
local dX = x1 - x0
local dY = y1 - y0
local dist = math.sqrt((dX * dX) + (dY * dY))
return dist
end
function math.normalize( x, y )
local d = math.distance( x, y )
return x/d, y/d
end
function math.getAngle( a, b, c )
local result
if c then
local ab, bc = { }, { }
ab.x = b.x - a.x;
ab.y = b.y - a.y;
bc.x = b.x - c.x;
bc.y = b.y - c.y;
local angleAB = math.atan2( ab.y, ab.x )
local angleBC = math.atan2( bc.y, bc.x )
result = angleAB - angleBC
else
local ab = { }
ab.x = b.x - a.x;
ab.y = b.y - a.y;
result = math.deg( math.atan2( ab.y, ab.x ) )
end
return result
end
function math.clamp( v, min, max )
if v < min then
v = min
elseif v > max then
v = max
end
return v
end
return math
end)
package.preload['hp/lang/string'] = (function (...)
--------------------------------------------------------------------------------
-- modules that extend functionality of the string.
--------------------------------------------------------------------------------
local M = {}
setmetatable(M, {__index = string})
local string = M
--------------------------------------------------------------------------------
-- Converts the string to number, or returns string if fail.
--------------------------------------------------------------------------------
function string.toNumber( self )
if type( tonumber( self ) ) =="number" then
return tonumber( self )
else
return self
end
end
--------------------------------------------------------------------------------
-- Converts number to string, filling in zeros at beginning.
-- Technically, this shouldn't really extend string class
-- because it doesn't operate on string (doesn't have a "self" )
-- Usage: print( string.fromNumbersWithZeros( 421, 6 ) )
-- 000421
--------------------------------------------------------------------------------
function string.fromNumberWithZeros( n, l )
local s = tostring ( n )
local sl = string.len ( s )
if sl < l then
-- add zeros before
for i=1, l - sl do
s = "0"..s
end
end
return s
end
--------------------------------------------------------------------------------
-- Converts hex number to rgb (format: #FF00FF)
--------------------------------------------------------------------------------
function string.hexToRGB( s, returnAsTable )
if returnAsTable then
return { tonumber ( string.sub( s, 2, 3 ),16 )/255.0,
tonumber ( string.sub( s, 4, 5 ),16 )/255.0,
tonumber ( string.sub( s, 6, 7 ),16 )/255.0 }
else
return tonumber ( string.sub( s, 2, 3 ),16 )/255.0,
tonumber ( string.sub( s, 4, 5 ),16 )/255.0,
tonumber ( string.sub( s, 6, 7 ),16 )/255.0
end
end
--------------------------------------------------------------------------------
-- Splits string into N lines, using default ("#") or custom delimiter
-- Routine separate words by spaces so make sure you have them.
-- USAGE: For a string "width:150 height:150", or "width:150_height:150"
-- returns a table { width=150, height=150 }
--------------------------------------------------------------------------------
function string.toTable( self, delimiter )
local t = {}
if not delimiter then delimiter = " " end
local kvPairs = self:split( delimiter )
local k, v, kvPair
for i=1, #kvPairs do
kvPair = kvPairs[i]:split( ":" )
if #kvPair == 2 then
t[ kvPair[1] ] = string.toNumber( kvPair[2] )
end
end
return t
end
--------------------------------------------------------------------------------
-- Splits string into a table of strings using delimiter.<br>
-- Usage: local table = a:split( ",", false )<br>
-- TODO: Does not correspond to multi-byte.<br>
-- @param self string.
-- @param delim Delimiter.
-- @param toNumber If set to true or to be converted to a numeric value.
-- @return Split the resulting table
--------------------------------------------------------------------------------
function string.split( self, delim, toNumber )
local start = 1
local t = {} -- results table
local newElement
-- find each instance of a string followed by the delimiter
while true do
local pos = string.find (self, delim, start, true) -- plain find
if not pos then
break
end
-- force to number
newElement = string.sub (self, start, pos - 1)
if toNumber then
newElement = newElement:toNumber()
end
table.insert (t, newElement)
start = pos + string.len (delim)
end -- while
-- insert final one (after last delimiter)
local value = string.sub (self, start)
if toNumber then
value = value:toNumber()
end
table.insert (t,value )
return t
end
--------------------------------------------------------------------------------
-- Splits string into N lines, using default ("#") or custom delimiter
-- Routine separate words by spaces so make sure you have them.
-- Usage: local string = s:splitIntoLines( 3, "\n" )
--------------------------------------------------------------------------------
function string.splitToLines( self, numLines, delim )
local result = ""
delim = delim or "#" -- Default delimiter used for display.newText
numLines = numLines or 2
-- break into all words.
local allWords = self:split( " " )
if #allWords < numLines then
numLines = #allWords
end
-- Words per line
local wordsPerLine = math.ceil( #allWords/numLines )
local counter = wordsPerLine
for i=1, #allWords do
result = result..allWords[i]
counter = counter - 1
if counter == 0 and i<#allWords then
counter = wordsPerLine
result = result..delim
else
result = result.." "
end
end
return result
end
------------------------------------------------------------------------------
-- String encryption
--------------------------------------------------------------------------------
function string.encrypt( str, code )
code = code or math.random(3,8)
local newString = string.char( 65 + code )
local newChar
for i=1, str:len() do
newChar = str:byte(i) + code
newString = newString..string.char(newChar)
end
return newString
end
------------------------------------------------------------------------------
-- String encryption
--------------------------------------------------------------------------------
function string.decrypt( str )
local newString = ""
local code = str:byte(1) - 65
for i = 2, str:len() do
newChar = str:byte(i) - code
newString = newString..string.char(newChar)
end
return newString
end
return M
end)
package.preload['hp/lang/table'] = (function (...)
--------------------------------------------------------------------------------
--
-- modules that extend functionality of the table.
--
--------------------------------------------------------------------------------
local M = {}
setmetatable(M, {__index = table})
-- Compatibility and implementation of Lua5.2 Lua5.1
if unpack then
M.unpack = unpack
end
--------------------------------------------------------------------------------
-- Table decorate is useful for decorating objects
-- when using tables as classes.
-- @param src
-- @param arg1 - string=new key when string, needs arg2
-- @param arg2 - table=will extend all key/values
--------------------------------------------------------------------------------
function M.decorate( src, arg1, arg2 )
if not arg2 then
if type(arg1)=="table" then
for k,v in pairs( arg1 ) do
if not src[k] then
src[k] = v
elseif src[ k ] ~= v then
print( "ERROR (table.decorate): Extension failed because key "..k.." exists.")
end
end
end
elseif type(arg1)=="string" and type(arg2)=="function" then
if not src[arg1] then
src[arg1] = arg2
elseif src[ arg1 ] ~= arg2 then
print( "ERROR (table.decorate): Extension failed because key "..arg1.." exists.")
end
end
end
--------------------------------------------------------------------------------
-- table.override and table.extend are very similar, but are made different
-- routines so that they wouldn't be confused
-- Author:Nenad Katic<br>
--------------------------------------------------------------------------------
function M.extend( src, dest )
for k,v in pairs( src) do
if not dest[k] then
dest[k] = v
end
end
end
--------------------------------------------------------------------------------
-- Copies and overrides properties from src to dest.<br>
-- If onlyExistingKeys is true, it *only* overrides the properties.<br>
-- Author:Nenad Katic<br>
--------------------------------------------------------------------------------
function M.override( src, dest, onlyExistingKeys )
for k,v in pairs( src ) do
if not onlyExistingKeys then
dest[k] = v
elseif dest[k] then
-- override only existing keys if asked for
dest[k] = v
end
end
end
--------------------------------------------------------------------------------
-- Returns the position found by searching for a matching value from the array.
-- @param array table array
-- @param value Search value
-- @return If one is found the index. 0 if not found.
--------------------------------------------------------------------------------
function M.indexOf(array, value)
for i, v in ipairs(array) do
if v == value then
return i
end
end
return 0
end
--------------------------------------------------------------------------------
-- Same as indexOf, only for key values (slower)
-- Author:Nenad Katic<br>
--------------------------------------------------------------------------------
function M.keyOf( src, val )
for k, v in pairs( src ) do
if v == val then
return k
end
end
return nil
end
--------------------------------------------------------------------------------
-- The shallow copy of the table.
-- @param src copy
-- @param dest (option)Destination
-- @return dest
--------------------------------------------------------------------------------
function M.copy(src, dest)
dest = dest or {}
for i, v in pairs(src) do
dest[i] = v
end
return dest
end
--------------------------------------------------------------------------------
-- The deep copy of the table.
-- @param src copy
-- @param dest (option)Destination
-- @return dest
--------------------------------------------------------------------------------
function M.deepCopy(src, dest)
dest = dest or {}
for k, v in pairs(src) do
if type(v) == "table" then
dest[k] = M.deepCopy(v)
else
dest[k] = v
end
end
return dest
end
--------------------------------------------------------------------------------
-- Adds an element to the table.
-- If the element was present, the element will return false without the need for additional.
-- If the element does not exist, and returns true add an element.
-- @param t table
-- @param o element
-- @return If it already exists, false. If you add is true.
--------------------------------------------------------------------------------
function M.insertElement(t, o)
if M.indexOf(t, o) > 0 then
return false
end
M.insert(t, o)
return true
end
--------------------------------------------------------------------------------
-- This removes the element from the table.
-- If you have successfully removed, it returns the index of the yuan.
-- If there is no element, it returns 0.
-- @param t table
-- @param o element
-- @return index
--------------------------------------------------------------------------------
function M.removeElement(t, o)
local i = M.indexOf(t, o)
if i == 0 then
return 0
end
M.remove(t, i)
return i
end
return M
end)
package.preload['hp/layout/BaseLayout'] = (function (...)
--------------------------------------------------------------------------------
-- GUIコンポーネントのレイアウトを更新するためのクラスです.
-- レイアウトクラスは、コンポーネントに対する参照を持ちません.
-- また、コンポーネント間で共有してもいいように実装しなければなりません.
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local PropertyUtil = require "hp/util/PropertyUtil"
-- class
local M = class()
--------------------------------------------------------------------------------
-- コンストラクタです
--------------------------------------------------------------------------------
function M:init(params)
self:initInternal(params)
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- 内部変数の初期化処理です.
--------------------------------------------------------------------------------
function M:initInternal(params)
end
--------------------------------------------------------------------------------
-- レイアウトの更新処理を行います.
-- デフォルトでは何もしません.
-- 継承するクラスで実装してください.
--------------------------------------------------------------------------------
function M:update(parent)
end
--------------------------------------------------------------------------------
-- Set the parameter setter function.
-- @param params Parameter is set to Object.<br>
--------------------------------------------------------------------------------
function M:copyParams(params)
if params then
PropertyUtil.setProperties(self, params, true)
end
end
return M end)
package.preload['hp/layout/BoxLayout'] = (function (...)
--------------------------------------------------------------------------------
-- 表示オブジェクトの位置やサイズのレイアウトを更新する為のクラスです.
-- このクラスでは、Box形式のオブジェクトを水平、垂直方向に配置する事が可能です.
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local BaseLayout = require "hp/layout/BaseLayout"
-- class
local super = BaseLayout
local M = class(super)
-- constraints
-- Horizotal Align
M.HORIZOTAL_LEFT = "left"
M.HORIZOTAL_CENTER = "center"
M.HORIZOTAL_RIGHT = "right"
-- Vertical Align
M.VERTICAL_TOP = "top"
M.VERTICAL_CENTER = "center"
M.VERTICAL_BOTTOM = "bottom"
-- Direction
M.DIRECTION_VERTICAL = "vertical"
M.DIRECTION_HORIZOTAL = "horizotal"
--------------------------------------------------------------------------------
-- 内部変数の初期化処理です.
--------------------------------------------------------------------------------
function M:initInternal(params)
self._horizotalAlign = M.HORIZOTAL_LEFT
self._horizotalGap = 5
self._verticalAlign = M.VERTICAL_TOP
self._verticalGap = 5
self._paddingTop = 0
self._paddingBottom = 0
self._paddingLeft = 0
self._paddingRight = 0
self._direction = M.DIRECTION_VERTICAL
self._parentResizable = true
end
--------------------------------------------------------------------------------
-- 指定した親コンポーネントのレイアウトを更新します.
--------------------------------------------------------------------------------
function M:update(parent)
if self._direction == M.DIRECTION_VERTICAL then
self:updateVertical(parent)
elseif self._direction == M.DIRECTION_HORIZOTAL then
self:updateHorizotal(parent)
end
end
--------------------------------------------------------------------------------
-- 垂直方向に子オブジェクトを配置します.
--------------------------------------------------------------------------------
function M:updateVertical(parent)
local children = parent:getChildren()
local childrenWidth, childrenHeight = self:getVerticalLayoutSize(children)
local parentWidth, parentHeight = parent:getSize()
local parentWidth = parentWidth > childrenWidth and parentWidth or childrenWidth
local parentHeight = parentHeight > childrenHeight and parentHeight or childrenHeight
if self._parentResizable then
parent:setSize(parentWidth, parentHeight)
end
local childY = self:getChildY(parentHeight, childrenHeight)
for i, child in ipairs(children) do
if child.isIncludeLayout == nil or child:isIncludeLayout() then
local childWidth, childHeight = child:getSize()
local childX = self:getChildX(parentWidth, childWidth)
child:setPos(childX, childY)
childY = childY + childHeight + self._verticalGap
end
end
end
--------------------------------------------------------------------------------
-- 水平方向に子オブジェクトを配置します.
--------------------------------------------------------------------------------
function M:updateHorizotal(parent)
local children = parent:getChildren()
local childrenWidth, childrenHeight = self:getHorizotalLayoutSize(children)
local parentWidth, parentHeight = parent:getSize()
local parentWidth = parentWidth > childrenWidth and parentWidth or childrenWidth
local parentHeight = parentHeight > childrenHeight and parentHeight or childrenHeight
if self._parentResizable then
parent:setSize(parentWidth, parentHeight)
end
local childX = self:getChildX(parentWidth, childrenWidth)
for i, child in ipairs(children) do
if child.isIncludeLayout == nil or child:isIncludeLayout() then
local childWidth, childHeight = child:getSize()
local childY = self:getChildY(parentHeight, childHeight)
child:setPos(childX, childY)
childX = childX + childWidth + self._horizotalGap
end
end
end
--------------------------------------------------------------------------------
-- 上下左右の余白を設定します.
--------------------------------------------------------------------------------
function M:setPadding(left, top, right, bottom)
self._paddingLeft = left or self._paddingTop
self._paddingTop = top or self._paddingTop
self._paddingRight = right or self._paddingRight
self._paddingBottom = bottom or self._paddingBottom
end
--------------------------------------------------------------------------------
-- 上下左右の余白を設定します.
--------------------------------------------------------------------------------
function M:getPadding()
return self._paddingLeft, self._paddingTop, self._paddingRight, self._paddingBottom
end
--------------------------------------------------------------------------------
-- アラインを設定します.
--------------------------------------------------------------------------------
function M:setAlign(horizotalAlign, verticalAlign)
self._horizotalAlign = horizotalAlign
self._verticalAlign = verticalAlign
end
--------------------------------------------------------------------------------
-- アラインを返します.
--------------------------------------------------------------------------------
function M:getAlign()
return self._horizotalAlign, self._verticalAlign
end
--------------------------------------------------------------------------------
-- コンポーネントを配置する方向を設定します.
--------------------------------------------------------------------------------
function M:setDirection(direction)
self._direction = direction
end
--------------------------------------------------------------------------------
-- コンポーネントを配置する方向を返します.
--------------------------------------------------------------------------------
function M:getDirection()
return self._direction
end
--------------------------------------------------------------------------------
-- コンポーネントの間隔を設定します.
--------------------------------------------------------------------------------
function M:setGap(horizotalGap, verticalGap)
self._horizotalGap = horizotalGap
self._verticalGap = verticalGap
end
--------------------------------------------------------------------------------
-- コンポーネントの間隔を返します..
--------------------------------------------------------------------------------
function M:getGap()
return self._horizotalGap, self._verticalGap
end
--------------------------------------------------------------------------------
-- 子オブジェクトのX座標を返します.
--------------------------------------------------------------------------------
function M:getChildX(parentWidth, childWidth)
local diffWidth = parentWidth - childWidth
local x = 0
if self._horizotalAlign == M.HORIZOTAL_LEFT then
x = self._paddingLeft
elseif self._horizotalAlign == M.HORIZOTAL_CENTER then
x = math.floor((diffWidth + self._paddingLeft - self._paddingRight) / 2)
elseif self._horizotalAlign == M.HORIZOTAL_RIGHT then
x = diffWidth - self._paddingRight
else
error("Not found direction!")
end
return x
end
--------------------------------------------------------------------------------
-- 子オブジェクトのY座標を返します.
--------------------------------------------------------------------------------
function M:getChildY(parentHeight, childHeight)
local diffHeight = parentHeight - childHeight
local y = 0
if self._verticalAlign == M.VERTICAL_TOP then
y = self._paddingTop
elseif self._verticalAlign == M.VERTICAL_CENTER then
y = math.floor((diffHeight + self._paddingTop - self._paddingBottom) / 2)
elseif self._verticalAlign == M.VERTICAL_BOTTOM then
y = diffHeight - self._paddingBottom
else
error("Not found direction!")
end
return y
end
--------------------------------------------------------------------------------
-- 垂直方向に子オブジェクトを配置した時の
-- 全体のレイアウトサイズを返します.
--------------------------------------------------------------------------------
function M:getVerticalLayoutSize(children)
local width = self._paddingLeft + self._paddingRight
local height = self._paddingTop + self._paddingBottom
local count = 0
for i, child in ipairs(children) do
if child.isIncludeLayout == nil or child:isIncludeLayout() then
local cWidth, cHeight = child:getSize()
height = height + cHeight + self._verticalGap
width = math.max(width, cWidth)
count = count + 1
end
end
if count > 1 then
height = height - self._verticalGap
end
return width, height
end
--------------------------------------------------------------------------------
-- 水平方向に子オブジェクトを配置した時の
-- 全体のレイアウトサイズを返します.
--------------------------------------------------------------------------------
function M:getHorizotalLayoutSize(children)
local width = self._paddingLeft + self._paddingRight
local height = self._paddingTop + self._paddingBottom
local count = 0
for i, child in ipairs(children) do
if child.isIncludeLayout == nil or child:isIncludeLayout() then
local cWidth, cHeight = child:getSize()
width = width + cWidth + self._horizotalGap
height = math.max(height, cHeight)
count = count + 1
end
end
if count > 1 then
width = width - self._horizotalGap
end
return width, height
end
return M end)
package.preload['hp/layout/HBoxLayout'] = (function (...)
--------------------------------------------------------------------------------
-- デフォルトで水平方向にオブジェクトを配置するBoxLayoutです
--------------------------------------------------------------------------------
-- import
local class = require "hp/lang/class"
local BoxLayout = require "hp/layout/BoxLayout"
-- class define
local super = BoxLayout
local M = class(super)
--------------------------------------------------------------------------------
-- 内部変数の初期化処理を行います.
--------------------------------------------------------------------------------
function M:initInternal(params)
super.initInternal(self, params)
self._direction = BoxLayout.DIRECTION_HORIZOTAL
end
return M end)
package.preload['hp/layout/VBoxLayout'] = (function (...)
--------------------------------------------------------------------------------
-- デフォルトで垂直方向にオブジェクトを配置するBoxLayoutです
--------------------------------------------------------------------------------
-- import
local class = require "hp/lang/class"
local BoxLayout = require "hp/layout/BoxLayout"
-- class define
local super = BoxLayout
local M = class(super)
--------------------------------------------------------------------------------
-- 内部変数の初期化処理を行います.
--------------------------------------------------------------------------------
function M:initInternal(params)
super.initInternal(self, params)
self._direction = BoxLayout.DIRECTION_VERTICAL
end
return M end)
package.preload['hp/manager/FocusManager'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to manage the Component.
-- TODO: Not used?
--------------------------------------------------------------------------------
local class = require "hp/lang/class"
local Event = require "hp/event/Event"
local EventDispatcher = require "hp/event/EventDispatcher"
local M = EventDispatcher()
--------------------------------------------------------------------------------
-- コンポーネントにフォーカスをセットします.
--------------------------------------------------------------------------------
function M:setFocus(component)
if component == self.focusedComponent then
return
end
if not component:isFocusEnabled() then
return
end
if self.focusedComponent then
self.focusedComponent:dispatchEvent(Event.FOCUS_OUT)
end
self.focusedComponent = component
if self.focusedComponent then
self.focusedComponent:dispatchEvent(Event.FOCUS_IN)
end
end
--------------------------------------------------------------------------------
-- フォーカスがセットされているコンポーネントを返します.
--------------------------------------------------------------------------------
function M:getFocus()
return self.focusedComponent
end
return M
end)
package.preload['hp/manager/FontManager'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to manage the Font.
--------------------------------------------------------------------------------
-- import
local ResourceManager = require "hp/manager/ResourceManager"
-- class
local M = {}
-- variables
M.cache = {}
M.fontPaths = {
["VL-PGothic"] = "fonts/VL-PGothic.ttf",
["arial-rounded"] = "fonts/arial-rounded.ttf",
}
local function generateUid(fontPath, points, charcodes, dpi)
return (fontPath or "") .. "$" .. (points or "") .. "$" .. (charcodes or "") .. "$" .. (dpi or "")
end
--------------------------------------------------------------------------------
-- Requests the texture.
-- The textures are cached internally.
-- @param fontName fontName or fontPath.
-- @param points Points of the Font.
-- @param charcodes Charcodes of the Font.
-- @param dpi dpi of the Font.
-- @return MOAIFont instance.
--------------------------------------------------------------------------------
function M:request(fontName, points, charcodes, dpi)
local path = ResourceManager:getFilePath(M.fontPaths[fontName] or fontName)
local uid = generateUid(path, points, charcodes, dpi)
if self.cache[uid] then
return M.cache[uid]
end
local font = self:newFont(path, points, charcodes, dpi)
self.cache[font.uid] = font
return font
end
--------------------------------------------------------------------------------
-- Return you have generated the font.
-- @param fontName fontName or fontPath.
-- @param points Points of the Font.
-- @param charcodes Charcodes of the Font.
-- @param dpi dpi of the Font.
-- @return MOAIFont instance.
--------------------------------------------------------------------------------
function M:newFont(fontName, points, charcodes, dpi)
local path = ResourceManager:getFilePath(M.fontPaths[fontName] or fontName)
local font = MOAIFont.new()
font:load(path)
font.path = path
font.points = points
font.charcodes = charcodes
font.dpi = dpi
font.uid = generateUid(path, points, charcodes, dpi)
if points and charcodes then
font:preloadGlyphs(charcodes, points, dpi)
end
return font
end
return M
end)
package.preload['hp/manager/InputManager'] = (function (...)
--------------------------------------------------------------------------------
-- To catch the operation of the screen, and sends the event. <br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local Event = require("hp/event/Event")
local EventDispatcher = require("hp/event/EventDispatcher")
local M = EventDispatcher()
local pointer = {x = 0, y = 0, down = false}
local keyboard = {key = 0, down = false}
local touchEventStack = {}
local TOUCH_EVENTS = {}
TOUCH_EVENTS[MOAITouchSensor.TOUCH_DOWN] = Event.TOUCH_DOWN
TOUCH_EVENTS[MOAITouchSensor.TOUCH_UP] = Event.TOUCH_UP
TOUCH_EVENTS[MOAITouchSensor.TOUCH_MOVE] = Event.TOUCH_MOVE
TOUCH_EVENTS[MOAITouchSensor.TOUCH_CANCEL] = Event.TOUCH_CANCEL
local function onTouch(eventType, idx, x, y, tapCount)
-- event
local event = touchEventStack[idx] or Event(TOUCH_EVENTS[eventType], M)
local oldX, oldY = event.x, event.y
event.type = TOUCH_EVENTS[eventType]
event.idx = idx
event.x = x
event.y = y
event.tapCount = tapCount
if eventType == MOAITouchSensor.TOUCH_DOWN then
touchEventStack[idx] = event
elseif eventType == MOAITouchSensor.TOUCH_UP then
touchEventStack[idx] = nil
elseif eventType == MOAITouchSensor.TOUCH_MOVE then
if oldX == nil or oldY == nil then
return
end
event.moveX = event.x - oldX
event.moveY = event.y - oldY
touchEventStack[idx] = event
elseif eventType == MOAITouchSensor.TOUCH_CANCEL then
touchEventStack[idx] = nil
end
M:dispatchEvent(event)
end
local function onPointer(x, y)
pointer.x = x
pointer.y = y
if pointer.down then
onTouch(MOAITouchSensor.TOUCH_MOVE, 1, x, y, 1)
end
end
local function onClick(down)
pointer.down = down
local eventType = nil
if down then
eventType = MOAITouchSensor.TOUCH_DOWN
else
eventType = MOAITouchSensor.TOUCH_UP
end
onTouch(eventType, 1, pointer.x, pointer.y, 1)
end
local function onKeyboard(key, down)
keyboard.key = key
keyboard.down = down
local etype = down and Event.KEY_DOWN or Event.KEY_UP
local event = Event:new(etype, M)
event.key = key
M:dispatchEvent(event)
end
--------------------------------------------------------------------------------
-- Initialize InputManager. <br>
-- Register a callback function for input operations.
--------------------------------------------------------------------------------
function M:initialize()
-- コールバック関数の登録
if MOAIInputMgr.device.pointer then
-- mouse input
MOAIInputMgr.device.pointer:setCallback(onPointer)
MOAIInputMgr.device.mouseLeft:setCallback(onClick)
else
-- touch input
MOAIInputMgr.device.touch:setCallback(onTouch)
end
-- keyboard input
if MOAIInputMgr.device.keyboard then
MOAIInputMgr.device.keyboard:setCallback(onKeyboard)
end
end
function M:isKeyDown(key)
if MOAIInputMgr.device.keyboard then
return MOAIInputMgr.device.keyboard:keyIsDown(key)
end
end
return M
end)
package.preload['hp/manager/LayoutManager'] = (function (...)
--------------------------------------------------------------------------------
-- UIComponentのレイアウトを管理するマネージャです.
--------------------------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local PriorityQueue = require "hp/util/PriorityQueue"
local Executors = require "hp/util/Executors"
-- module
local M = {}
--------------------------------------------------------------------------------
-- private
--------------------------------------------------------------------------------
-- 比較関数
local ascComparetor = function(a, b)
local alevel = a:getNestLevel()
local blevel = b:getNestLevel()
if alevel < blevel then
return -1
elseif alevel == blevel then
return 0
else
return 1
end
end
-- 比較関数
local descComparetor = function(a, b)
return ascComparetor(a, b) * -1
end
-- queue
local invalidateDisplayQueue = PriorityQueue(descComparetor)
local invalidateLayoutQueue = PriorityQueue(descComparetor)
-- flag
local invalidateDisplayFlag = false
local invalidateLayoutFlag = false
-- 表示の更新
local function validateDisplay()
local object = invalidateDisplayQueue:poll()
while object do
object:validateDisplay()
object = invalidateDisplayQueue:poll()
end
end
-- レイアウトの検証実施
local function validateLayout()
local object = invalidateLayoutQueue:poll()
while object do
object:validateLayout()
object = invalidateLayoutQueue:poll()
end
end
-- フレーム処理
local function enterFrame()
if invalidateDisplayFlag then
validateDisplay()
invalidateDisplayFlag = false
end
if invalidateLayoutFlag then
validateLayout()
invalidateLayoutFlag = false
end
end
-- event handler
Executors.callLoop(enterFrame)
--------------------------------------------------------------------------------
-- public functions
--------------------------------------------------------------------------------
---------------------------------------
-- invalidateDisplayをスケジューリングします.
---------------------------------------
function M:invalidateDisplay(object)
invalidateDisplayFlag = true
invalidateDisplayQueue:push(object)
end
---------------------------------------
-- invalidateLayoutをスケジューリングします.
---------------------------------------
function M:invalidateLayout(object)
invalidateLayoutFlag = true
invalidateLayoutQueue:push(object)
end
return M
end)
package.preload['hp/manager/ResourceManager'] = (function (...)
--------------------------------------------------------------------------------
-- This is a class to manage the resources.<br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local M = {}
local paths = {}
local SEPARETOR = "/"
--------------------------------------------------------------------------------
-- Add the resource directory path.
--------------------------------------------------------------------------------
function M:addPath(path)
table.insertElement(paths, path)
end
--------------------------------------------------------------------------------
-- Remove the resource directory path.
--------------------------------------------------------------------------------
function M:removePath(path)
return table.removeElement(paths, path)
end
--------------------------------------------------------------------------------
-- Clear the resource directory paths.
--------------------------------------------------------------------------------
function M:clearPaths()
paths = {}
end
--------------------------------------------------------------------------------
-- Returns the filePath from fileName.
--------------------------------------------------------------------------------
function M:getFilePath(fileName, defaultPath)
if MOAIFileSystem.checkFileExists(fileName) then
return fileName
end
for i, path in ipairs(paths) do
local filePath = path .. SEPARETOR .. fileName
if MOAIFileSystem.checkFileExists(filePath) then
return filePath
end
end
if not defaultPath then
error("File not found error!")
end
return defaultPath
end
--------------------------------------------------------------------------------
-- Returns the file data.
--------------------------------------------------------------------------------
function M:readFile(fileName)
local path = self:getFilePath(fileName)
local input = assert(io.input(path))
local data = input:read("*a")
input:close()
return data
end
return M end)
package.preload['hp/manager/SceneManager'] = (function (...)
----------------------------------------------------------------
-- This is a class to manage the Scene. <br>
-- Order to manage the rendering of the scene and event notification. <br>
----------------------------------------------------------------
-- import
local table = require "hp/lang/table"
local SceneAnimation = require "hp/display/SceneAnimation"
local SceneFactory = require "hp/factory/SceneFactory"
local InputManager = require "hp/manager/InputManager"
local Event = require "hp/event/Event"
local EventDispatcher = require "hp/event/EventDispatcher"
local Logger = require "hp/util/Logger"
local Executors = require "hp/util/Executors"
-- singleton class
local M = EventDispatcher()
-- constranits
local LOG_TAG = "SceneManager"
-- private var
local scenes = {}
local sceneFactory = SceneFactory
local currentScene = nil
local currentClosing = false
local nextScene = nil
local closingScene = nil
local transitioning = false
local sceneAnimation = nil
local renderTable = {}
local updateRenderFlag = false
local backgroundLayers = {}
local frontLayers = {}
local function updateRender()
renderTable = {}
-- background
for i, layer in ipairs(backgroundLayers) do
table.insert(renderTable, layer)
end
-- scene
for i, scene in ipairs(scenes) do
if scene.visible then
table.insert(renderTable, scene:getRenderTable())
end
end
-- front
for i, layer in ipairs(frontLayers) do
table.insert(renderTable, layer)
end
MOAIRenderMgr.setRenderTable(renderTable)
end
local function onTouchDown(e)
if currentScene and not transitioning then
currentScene:onTouchDown(e)
end
end
local function onTouchUp(e)
if currentScene and not transitioning then
currentScene:onTouchUp(e)
end
end
local function onTouchMove(e)
if currentScene and not transitioning then
currentScene:onTouchMove(e)
end
end
local function onTouchCancel(e)
if currentScene and not transitioning then
currentScene:onTouchCancel(e)
end
end
local function onKeyDown(e)
if currentScene and not transitioning then
currentScene:onKeyDown(e)
end
end
local function onKeyUp(e)
if currentScene and not transitioning then
currentScene:onKeyUp(e)
end
end
local function onEnterFrame()
if updateRenderFlag then
updateRenderFlag = false
updateRender()
end
local currentScene = currentScene
if currentScene and not transitioning then
currentScene:onEnterFrame()
end
end
local function addScene(scene)
if table.indexOf(scenes, scene) == 0 then
table.insert(scenes, scene)
end
end
local function removeScene(scene)
local i = table.indexOf(scenes, scene)
if i > 0 then
table.remove(scenes, i)
end
end
local function hideScene(scene)
if scene then
scene:setVisible(false)
end
end
local function showScene(scene)
if scene then
scene:setVisible(true)
scene:setLeft(0)
scene:setTop(0)
scene:setColor(1, 1, 1, 1)
scene:setScl(1, 1, 1)
scene:setRot(0, 0, 0)
end
end
local function animateScene(params, completeFunc)
updateRenderFlag = true
local animation = params.animation
if animation then
if type(animation) == "string" then
animation = SceneAnimation[animation]
end
transitioning = true
animation(currentScene, nextScene, params):play({onComplete = completeFunc})
else
hideScene(currentScene)
showScene(nextScene)
completeFunc()
end
end
local function openComplete()
if currentScene and currentClosing then
removeScene(currentScene)
currentScene:onDestroy()
end
currentScene = nextScene
currentScene:onStart()
currentScene:onResume()
M:updateRender()
transitioning = false
end
local function closeComplete()
removeScene(closingScene)
closingScene:onDestroy()
closingScene = nil
currentScene = nextScene or currentScene
currentScene = #scenes > 0 and currentScene or nil
if currentScene then
currentScene:onResume()
end
M:updateRender()
transitioning = false
end
local function initialize()
InputManager:addEventListener(Event.TOUCH_DOWN, onTouchDown)
InputManager:addEventListener(Event.TOUCH_UP, onTouchUp)
InputManager:addEventListener(Event.TOUCH_MOVE, onTouchMove)
InputManager:addEventListener(Event.TOUCH_CANCEL, onTouchCancel)
InputManager:addEventListener(Event.KEY_DOWN, onKeyDown)
InputManager:addEventListener(Event.KEY_UP, onKeyUp)
Executors.callLoop(onEnterFrame)
end
initialize()
--------------------------------------------------------------------------------
-- Open a new scene. <br>
-- The current scene is the stack intact. <br>
-- But if set to true currentClosing, close the current scene. <br>
-- <br>
-- You can specify the behavior in the argument params. <br>
-- 1. params.sceneClass <br>
-- Specifies the class of scenes to be generated. <br>
-- 2. params.animation <br>
-- Specifies the animation of the scene transitions. <br>
-- 3. params.sec <br>
-- Specifies the time of the animation.<br>
-- 4. params.currentClosing <br>
-- Specify whether to close the current scene. <br>
--
-- @param sceneName The unique name of the scene. Scene module path.
-- @param params (option)Parameters that define the behavior.
-- @return If you generate a return to the scene.
--------------------------------------------------------------------------------
function M:openScene(sceneName, params)
if transitioning then
Logger.warn(LOG_TAG, "openScene()", "Scene transitioning!")
return
end
params = params or {}
currentClosing = params.currentClosing or false
-- get next scene
nextScene = self:findSceneByName(sceneName)
if nextScene then
nextScene = nil
return
end
-- stop current scene
if currentScene then
currentScene:onPause()
if currentClosing then
currentScene:onStop()
end
end
-- create scene
local scene = sceneFactory.createScene(sceneName, params)
scene:onCreate(params)
scene:setVisible(false)
addScene(scene)
nextScene = scene
animateScene(params, openComplete)
return nextScene
end
--------------------------------------------------------------------------------
-- Open to the next scene.
-- The current scene will be closed.
-- See M:openScene().
-- @param sceneName The unique name of the scene. Scene module path.
-- @param params (option)Parameters that define the behavior.
-- @return If you generate a return to the scene.
--------------------------------------------------------------------------------
function M:openNextScene(sceneName, params)
params = params and params or {}
params.currentClosing = true
return self:openScene(sceneName, params)
end
--------------------------------------------------------------------------------
-- Close the current scene. <br>
-- To resume the previous scene.
-- @param params (option)Parameters that define the behavior.
--------------------------------------------------------------------------------
function M:closeScene(params)
if transitioning then
Logger.warn(LOG_TAG, "closeScene()", "Scene transitioning!")
return
end
if #scenes == 0 then
return
end
params = params and params or {}
closingScene = params.closingScene or currentScene
closingScene = type(closingScene) == "string" and self:findSceneByName(closingScene) or closingScene
if not closingScene then
return
end
nextScene = closingScene == currentScene and scenes[#scenes - 1] or nil
closingScene:onStop()
animateScene(params, closeComplete)
return nextScene
end
--------------------------------------------------------------------------------
-- Update the drawing order of layers. <br>
-- Normally, you need to manipulate this function is not available. <br>
-- Timing to be updated, in fact, is done in EnterFrame.
--------------------------------------------------------------------------------
function M:updateRender()
updateRenderFlag = true
end
--------------------------------------------------------------------------------
-- Update the drawing order of layers. <br>
-- Normally, you need to manipulate this function is not available.
--------------------------------------------------------------------------------
function M:forceUpdateRender()
updateRender()
end
--------------------------------------------------------------------------------
-- Returns the scene to find the scene name.
-- @param sceneName Name of the target scene.
-- @return If a match is found the scene.
--------------------------------------------------------------------------------
function M:findSceneByName(sceneName)
for i, scene in ipairs(scenes) do
if scene.name == sceneName then
return scene
end
end
return nil
end
--------------------------------------------------------------------------------
-- Move to the front scene. <br>
-- @param scene Scene or scene name.
--------------------------------------------------------------------------------
function M:orderToFront(scene)
if #scenes <= 1 or transitioning then
return
end
scene = type(scene) == "string" and self:findSceneByName(scene) or scene
local i = table.indexOf(scenes, scene)
if i > 0 then
table.remove(scenes, i)
table.insert(scenes, scene)
currentScene = scene
self:updateRender()
end
end
--------------------------------------------------------------------------------
-- Move to the back scene. <br>
-- @param scene Scene or scene name.
--------------------------------------------------------------------------------
function M:orderToBack(scene)
if #scenes <= 1 or transitioning then
return
end
scene = type(scene) == "string" and self:findSceneByName(scene) or scene
local i = table.indexOf(scenes, scene)
if i > 0 then
table.remove(scenes, i)
table.insert(scenes, 1, scene)
currentScene = scenes[#scenes]
self:updateRender()
end
end
--------------------------------------------------------------------------------
-- Sets the SceneFactory. <br>
-- If you need to use your own factory. <br>
-- @param factory Scene factory module.
--------------------------------------------------------------------------------
function M:setSceneFactory(factory)
sceneFactory = assert(factory, "sceneFactory is nil!")
end
--------------------------------------------------------------------------------
-- Returns the current scene. <br>
-- @return currentScene.
--------------------------------------------------------------------------------
function M:getCurrentScene()
return currentScene
end
--------------------------------------------------------------------------------
-- Returns the transitioning. <br>
-- @return transitioning.
--------------------------------------------------------------------------------
function M:isTransitioning()
return transitioning
end
--------------------------------------------------------------------------------
-- Add the background Layer. <br>
-- @param layer layer
--------------------------------------------------------------------------------
function M:addBackgroundLayer(layer)
M:updateRender()
return table.insertElement(backgroundLayers, layer)
end
--------------------------------------------------------------------------------
-- remove the background Layer. <br>
-- @param layer layer
--------------------------------------------------------------------------------
function M:removeBackgroundLayer(layer)
M:updateRender()
return table.removeElement(backgroundLayers, layer)
end
--------------------------------------------------------------------------------
-- Returns the background Layer. <br>
-- @param i Index.
-- @return layer.
--------------------------------------------------------------------------------
function M:getBackgroundLayerAt(i)
return backgroundLayers[i]
end
--------------------------------------------------------------------------------
-- Returns the background Layers. <br>
-- @return layers.
--------------------------------------------------------------------------------
function M:getBackgroundLayers()
return backgroundLayers
end
--------------------------------------------------------------------------------
-- Returns the size for background Layers. <br>
-- @return layer size
--------------------------------------------------------------------------------
function M:getBackgroundLayerSize()
return #backgroundLayers
end
--------------------------------------------------------------------------------
-- Add the front Layer. <br>
-- @param layer layer
--------------------------------------------------------------------------------
function M:addFrontLayer(layer)
M:updateRender()
return table.insertElement(frontLayers, layer)
end
--------------------------------------------------------------------------------
-- remove the front Layer. <br>
-- @param layer layer
--------------------------------------------------------------------------------
function M:removeFrontLayer(layer)
M:updateRender()
return table.removeElement(frontLayers, layer)
end
--------------------------------------------------------------------------------
-- Returns the front Layer. <br>
-- @param i Index.
-- @return layer.
--------------------------------------------------------------------------------
function M:getFrontLayerAt(i)
return frontLayers[i]
end
--------------------------------------------------------------------------------
-- Returns the front Layers. <br>
-- @return layers.
--------------------------------------------------------------------------------
function M:getFrontLayers()
return frontLayers
end
--------------------------------------------------------------------------------
-- Returns the size for front Layers. <br>
-- @return layer size
--------------------------------------------------------------------------------
function M:getFrontLayerSize()
return #frontLayers
end
return M end)
package.preload['hp/manager/ShaderManager'] = (function (...)
----------------------------------------------------------------
-- This is a class to manage the Shader. <br>
-- This source has been implemented by Nenad Katic. <br>
-- Has been partially modified. <br>
----------------------------------------------------------------
local ResourceManager = require("hp/manager/ResourceManager")
local M = {}
M.shaders = {}
M.BASIC_COLOR_SHADER = "simpleColor"
local function getFileData(filename)
return ResourceManager:readFile(filename)
end
function M:simpleColor()
if not MOAIGfxDevice.isProgrammable () then
return
end
local shader = MOAIShader.new ()
local vsh = getFileData("hp/shader/shader_simple.vsh")
local fsh = getFileData("hp/shader/shader_simple.fsh")
shader:reserveUniforms(2)
shader:declareUniform(1, 'transform', MOAIShader.UNIFORM_WORLD_VIEW_PROJ )
shader:declareUniform(2, 'ucolor', MOAIShader.UNIFORM_PEN_COLOR )
shader:setVertexAttribute ( 1, 'position' )
shader:setVertexAttribute ( 2, 'color' )
shader:load ( vsh, fsh )
return shader
end
function M:getShader(shaderName)
if self.shaders[shaderName] then
return self.shaders[shaderName]
end
local shader = self[shaderName](self)
self.shaders[shaderName] = shader
return shader
end
return M end)
package.preload['hp/manager/SoundManager'] = (function (...)
----------------------------------------------------------------
-- This is a class to manage the MOAIUntzSound.
----------------------------------------------------------------
local ResourceManager = require("hp/manager/ResourceManager")
local M = {}
local cache = {}
M.initialized = false
function M:initialize()
if not self.initialized then
MOAIUntzSystem.initialize()
self.initialized = true
end
end
----------------------------------------------------------------
-- Returns the untz sound. <br>
-- @param path path
-- @param volume volume
-- @param looping looping
-- @return MOAIUntzSound instance.
----------------------------------------------------------------
function M:getSound(path, volume, looping)
if not self.initialized then
self:initialize()
end
path = ResourceManager:getFilePath(path)
if cache[path] == nil then
local sound = MOAIUntzSound.new()
sound:load(path)
sound:setVolume(1)
sound:setLooping(false)
cache[path] = sound
end
local sound = cache[path]
if volume then
sound:setVolume(volume)
end
if looping then
sound:setLooping(looping)
end
return sound
end
return M end)
package.preload['hp/manager/TextureManager'] = (function (...)
---------------------------------------------------------------------------------------------------
-- This is a class to manage the Texture.
---------------------------------------------------------------------------------------------------
local ResourceManager = require("hp/manager/ResourceManager")
local Logger = require("hp/util/Logger")
local M = {}
local cache = {}
setmetatable(cache, {__mode = "v"})
M.DEFAULT_FILTER = MOAITexture.GL_LINEAR
----------------------------------------------------------------
-- Requests the texture. <br>
-- The textures are cached internally.
-- @param path path
-- @return MOAITexture instance.
----------------------------------------------------------------
function M:request(path)
path = ResourceManager:getFilePath(path)
if cache[path] == nil then
local texture = MOAITexture.new()
texture:load(path)
texture.path = path
cache[path] = texture
if M.DEFAULT_FILTER then
texture:setFilter(M.DEFAULT_FILTER)
end
end
local texture = cache[path]
return cache[path]
end
return M
end)
package.preload['hp/manager/ThemeManager'] = (function (...)
----------------------------------------------------------------------------------------------------
-- This is a class to manage Theme.
----------------------------------------------------------------------------------------------------
-- import
local Event = require "hp/event/Event"
local EventDispatcher = require "hp/event/EventDispatcher"
local Theme = require "hp/gui/Theme"
-- class define
local M = EventDispatcher()
local theme = Theme
----------------------------------------------------------------
-- Sets the default widget theme to use.
-- @param value Widget theme.
----------------------------------------------------------------
function M:setTheme(value)
value = type(value) == "string" and dofile(value) or value
if theme ~= value then
theme = value
self:dispatchEvent("themeChanged")
end
end
----------------------------------------------------------------
-- Returns the current default theme.
-- @return GuiTheme.
----------------------------------------------------------------
function M:getTheme()
return theme
end
----------------------------------------------------------------
-- Returns the current default theme.
-- @return component theme.
----------------------------------------------------------------
function M:getComponentTheme(name)
return theme[name]
end
return M end)
package.preload['hp/physics/PhysicsBody'] = (function (...)
--------------------------------------------------------------------------------
-- Class that inherits from MOAIBox2DBody.<br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local Event = require("hp/event/Event")
local EventDispatcher = require("hp/event/EventDispatcher")
local PhysicsFixture = require("hp/physics/PhysicsFixture")
local M = class(EventDispatcher)
local Interface = MOAIBox2DBody.getInterfaceTable()
M.DEFAULT_FIXTURE_PARAMS = {
density = 1,
friction = 0.3,
restitution = 0,
filter = {categoryBits = 1, maskBits = nil, groupIndex = nil},
sensor = false,
center = {x = 0, y = 0}
}
M.PHASE = {}
M.PHASE[MOAIBox2DArbiter.BEGIN] = "begin"
M.PHASE[MOAIBox2DArbiter.END] = "end"
M.PHASE[MOAIBox2DArbiter.POST_SOLVE] = "postSolve"
M.PHASE[MOAIBox2DArbiter.PRE_SOLVE] = "preSolve"
--------------------------------------------------------------------------------
-- The constructor.
-- @param body MOAIBox2DBody instance.
--------------------------------------------------------------------------------
function M:new(body)
table.copy(self, assert(body))
if body.init then
body:init()
end
body.new = nil
body.init = nil
return body
end
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init()
EventDispatcher.init(self)
self._fixtures = {}
end
--------------------------------------------------------------------------------
-- Add the PhysicsData was created in PhysicsEditor. <br>
-- Partially, it is proprietary.
-- @param ... fixture datas
--------------------------------------------------------------------------------
function M:addPhysicsData(...)
for i, data in ipairs({...}) do
if data.radius then
local fixture = self:addCircle(data.center.x, data.center.y, data.radius)
fixture:copyParams(data)
elseif data.shape == "rectangle" then
local fixture = self:addRect(data.xMin, data.yMin, data.xMax, data.yMax)
fixture:copyParams(data)
elseif type(data.shape) == "table" then
local fixture = self:addPolygon(data.shape)
fixture:copyParams(data)
end
end
end
--------------------------------------------------------------------------------
-- Add a circle.
--------------------------------------------------------------------------------
function M:addCircle(x, y, radius)
local fixture = Interface.addCircle(self, x, y, radius)
fixture = PhysicsFixture(fixture)
fixture:copyParams(M.DEFAULT_FIXTURE_PARAMS)
table.insert(self:getFixtures(), fixture)
return fixture
end
--------------------------------------------------------------------------------
-- Add the edge.
--------------------------------------------------------------------------------
function M:addEdges(verts)
local fixture = Interface.addEdges(self, verts)
fixture = PhysicsFixture(fixture)
fixture:copyParams(M.DEFAULT_FIXTURE_PARAMS)
table.insert(self:getFixtures(), fixture)
return fixture
end
--------------------------------------------------------------------------------
-- Adds a polygon.
--------------------------------------------------------------------------------
function M:addPolygon(verts)
local fixture = Interface.addPolygon(self, verts)
fixture = PhysicsFixture(fixture)
fixture:copyParams(M.DEFAULT_FIXTURE_PARAMS)
table.insert(self:getFixtures(), fixture)
return fixture
end
--------------------------------------------------------------------------------
-- Add a rectangle.
--------------------------------------------------------------------------------
function M:addRect(xMin, yMin, xMax, yMax)
local fixture = Interface.addRect(self, xMin, yMin, xMax, yMax)
fixture = PhysicsFixture(fixture)
fixture:copyParams(M.DEFAULT_FIXTURE_PARAMS)
table.insert(self:getFixtures(), fixture)
return fixture
end
--------------------------------------------------------------------------------
-- Search from the name, and returns the Fixture was the first match.
-- @param name Fixture name.
-- @return Fixture instance.
--------------------------------------------------------------------------------
function M:findFixtureByName(name)
for i, v in self:getFixtures() do
if v:getName() == name then
return v
end
end
end
--------------------------------------------------------------------------------
-- Search from the name, it returns a list of Fixture match.
-- @param name Fixture name.
-- @return Fixture instance list.
--------------------------------------------------------------------------------
function M:findFixturesByName(name)
local list = {}
for i, v in self:getFixtures() do
if v:getName() == name then
table.insert(list, v)
end
end
return list
end
--------------------------------------------------------------------------------
-- Returns the Fixture for all.
-- @return Fixtures
--------------------------------------------------------------------------------
function M:getFixtures()
return self._fixtures
end
--------------------------------------------------------------------------------
-- Returns a Fixture at the specified index.
-- @param i index
-- @return Fixture instance.
--------------------------------------------------------------------------------
function M:getFixtureAt(i)
return self:getFixtures()[i]
end
--------------------------------------------------------------------------------
-- Sets angle.
-- @param angle angle
--------------------------------------------------------------------------------
function M:setAngle(angle)
local x, y = self:getPosition()
self:setTransform(x, y, angle)
end
--------------------------------------------------------------------------------
-- Returns the position x.
-- @return x
--------------------------------------------------------------------------------
function M:getX()
local x, y = self:getPosition()
return x
end
--------------------------------------------------------------------------------
-- Sets the position x.
-- @param x position x.
--------------------------------------------------------------------------------
function M:setX(x)
self:setTransform(x, self:getY(), self:getAngle())
end
--------------------------------------------------------------------------------
-- Returns the position y.
-- @return y
--------------------------------------------------------------------------------
function M:getY()
local x, y = self:getPosition()
return y
end
--------------------------------------------------------------------------------
-- Sets the position y.
-- @param y position y.
--------------------------------------------------------------------------------
function M:setY(y)
self:setTransform(self:getX(), y, self:getAngle())
end
--------------------------------------------------------------------------------
-- Sets the position.
-- @param x position x.
-- @param y position y.
--------------------------------------------------------------------------------
function M:setPos(x, y)
self:setTransform(x, y, self:getAngle())
end
--------------------------------------------------------------------------------
-- Returns the position.
-- @return x, y.
--------------------------------------------------------------------------------
function M:getPos()
return self:getPosition()
end
--------------------------------------------------------------------------------
-- Adds the position.
-- @param x x position
-- @param x y position
--------------------------------------------------------------------------------
function M:addPos(x, y)
self:setPos(x + self:getX(), y + self:getY())
end
--------------------------------------------------------------------------------
-- Adds an event listener.
-- Also responsible for handling of Fixture.
--------------------------------------------------------------------------------
function M:addEventListener(eventType, callback, source, priority)
EventDispatcher.addEventListener(self, eventType, callback, source, priority)
if eventType == Event.COLLISION then
for i, fixture in ipairs(self:getFixtures()) do
fixture:setCollisionHandler(M.fixtureCollisionHandler, MOAIBox2DArbiter.ALL)
end
end
end
function M.fixtureCollisionHandler(phase, fixtureA, fixtureB, arbiter)
local bodyA = fixtureA:getBody()
local bodyB = fixtureB:getBody()
local bodyAListened = bodyA:hasEventListener(Event.COLLISION)
local bodyBListened = bodyB:hasEventListener(Event.COLLISION)
if bodyAListened or bodyBListened then
local e = Event(Event.COLLISION)
e.phase = M.PHASE[phase]
e.fixtureA = fixtureA
e.fixtureB = fixtureB
e.arbiter = arbiter
if bodyAListened then
bodyA:dispatchEvent(e)
end
if bodyBListened then
bodyB:dispatchEvent(e)
end
end
end
return M end)
package.preload['hp/physics/PhysicsFixture'] = (function (...)
--------------------------------------------------------------------------------
-- Class that inherits from MOAIBox2DFixture.<br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local M = class()
local Interface = MOAIBox2DFixture.getInterfaceTable()
--------------------------------------------------------------------------------
-- The constructor.
-- @param obj MOAIBox2DFixture instance.
--------------------------------------------------------------------------------
function M:new(obj, ...)
table.copy(self, assert(obj))
if obj.init then
obj:init(...)
end
obj.new = nil
obj.init = nil
return obj
end
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(params)
if params then
self:copyParams(params)
end
end
--------------------------------------------------------------------------------
-- Set the parameter setter function.
-- @param params Parameter is set to Object.<br>
-- (params:pe_fixture_id, name, density, friction, restitution, filter)
--------------------------------------------------------------------------------
function M:copyParams(params)
if params.pe_fixture_id then
self:setName(params.pe_fixture_id)
end
if params.name then
self:setName(params.name)
end
if params.density then
self:setDensity(params.density)
end
if params.friction then
self:setFriction(params.friction)
end
if params.restitution then
self:setRestitution(params.restitution)
end
if params.filter then
local filter = params.filter
self:setFilter(filter.categoryBits, filter.maskBits, filter.groupIndex)
end
end
--------------------------------------------------------------------------------
-- Destroys the Fixture.
--------------------------------------------------------------------------------
function M:destroy()
local body = self:getBody()
Interface.destroy(self)
local fixtures = body:getFixtures()
table.removeElement(fixtures, self)
end
--------------------------------------------------------------------------------
-- Sets the name.
-- @param name
--------------------------------------------------------------------------------
function M:setName(name)
self._name = name
end
--------------------------------------------------------------------------------
-- Returns the name.
-- @return name
--------------------------------------------------------------------------------
function M:getName()
return self._name
end
return M end)
package.preload['hp/physics/PhysicsWorld'] = (function (...)
--------------------------------------------------------------------------------
-- Class that inherits from MOAIBox2DWorld. <br>
-- Has been prepared to create an object, a useful function.
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local EventDispatcher = require("hp/event/EventDispatcher")
local PhysicsBody = require("hp/physics/PhysicsBody")
local MOAIPropUtil = require("hp/util/MOAIPropUtil")
local M = class(EventDispatcher)
local Interface = MOAIBox2DWorld.getInterfaceTable()
--------------------------------------------------------------------------------
-- This is the default parameter set to MOAIBox2DWorld.
--------------------------------------------------------------------------------
M.DEFUALT_PARAMS = {
gravity = {0, 10},
unitsToMeters = 0.06,
}
--------------------------------------------------------------------------------
-- Constants representing the type of the Body.
--------------------------------------------------------------------------------
M.BODY_TYPES = {
dynamic = MOAIBox2DBody.DYNAMIC,
static = MOAIBox2DBody.STATIC,
kinematic = MOAIBox2DBody.KINEMATIC
}
----------------------------------------------------------------
-- Instance generating functions.<br>
-- Unlike an ordinary class, and based on the MOAI_CLASS.<br>
-- To inherit this function is not recommended.<br>
-- @param ... params.
-- @return instance.
----------------------------------------------------------------
function M:new(...)
local obj = MOAIBox2DWorld.new()
table.copy(self, obj)
if obj.init then
obj:init(...)
end
obj.init = nil
obj.new = nil
return obj
end
--------------------------------------------------------------------------------
-- The constructor.
-- @param params
--------------------------------------------------------------------------------
function M:init(params)
params = params or M.DEFUALT_PARAMS
self:copyParams(params)
end
--------------------------------------------------------------------------------
-- Set the parameter setter function.
-- @param params Parameter is set to Object.<br>
-- (params:gravity, unitsToMeters)
--------------------------------------------------------------------------------
function M:copyParams(params)
if params.gravity then
self:setGravity(unpack(params.gravity))
end
if params.unitsToMeters then
self:setUnitsToMeters(params.unitsToMeters)
end
end
--------------------------------------------------------------------------------
-- Create a Body based on MOAIProp.
-- @param prop MOAIProp instance.
-- @param bodyType The type of the Body.
-- @param ... physicsDatas. Data that was created in PhysicsEditor can be used.
-- @return PhysicsBody instance.
--------------------------------------------------------------------------------
function M:createBodyFromProp(prop, bodyType, ...)
local params = {...}
if #params == 0 then
table.insert(params, {shape == "rectangle"})
end
local body = self:addBody(bodyType)
local width, height = MOAIPropUtil.getSize(prop)
local xMin, yMin, xMax, yMax = -width / 2, -height / 2, width / 2, height / 2
for i, data in ipairs(params) do
data = table.copy(data)
data.shape = data.shape or "rectangle"
if data.shape == "rectangle" then
data.xMin = data.xMin or xMin
data.yMin = data.yMin or yMin
data.xMax = data.xMax or xMax
data.yMax = data.yMax or yMax
elseif data.shape == "circle" then
data.radius = data.radius or width / 2
data.center = data.center or {x = 0, y = 0}
end
body:addPhysicsData(data)
end
MOAIPropUtil.setPos(prop, xMin, yMin)
prop:setParent(body)
prop.body = body
body.prop = prop
body:resetMassData()
return body
end
--------------------------------------------------------------------------------
-- To create a rectangle.
-- @return PhysicsBody instance.
--------------------------------------------------------------------------------
function M:createRect(left, top, width, height, params)
params = params or {}
local body = self:addBody(params.type)
local fixture = body:addRect(0, 0, width, height)
fixture:copyParams(params)
body:setPos(left, top)
body:resetMassData()
return body
end
--------------------------------------------------------------------------------
-- Add the PhysicsBody object.
-- @param bodyType Can also be specified in the extended string.
-- @return PhysicsBody instance.
--------------------------------------------------------------------------------
function M:addBody(bodyType)
bodyType = bodyType or "dynamic"
bodyType = type(bodyType) == "string" and M.BODY_TYPES[bodyType] or bodyType
return PhysicsBody(Interface.addBody(self, bodyType))
end
return M end)
package.preload['hp/rpg/RPGMapView'] = (function (...)
--------------------------------------------------------------------------------
-- RPG用のMapViewクラスです.<br>
-- マップで表示するオブジェクトがRPGSpriteになります.
-- @class table
-- @name RPGMapView
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local TMXMapView = require("hp/tmx/TMXMapView")
local RPGSprite = require("hp/rpg/RPGSprite")
local M = class(TMXMapView)
--------------------------------------------------------------------------------
-- コンストラクタです.
-- この段階では表示オブジェクトは生成しません.
-- loadMap関数を使用する事で、表示オブジェクトを生成します.
--------------------------------------------------------------------------------
function M:init(resourceDirectory)
TMXMapView.init(self, resourceDirectory)
self.cameraToFocusObjectEnabled = true
end
--------------------------------------------------------------------------------
-- 表示オブジェクトを作成します.
--------------------------------------------------------------------------------
function M:createDisplayObject(object)
local tmxMap = self.tmxMap
local gid = object.gid
local tileset = tmxMap:findTilesetByGid(gid)
self:loadTexture(tileset)
local texture = tileset.texture
local tw, th = texture:getSize()
local spacing, margin = tileset.spacing, tileset.margin
local tilewidth, tileheight = tileset.tilewidth, tileset.tileheight
local tileCol = math.floor((tw + spacing) / tilewidth)
local tileRow = math.floor((th + spacing) / tileheight)
local sprite = RPGSprite:new({texture = texture, mapView = self})
sprite.mapObject = object
sprite.mapType = object.type
sprite:setTiledSheets(tilewidth, tileheight, tileCol, tileRow)
sprite:setLeft(object.x)
sprite:setTop(object.y - sprite:getHeight())
sprite:setIndex(object.gid - tileset.firstgid + 1)
if object.properties.playAnim then
sprite:playAnim(object.properties.playAnim)
end
if object.properties.moveType then
sprite:setMoveType(object.properties.moveType)
end
if object.properties.visible then
sprite:setVisible(toboolean(object.properties.visible))
end
return sprite
end
--------------------------------------------------------------------------------
-- マップ読み込み後、カメラの位置をプレイヤーの座標に設定します.
--------------------------------------------------------------------------------
function M:loadMap(tmxMap)
TMXMapView.loadMap(self, tmxMap)
self.focusObject = self:findPlayerObject()
self.collisionLayer = self:findCollisionLayer()
self.eventLayer = self:findEventLayer()
self:scrollCameraToFocusObject()
end
--------------------------------------------------------------------------------
-- フレーム毎の処理を行います.
--------------------------------------------------------------------------------
function M:onEnterFrame()
-- object move
for i, layer in ipairs(self.objectLayers) do
for i, object in ipairs(layer.objects) do
if object.onEnterFrame then
object:onEnterFrame()
end
end
end
-- camera move
self:scrollCameraToFocusObject()
end
--------------------------------------------------------------------------------
-- 指定した位置の衝突判定を行います.
--------------------------------------------------------------------------------
function M:collisionWith(object, x, y, w, h)
if self:collisionWithMap(x, y, w, h) then
return true
end
if self:collisionWithObjects(object, x, y, w, h) then
return true
end
return false
end
--------------------------------------------------------------------------------
-- 指定した位置と衝突判定レイヤーが衝突するか判定します.
--------------------------------------------------------------------------------
function M:collisionWithMap(x, y, w, h)
if not self.collisionLayer then
return false
end
w = w or 1
h = h or 1
for ty = 1, h do
for tx = 1, w do
local gid = self.collisionLayer:getGid(x, y)
if gid and gid > 0 then
return true
end
end
end
return false
end
--------------------------------------------------------------------------------
-- 指定した位置とオブジェクトが衝突するか判定します.
--------------------------------------------------------------------------------
function M:collisionWithObjects(target, x, y, w, h)
w = w or 1
h = h or 1
for i, objectLayer in ipairs(self.objectLayers) do
for j, object in ipairs(objectLayer.objects) do
if target ~= object and object:isCollisionByMapPosition(x, y, w, h) then
return true
end
end
end
return false
end
--------------------------------------------------------------------------------
-- Playerというnameのオブジェクトを検索して返します.
--------------------------------------------------------------------------------
function M:findPlayerObject()
return self:findObjectByName("Player")
end
--------------------------------------------------------------------------------
-- Collisionというnameのレイヤーを検索して返します.
--------------------------------------------------------------------------------
function M:findCollisionLayer()
return self.tmxMap:findLayerByName("Collision")
end
--------------------------------------------------------------------------------
-- Eventというnameのレイヤーを検索して返します.
--------------------------------------------------------------------------------
function M:findEventLayer()
return self.tmxMap:findLayerByName("Event")
end
--------------------------------------------------------------------------------
-- 指定した座標のオブジェクトを検索して、最初に見つかったオブジェクトを返します.
--------------------------------------------------------------------------------
function M:findObjectByMapPosition(x, y, w, h)
for i, objectLayer in ipairs(self.objectLayers) do
for j, object in ipairs(objectLayer.objects) do
if object:isCollisionByMapPosition(x, y) then
return object
end
end
end
end
--------------------------------------------------------------------------------
-- 指定した座標のオブジェクトを検索して返します.
--------------------------------------------------------------------------------
function M:findObjectsByMapPosition(x, y)
local objects = {}
for i, objectLayer in ipairs(self.objectLayers) do
for j, object in ipairs(objectLayer.objects) do
if object:isCollisionByMapPosition(x, y) then
table.insert(objects, object)
end
end
end
return objects
end
--------------------------------------------------------------------------------
-- カメラの位置をプレイヤーの座標まで移動します.
--------------------------------------------------------------------------------
function M:scrollCameraToFocusObject()
if not self.cameraToFocusObjectEnabled then
return
end
if not self.focusObject then
return
end
local x, y = self.focusObject:getLoc()
self:scrollCameraToCenter(x, y)
end
return M end)
package.preload['hp/rpg/RPGSprite'] = (function (...)
----------------------------------------------------------------
-- RPGMapView用のスプライトクラスです.<br>
-- @class table
-- @name RPGSprite
----------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local SpriteSheet = require("hp/display/SpriteSheet")
local Event = require("hp/event/Event")
local EventDispatcher = require("hp/event/EventDispatcher")
local RPGMoveFactory = require("hp/rpg/move/RPGMoveFactory")
local M = class(SpriteSheet)
-- constraints
-- Sheet animations
M.SHEET_ANIMS = {
{name = "walkDown", indexes = {2, 1, 2, 3, 2}, sec = 0.25},
{name = "walkLeft", indexes = {5, 4, 5, 6, 5}, sec = 0.25},
{name = "walkRight", indexes = {8, 7, 8, 9, 8}, sec = 0.25},
{name = "walkUp", indexes = {11, 10, 11, 12, 11}, sec = 0.25},
}
-- 移動方向
M.DIR_NONE = "none"
M.DIR_LEFT = "left"
M.DIR_UP = "up"
M.DIR_RIGHT = "right"
M.DIR_DOWN = "down"
-- 移動方向と移動先座標のオフセット値
M.DIR_NEXT = {
[M.DIR_NONE] = {0, 0},
[M.DIR_LEFT] = {-1, 0},
[M.DIR_UP] = {0, -1},
[M.DIR_RIGHT] = {1, 0},
[M.DIR_DOWN] = {0, 1},
}
-- 移動方向とアニメーションの表
M.DIR_ANIMS = {
[M.DIR_LEFT] = "walkLeft",
[M.DIR_UP] = "walkUp",
[M.DIR_RIGHT] = "walkRight",
[M.DIR_DOWN] = "walkDown",
}
-- 移動速度
M.MOVE_SPEED = 2
-- 移動タイプ
M.MOVE_NONE = "noneMove"
M.MOVE_RANDOM = "randomMove"
----------------------------------------------------------------
-- インスタンスを生成して返します.<br>
-- @return インスタンス
----------------------------------------------------------------
function M:init(params)
SpriteSheet.init(self, params)
self:setSheetAnims(self.SHEET_ANIMS)
self.mapView = assert(params.mapView)
self.mapTileWidth = self.mapView.tmxMap.tilewidth
self.mapTileHeight = self.mapView.tmxMap.tileheight
self.moveLogicFactory = RPGMoveFactory
self.moveSpeed = self.MOVE_SPEED
self.currentDirection = M.DIR_NONE
self.currentMoveX = 0
self.currentMoveY = 0
self.currentMoveCount = 0
end
----------------------------------------------------------------
-- フレーム更新処理を行います.
----------------------------------------------------------------
function M:onEnterFrame()
-- 移動ロジックの処理
local moveTypeFunc = self[self.moveType]
if moveTypeFunc then
moveTypeFunc(self)
end
-- 移動処理
self:moveStep()
end
----------------------------------------------------------------
-- マップ座標で衝突するか判定します.
----------------------------------------------------------------
function M:isCollisionByMapPosition(targetX, targetY, targetW, targetH)
targetW = targetW or 1
targetH = targetH or 1
local mapX, mapY = self:getMapLoc()
local mapW, mapH = self:getMapSize()
for y = targetY, targetY + targetH - 1 do
for x = targetX, targetX + targetW - 1 do
if mapX <= x and x < mapX + mapW and mapY <= y and y < mapY + mapH then
return true
end
end
end
return false
end
----------------------------------------------------------------
-- マップ座標で衝突するか判定します.
----------------------------------------------------------------
function M:isCollisionByMapObject(obj)
local mapX, mapY = obj:getMapLoc()
local mapW, mapH = obj:getMapSize()
return self:isCollisionByMapPosition(mapX, mapY, mapW, mapH)
end
----------------------------------------------------------------
-- 次に移動する予定のマップ上の座標を返します.
----------------------------------------------------------------
function M:getNextMapLoc()
local mapX, mapY = self:getMapLoc()
local offsetMap = M.DIR_NEXT[self.currentDirection] or M.DIR_NEXT[M.DIR_NONE]
local offsetX, offsetY = offsetMap[1], offsetMap[2]
return mapX + offsetX, mapY + offsetY
end
----------------------------------------------------------------
-- マップ上の座標を返します.
----------------------------------------------------------------
function M:getMapLoc()
return self:getMapX(), self:getMapY()
end
----------------------------------------------------------------
-- マップ上の座標を設定します.
----------------------------------------------------------------
function M:setMapLoc(x, y)
self:setMapX(x)
self:setMapY(y)
end
----------------------------------------------------------------
-- マップ上の座標を返します.
----------------------------------------------------------------
function M:getMapX()
return math.floor(self:getLeft() / self.mapTileWidth) + 1
end
----------------------------------------------------------------
-- マップ上の座標を設定します.
----------------------------------------------------------------
function M:setMapX(mapX)
local x = (mapX - 1) * self.mapTileWidth
self:setLeft(x)
end
----------------------------------------------------------------
-- マップ上の座標を返します.
----------------------------------------------------------------
function M:getMapY()
return math.floor(self:getTop() / self.mapTileHeight) + 1
end
----------------------------------------------------------------
-- マップ上の座標を設定します.
----------------------------------------------------------------
function M:setMapY(mapY)
local y = (mapY - 1) * self.mapTileHeight
self:setTop(y)
end
----------------------------------------------------------------
-- マップ上の幅を返します.
----------------------------------------------------------------
function M:getMapSize()
return self:getMapWidth(), self:getMapHeight()
end
----------------------------------------------------------------
-- マップ上の幅を返します.
----------------------------------------------------------------
function M:getMapWidth()
return math.ceil(self:getWidth() / self.mapTileWidth)
end
----------------------------------------------------------------
-- マップ上の高さを返します.
----------------------------------------------------------------
function M:getMapHeight()
return math.ceil(self:getHeight() / self.mapTileHeight)
end
----------------------------------------------------------------
-- 移動区分を設定します.
----------------------------------------------------------------
function M:setMoveType(moveType)
self.moveType = moveType
self.moveLogic = self.moveLogicFactory:createMove(self.moveType, {target = self})
end
----------------------------------------------------------------
-- 現在の向きを設定します.
-- ただし、移動中の場合は無視されます.
----------------------------------------------------------------
function M:setDirection(direction)
if self:isMoving() then
return
end
if self.currentDirection == direction then
return
end
self.currentDirection = direction
local animName = M.DIR_ANIMS[direction]
if animName then
self:playAnim(animName)
end
end
----------------------------------------------------------------
-- ステップ毎の移動処理を行います.
-- moveLocではいまいちなので、自前で移動する.
----------------------------------------------------------------
function M:moveStep()
if self.moveLogic then
self.moveLogic:onStep()
end
if self:isMoving() then
self:addLoc(self.currentMoveX, self.currentMoveY, 0)
self.currentMoveCount = self.currentMoveCount - 1
if self.currentMoveCount == 0 then
if self:hasEventListener(Event.MOVE_FINISHED) then
self:dispatchEvent(Event.MOVE_FINISHED)
end
self:onMoveFinished()
end
end
end
----------------------------------------------------------------
-- マップ上の座標を移動する共通処理です.
-- TODO:リファクタリング
----------------------------------------------------------------
function M:moveMapLoc(direction)
if self:isMoving() then
return false
end
if not M.DIR_NEXT[direction] then
return false
end
-- 移動方向を設定
self:setDirection(direction)
-- 衝突判定
local mapX, mapY = self:getMapLoc()
local mapW, mapH = self:getMapSize()
local nextMapX, nextMapY = self:getNextMapLoc()
local moveX, moveY = nextMapX - mapX, nextMapY - mapY
-- 移動しない場合
if moveX == 0 and moveY == 0 then
return
end
-- 移動先が衝突する場合
if self.mapView:collisionWith(self, nextMapX, nextMapY, mapW, mapH) then
local e = Event(Event.MOVE_COLLISION)
e.collisionMapX = nextMapX
e.collisionMapY = nextMapY
self:dispatchEvent(e)
self:onMoveCollision()
return false
end
-- 移動処理
self.currentMoveX = moveX * self.moveSpeed
self.currentMoveY = moveY * self.moveSpeed
self.currentMoveCount = self.mapTileWidth / self.moveSpeed
if self:hasEventListener(Event.MOVE_STARTED) then
self:dispatchEvent(Event.MOVE_STARTED)
end
self:onMoveStarted()
return true
end
----------------------------------------------------------------
-- マップ上の座標を移動します.
-- TODO:互換性の為に残しています.いずれ削除すべきです.
----------------------------------------------------------------
function M:moveMap(dir)
return self:moveMapLoc(dir)
end
----------------------------------------------------------------
-- マップ上の座標を移動します.
----------------------------------------------------------------
function M:moveMapLeft()
return self:moveMapLoc(M.DIR_LEFT)
end
----------------------------------------------------------------
-- マップ上の座標を移動します.
----------------------------------------------------------------
function M:moveMapUp()
return self:moveMapLoc(M.DIR_UP)
end
----------------------------------------------------------------
-- マップ上の座標を移動します.
----------------------------------------------------------------
function M:moveMapRight()
return self:moveMapLoc(M.DIR_RIGHT)
end
----------------------------------------------------------------
-- マップ上の座標を移動します.
----------------------------------------------------------------
function M:moveMapDown()
return self:moveMapLoc(M.DIR_DOWN)
end
----------------------------------------------------------------
-- マップ上の座標を移動しているか返します.
----------------------------------------------------------------
function M:isMoving()
return self.currentMoveCount > 0
end
----------------------------------------------------------------
-- 移動開始時に呼ばれます.
----------------------------------------------------------------
function M:onMoveStarted()
end
----------------------------------------------------------------
-- 移動完了時に呼ばれます.
----------------------------------------------------------------
function M:onMoveFinished()
local eventLayer = self.mapView:findEventLayer()
if not eventLayer then
return
end
local gid = eventLayer:getGid(self:getMapX(), self:getMapY())
if gid and gid > 0 and self:hasEventListener("moveOnTile") then
local tileset = self.mapView.tmxMap:findTilesetByGid(gid)
local e = Event("moveOnTile")
e.gid = gid
e.tileNo = tileset:getTileIndexByGid(gid)
self:dispatchEvent(e)
end
end
----------------------------------------------------------------
-- 移動で衝突した時に呼ばれます.
----------------------------------------------------------------
function M:onMoveCollision()
end
return M end)
package.preload['hp/rpg/move/RPGMove'] = (function (...)
----------------------------------------------------------------
-- RPGSpriteの移動を行う処理の共通クラスです.<br>
-- このクラス自身は何もしません.
-- @class table
-- @name RPGMove
----------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local M = class()
----------------------------------------------------------------
-- コンストラクタです.<br>
----------------------------------------------------------------
function M:init(params)
assert(params.target)
self._target = params.target
end
----------------------------------------------------------------
-- ステップ毎に呼ばれる処理です.<br>
----------------------------------------------------------------
function M:onStep()
end
----------------------------------------------------------------
-- 移動可能なオブジェクトを返します.<br>
----------------------------------------------------------------
function M:getTarget()
return self._target
end
return M end)
package.preload['hp/rpg/move/RPGMoveFactory'] = (function (...)
----------------------------------------------------------------
-- RPGMoveを作成するファクトリークラスです.<br>
-- @class table
-- @name RPGMoveFactory
----------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local RPGRandomMove = require("hp/rpg/move/RPGRandomMove")
local M = class()
M.MOVE_CLASSES = {
randomMove = RPGRandomMove,
}
----------------------------------------------------------------
-- 移動を行うクラスのインスタンスを生成します.<br>
----------------------------------------------------------------
function M:createMove(name, params)
if not name then
return
end
local moveClass = self.MOVE_CLASSES[name]
if moveClass then
return moveClass:new(params)
end
end
return M end)
package.preload['hp/rpg/move/RPGRandomMove'] = (function (...)
----------------------------------------------------------------
-- RPGSpriteの移動を行うクラスです.<br>
-- ランダム移動を行います.<br>
-- @class table
-- @name RPGRandomMove
----------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local RPGMove = require("hp/rpg/move/RPGMove")
local M = class(RPGMove)
local super = RPGMove
math.randomseed(os.time())
----------------------------------------------------------------
-- コンストラクタです.<br>
----------------------------------------------------------------
function M:init(params)
super.init(self, params)
end
----------------------------------------------------------------
-- ランダム移動処理を行います.
----------------------------------------------------------------
function M:onStep()
local target = self:getTarget()
local r = math.random(200)
target:moveMap(r)
end
return M end)
package.preload['hp/tmx/TMXLayer'] = (function (...)
--------------------------------------------------------------------------------
-- Class is a layer of TMXMap.
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local M = class()
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(tmxMap)
self.tmxMap = tmxMap
self.type = "tilelayer"
self.name = ""
self.x = 0
self.y = 0
self.width = 0
self.height = 0
self.opacity = 0
self.visible = 1
self.properties = {}
self.tiles = {}
end
--------------------------------------------------------------------------------
-- Returns the property.
-- @param key key.
-- @return value.
--------------------------------------------------------------------------------
function M:getProperty(key)
return self.properties[key]
end
--------------------------------------------------------------------------------
-- Returns the property of the tile that is at the specified point.
-- @param x position of x
-- @param y position of y
-- @param key property key
-- @return property value
--------------------------------------------------------------------------------
function M:getTileProperty(x, y, key)
local gid = self:getGid(x, y)
return self.tmxMap:getTileProperty(gid, key)
end
--------------------------------------------------------------------------------
-- Returns the properties of the tile that is at the specified point.
-- @param x position of x
-- @param y position of y
-- @return Properties
--------------------------------------------------------------------------------
function M:getTileProperties(x, y)
local gid = self:getGid(x, y)
return self.tmxMap:getTileProperties(gid)
end
--------------------------------------------------------------------------------
-- Returns the gid of the specified position. <br>
-- If is out of range, return nil.
-- @param x potision of x.
-- @param y potision of y.
-- @return gid.
--------------------------------------------------------------------------------
function M:getGid(x, y)
if not self:checkBounds(x, y) then
return nil
end
return self.tiles[(y - 1) * self.width + x]
end
--------------------------------------------------------------------------------
-- Sets gid of the specified position. <br>
-- If you set the position is out of range to error.
-- @param x potision of x.
-- @param y potision of y.
-- @param gid global id.
--------------------------------------------------------------------------------
function M:setGid(x, y, gid)
if not self:checkBounds(x, y) then
error("index out of bounds!")
end
self.tiles[(y - 1) * self.width + x] = gid
end
--------------------------------------------------------------------------------
-- Tests whether the position is within the range specified.
-- @param x potision of x.
-- @param y potision of y.
-- @return True if in the range.
--------------------------------------------------------------------------------
function M:checkBounds(x, y)
if x < 1 or self.width < x then
return false
end
if y < 1 or self.height < y then
return false
end
return true
end
return M end)
package.preload['hp/tmx/TMXMap'] = (function (...)
--------------------------------------------------------------------------------
-- This class stores data in the form of map tiles.
-- Applies to the Model class.
--
-- Display function is not held.
-- Use the TMXMapView.
--
-- For tile map editor, please see below.
-- http://www.mapeditor.org/
--
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local table = require("hp/lang/table")
local M = class()
-- constraints
M.ATTRIBUTE_NAMES = {
"version", "orientation", "width", "height", "tilewidth", "tileheight"
}
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init()
self.version = 0
self.orientation = ""
self.width = 0
self.height = 0
self.tilewidth = 0
self.tileheight = 0
self.allLayers = {}
self.layers = {}
self.tilesets = {}
self.objectGroups = {}
self.properties = {}
end
--------------------------------------------------------------------------------
-- The information on the standard output TMXMap.
--------------------------------------------------------------------------------
function M:printDebug()
-- header
print("<TMXMap>")
-- attributes
for i, attr in ipairs(self.ATTRIBUTE_NAMES) do
local value = self[attr]
value = value and value or ""
print(attr .. " = " .. value)
end
print("</TMXMap>")
end
--------------------------------------------------------------------------------
-- Add a layer.
-- @param layer layer.
--------------------------------------------------------------------------------
function M:addLayer(layer)
table.insert(self.allLayers, layer)
table.insert(self.layers, layer)
end
--------------------------------------------------------------------------------
-- Remove a layer.
-- @param layer layer.
--------------------------------------------------------------------------------
function M:removeLayer(layer)
table.removeElement(self.allLayers, layer)
return table.removeElement(self.layers, layer)
end
--------------------------------------------------------------------------------
-- Remove a layer.
-- @param index index.
--------------------------------------------------------------------------------
function M:removeLayerAt(index)
table.removeElement(self.allLayers, self.layers[index])
return table.remove(self.layers, index)
end
--------------------------------------------------------------------------------
-- Finds and returns the layer.
-- @param name Find name.
--------------------------------------------------------------------------------
function M:findLayerByName(name)
for i, v in ipairs(self.layers) do
if v.name == name then
return v
end
end
return nil
end
--------------------------------------------------------------------------------
-- Add the tile set.
-- @param tileset tileset.
--------------------------------------------------------------------------------
function M:addTileset(tileset)
table.insert(self.tilesets, tileset)
end
--------------------------------------------------------------------------------
-- Remove the tile set.
-- @param tileset tileset.
--------------------------------------------------------------------------------
function M:removeTileset(tileset)
return table.removeElement(self.tilesets, tileset)
end
--------------------------------------------------------------------------------
-- Remove the tile set.
-- @param index index
--------------------------------------------------------------------------------
function M:removeTilesetAt(index)
return table.remove(self.tilesets, index)
end
--------------------------------------------------------------------------------
-- Finds and returns the tileset from the specified gid.
-- @param gid gid
-- @return TMXTileset
--------------------------------------------------------------------------------
function M:findTilesetByGid(gid)
local matchTileset = nil
for i, tileset in ipairs(self.tilesets) do
if gid >= tileset.firstgid then
matchTileset = tileset
end
end
return matchTileset
end
--------------------------------------------------------------------------------
-- Add the ObjectGroup.
-- @param objectGroup objectGroup
--------------------------------------------------------------------------------
function M:addObjectGroup(objectGroup)
table.insert(self.allLayers, objectGroup)
table.insert(self.objectGroups, objectGroup)
end
--------------------------------------------------------------------------------
-- Remove the ObjectGroup.
-- @param objectGroup objectGroup
--------------------------------------------------------------------------------
function M:removeObjectGroup(objectGroup)
table.removeElement(self.allLayers, objectGroup)
return table.removeElement(self.objectGroups, objectGroup)
end
--------------------------------------------------------------------------------
-- Remove the ObjectGroup.
-- @param index index
--------------------------------------------------------------------------------
function M:removeObjectGroupAt(index)
table.removeElement(self.allLayers, self.objectGroups[index])
return table.remove(self.objectGroups, index)
end
--------------------------------------------------------------------------------
-- Returns the property with the specified key.
-- @param key property key
--------------------------------------------------------------------------------
function M:getProperty(key)
return self.properties[key]
end
--------------------------------------------------------------------------------
-- Returns the property of the tile that corresponds to the specified gid.
-- @param gid gid
-- @param key property key
-- @return tile property
--------------------------------------------------------------------------------
function M:getTileProperty(gid, key)
local properties = self:getTileProperties(gid)
if properties then
return properties[key]
end
end
--------------------------------------------------------------------------------
-- Returns the properties of the tile that corresponds to the specified gid.
-- @param gid gid
-- @return tile properties
--------------------------------------------------------------------------------
function M:getTileProperties(gid)
for i, tileset in ipairs(self.tilesets) do
local tileId = tileset:getTileIndexByGid(gid)
if tileset.tiles[tileId] then
return tileset.tiles[tileId].properties
end
end
end
return M end)
package.preload['hp/tmx/TMXMapLoader'] = (function (...)
--------------------------------------------------------------------------------
-- TMXMapLoader is a class that reads the file format tmx, to create a TMXMap.
-- Some functions, please do not see from the outside.
-- Dare, leaving for the inheritance.
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local TMXMap = require("hp/tmx/TMXMap")
local TMXTileset = require("hp/tmx/TMXTileset")
local TMXLayer = require("hp/tmx/TMXLayer")
local TMXObject = require("hp/tmx/TMXObject")
local TMXObjectGroup = require("hp/tmx/TMXObjectGroup")
local ResourceManager = require("hp/manager/ResourceManager")
local M = class()
M.ENCODING_CSV = "csv"
M.ENCODING_BASE64 = "base64"
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init()
self.nodeParserNames = {
map = "parseNodeMap",
tileset = "parseNodeTileset",
layer = "parseNodeLayer",
objectgroup = "parseNodeObjectGroup"
}
end
--------------------------------------------------------------------------------
-- Read the file format of TMX. <br>
-- Returns TMXMap a result of reading.
-- @param filename
-- @return TMXMap instance.
--------------------------------------------------------------------------------
function M:loadFile(filename)
local data = ResourceManager:readFile(filename)
return self:loadString(data)
-- TODO:Windowsだとpackage.pathを使用した場合に動作しない
-- MEMO:Moai1.3 Build160以降で修正されたかもしれない
--[[
local xml = MOAIXmlParser.parseFile(filename)
self:parseNode(xml)
return assert(self.map)
--]]
end
--------------------------------------------------------------------------------
-- Read the string format of TMX. <br>
-- Returns TMXMap a result of reading.
-- @param data string data
-- @return TMXMap instance.
--------------------------------------------------------------------------------
function M:loadString(data)
local xml = MOAIXmlParser.parseString(data)
self:parseNode(xml)
return assert(self.map)
end
--------------------------------------------------------------------------------
-- Reads the node. <br>
-- Has been left for inheritance. <br>
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNode(node)
local parser = self.nodeParserNames[node.type]
if parser then
self[parser](self, node)
else
return
end
if not node.children then
return
end
for key, value in pairs(node.children) do
for key, value in ipairs(value) do
if type(value) == "table" then
self:parseNode(value)
end
end
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeMap(node)
local map = TMXMap:new()
self.map = map
self:parseNodeAttributes(node, map)
self:parseNodeProperties(node, map.properties)
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeAttributes(node, dest)
for key, value in pairs(node.attributes) do
if tonumber(value) ~= nil then
dest[key] = tonumber(value)
else
dest[key] = value
end
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeTileset(node)
local tileset = TMXTileset:new(self.map)
self.map:addTileset(tileset)
self:parseNodeAttributes(node, tileset)
self:parseNodeImage(node, tileset)
self:parseNodeTile(node, tileset)
self:parseNodeProperties(node, tileset.properties)
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeImage(node, tileset)
if not node.children.image then
return
end
for key, value in pairs(node.children.image) do
for key, value in pairs(value.attributes) do
tileset.image[key] = value
end
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeTile(node, tileset)
if not node.children.tile then
return
end
for key, value in pairs(node.children.tile) do
local id = tonumber(value.attributes.id) + 1
if tileset.tiles[id] == nil then
tileset.tiles[id] = {properties = {}}
end
self:parseNodeProperties(value, tileset.tiles[id].properties)
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeLayer(node)
local layer = TMXLayer:new(self.map)
self.map:addLayer(layer)
self:parseNodeAttributes(node, layer)
self:parseNodeData(node, layer)
self:parseNodeProperties(node, layer.properties)
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeData(node, layer)
if node.children.data == nil or #node.children.data < 1 then
return
end
local data = node.children.data[1]
if not data.attributes or not data.attributes.encoding then
self:parseNodeDataForPlane(node, layer, data)
elseif data.attributes.encoding == M.ENCODING_BASE64 then
self:parseNodeDataForBase64(node, layer, data)
elseif data.attributes.encoding == M.ENCODING_CSV then
self:parseNodeDataForCsv(node, layer, data)
else
error("Not supported encoding!")
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeDataForPlane(node, layer, data)
for j, tile in ipairs(data.children.tile) do
layer.tiles[j] = tonumber(tile.attributes.gid)
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeDataForCsv(node, layer, data)
layer.tiles = assert(loadstring("return {" .. data.value .. "}"))()
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeDataForBase64(node, layer, data)
local decodedData = MOAIDataBuffer.base64Decode(data.value)
if data.attributes.compression then
decodedData = MOAIDataBuffer.inflate(decodedData, 47)
end
local tileSize = #decodedData / 4
for i = 1, tileSize do
local start = (i - 1) * 4 + 1
local a0, a1, a2, a3 = string.byte(decodedData, start, start + 3)
local gid = a3 * 256 * 3 + a2 * 256 * 2 + a1 * 256 + a0
layer.tiles[i] = gid
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeObjectGroup(node)
local group = TMXObjectGroup:new(self.map)
self.map:addObjectGroup(group)
self:parseNodeAttributes(node, group)
self:parseNodeObject(node, group)
self:parseNodeProperties(node, group.properties)
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeObject(node, group)
if node.children.object == nil then
return
end
for i, value in ipairs(node.children.object) do
local object = TMXObject:new(group)
self:parseNodeAttributes(value, object)
self:parseNodeProperties(value, object.properties)
group:addObject(object)
end
end
--------------------------------------------------------------------------------
-- Please do not accessible from the outside.
--------------------------------------------------------------------------------
function M:parseNodeProperties(node, dest)
if not node.children then
return
end
if not node.children.properties then
return
end
for key, value in ipairs(node.children.properties) do
for key, value in ipairs(value.children.property) do
dest[value.attributes.name] = value.attributes.value
end
end
end
return M
end)
package.preload['hp/tmx/TMXMapView'] = (function (...)
--------------------------------------------------------------------------------
-- View the class is to draw the TMXMap. <br>
-- You can render TMXMap by the use of this class. <br>
-- You can add your own processing can be inherited. <br>
--------------------------------------------------------------------------------
local table = require("hp/lang/table")
local class = require("hp/lang/class")
local Layer = require("hp/display/Layer")
local MapSprite = require("hp/display/MapSprite")
local SpriteSheet = require("hp/display/SpriteSheet")
local Event = require("hp/event/Event")
local EventDispatcher = require("hp/event/EventDispatcher")
local TextureManager = require("hp/manager/TextureManager")
local M = class(EventDispatcher)
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(resourceDirectory)
EventDispatcher.init(self)
self.resourceDirectory = resourceDirectory or ""
end
--------------------------------------------------------------------------------
-- Reads the map data, to generate a display object.
--------------------------------------------------------------------------------
function M:loadMap(tmxMap)
self.tmxMap = tmxMap
self.camera = self:createCamera()
self:createDisplayMapLayers()
for i, layer in ipairs(self.mapLayers) do
layer:setCamera(self.camera)
end
end
--------------------------------------------------------------------------------
-- Load the texture of the tile set that is specified.
-- Because of inheritance has been left for, please do not call from the outside.
--------------------------------------------------------------------------------
function M:loadTexture(tileset)
local tmxMap = self.tmxMap
if tileset then
if not tileset.texture then
local path = self.resourceDirectory .. tileset.image.source
tileset.texture = TextureManager:request(path)
end
end
end
--------------------------------------------------------------------------------
-- Display to generate a map layers.
-- Because of inheritance has been left for, please do not call from the outside.
--------------------------------------------------------------------------------
function M:createDisplayMapLayers()
local tmxMap = self.tmxMap
self.mapLayers = {}
self.layers = {}
self.objectLayers = {}
for i, layerData in ipairs(tmxMap.allLayers) do
if layerData.type == "tilelayer" then
if layerData.visible ~= 0 and layerData.properties.visible ~= "false" then
local tileLayer = self:createDisplayLayer(layerData)
table.insert(self.mapLayers, tileLayer)
table.insert(self.layers, tileLayer)
end
else
local objectLayer = self:createDisplayObjectLayer(layerData)
table.insert(self.mapLayers, objectLayer)
table.insert(self.objectLayers, objectLayer)
end
end
end
--------------------------------------------------------------------------------
-- To generate a 2D camera.
-- Because of inheritance has been left for, please do not call from the outside.
--------------------------------------------------------------------------------
function M:createCamera()
local camera = MOAICamera.new()
camera:setOrtho(true)
camera:setNearPlane(1)
camera:setFarPlane(-1)
return camera
end
--------------------------------------------------------------------------------
-- Display to generate a tile layer.
-- Because of inheritance has been left for, please do not call from the outside.
--------------------------------------------------------------------------------
function M:createDisplayLayer(layer)
local tmxMap = self.tmxMap
local displayTilesets = self:createDisplayTilesets(layer)
local displayLayer = Layer()
displayLayer.mapLayer = layer
displayLayer.tilesetRenderers = {}
for key, tileset in pairs(displayTilesets) do
if tileset.texture then
local mapSprite = self:createDisplayLayerRenderer(displayLayer, tileset)
table.insert(displayLayer.tilesetRenderers, mapSprite)
end
end
return displayLayer
end
--------------------------------------------------------------------------------
-- To generate the object on which to draw the layer.
-- Because of inheritance has been left for, please do not call from the outside.
--------------------------------------------------------------------------------
function M:createDisplayLayerRenderer(displayLayer, tileset)
local tmxMap = self.tmxMap
local mapWidth, mapHeight = tmxMap.width, tmxMap.height
local mapLayer = displayLayer.mapLayer
local texture = tileset.texture
-- tile data
local tw, th = texture:getSize()
local spacing, margin = tileset.spacing, tileset.margin
local tilewidth, tileheight = tileset.tilewidth, tileset.tileheight
local tileCol = math.floor((tw + spacing) / tilewidth)
local tileRow = math.floor((th + spacing) / tileheight)
local tileSize = tileCol * tileRow
-- make sprite
local mapSprite = MapSprite({texture = texture, layer = displayLayer})
mapSprite:setMapSize(mapWidth, mapHeight, tilewidth, tileheight)
mapSprite:setMapSheets(tilewidth, tileheight, tileCol, tileRow, spacing, margin)
mapSprite.tileset = tileset
for y = 1, mapLayer.height do
local rowData = {}
for x = 1, mapLayer.width do
local gid = mapLayer.tiles[(y - 1) * mapLayer.width + x]
local tileNo = gid == 0 and gid or gid - tileset.firstgid + 1
tileNo = tileNo > tileSize and 0 or tileNo
table.insert(rowData, tileNo)
end
mapSprite:setRow(y, unpack(rowData))
end
return mapSprite
end
--------------------------------------------------------------------------------
-- To generate a list of tile set that is used by a given layer.
-- Because of inheritance has been left for, please do not call from the outside.
--------------------------------------------------------------------------------
function M:createDisplayTilesets(layer)
local tmxMap = self.tmxMap
local tilesets = {}
for i, gid in ipairs(layer.tiles) do
local tileset = tmxMap:findTilesetByGid(gid)
if tileset then
self:loadTexture(tileset)
tilesets[tileset.name] = tileset
end
end
return tilesets
end
--------------------------------------------------------------------------------
-- Layer to generate a display object from the object group.
-- Because of inheritance has been left for, please do not call from the outside.
--------------------------------------------------------------------------------
function M:createDisplayObjectLayer(objectGroup)
local objectLayer = Layer:new()
objectLayer.objects = {}
objectLayer.objectGroup = objectGroup
for j, object in ipairs(objectGroup.objects) do
if object.gid and object.gid > 0 then
local displayObject = self:createDisplayObject(object)
self:addDisplayObject(objectLayer, displayObject)
end
end
return objectLayer
end
--------------------------------------------------------------------------------
-- To generate a display object from the object data.
--------------------------------------------------------------------------------
function M:createDisplayObject(object)
local tmxMap = self.tmxMap
local gid = object.gid
local tileset = tmxMap:findTilesetByGid(gid)
self:loadTexture(tileset)
local texture = tileset.texture
local tw, th = texture:getSize()
local spacing, margin = tileset.spacing, tileset.margin
local tilewidth, tileheight = tileset.tilewidth, tileset.tileheight
local tileCol = math.floor((tw + spacing) / tilewidth)
local tileRow = math.floor((th + spacing) / tileheight)
local sprite = SpriteSheet {texture = texture}
sprite:setTiledSheets(tilewidth, tileheight, tileCol, tileRow)
sprite.mapObject = object
sprite:setLeft(object.x)
sprite:setTop(object.y - sprite:getHeight())
sprite:setIndex(object.gid - tileset.firstgid + 1)
if object.properties.sheetAnims then
local sheetAnims = assert(loadstring("return {" .. object.properties.sheetAnims .. "}"))()
sprite:setSheetAnims(sheetAnims)
end
if object.properties.playAnim then
sprite:playAnim(object.properties.playAnim)
end
if object.properties.visible then
sprite:setVisible(toboolean(object.properties.visible))
end
return sprite
end
--------------------------------------------------------------------------------
-- Set the Scene.
-- Add a layer for each Scene.
--------------------------------------------------------------------------------
function M:setScene(scene)
self.scene = scene
for i, layer in ipairs(self.mapLayers) do
scene:addChild(layer)
end
end
--------------------------------------------------------------------------------
-- To scroll through the camera.
-- Adjust the position so that it does not appear out-of-range region is specified.
--------------------------------------------------------------------------------
function M:scrollCamera(x, y)
local viewWidth, viewHeight = self:getViewSize()
local firstLayer = self.layers[1]
local maxX, maxY = viewWidth - firstLayer:getViewWidth(), viewWidth - firstLayer:getViewHeight()
x = x < 0 and 0 or x
x = x > maxX and maxX or x
y = y < 0 and 0 or y
y = y > maxY and maxY or y
self.camera:setLoc(x, y, 0)
end
--------------------------------------------------------------------------------
-- Scroll to the specified position in the center of the camera.
-- Adjust the position so that it does not appear out-of-range region is specified.
--------------------------------------------------------------------------------
function M:scrollCameraToCenter(x, y)
local firstLayer = self.layers[1]
local cx, cy = firstLayer:getViewWidth() / 2, firstLayer:getViewHeight() / 2
self:scrollCamera(x - cx, y - cy)
end
--------------------------------------------------------------------------------
-- To return the object to find the object from the name, the first one it finds.
-- If not found, returns nil.
--------------------------------------------------------------------------------
function M:findObjectByName(name)
for i, objectLayer in ipairs(self.objectLayers) do
for j, object in ipairs(objectLayer.objects) do
if object.mapObject.name == name then
return object
end
end
end
end
--------------------------------------------------------------------------------
-- Returns all of the objects to find the object from the name, was found.
--------------------------------------------------------------------------------
function M:findObjectsByName(name)
local objects = {}
for i, objectLayer in ipairs(self.objectLayers) do
for j, object in ipairs(objectLayer.objects) do
if object.mapObject.name == name then
table.insert(objects, object)
end
end
end
return objects
end
--------------------------------------------------------------------------------
-- Returns the layer by layer from the name search, was found.
--------------------------------------------------------------------------------
function M:findLayerByName(name)
for i, layer in ipairs(self.layers) do
if layer.mapLayer.name == name then
return layer
end
end
end
--------------------------------------------------------------------------------
-- Search for renderer for the Tileset and Layer.
-- @param layer Display layer
-- @param tileset TMXTileset
--------------------------------------------------------------------------------
function M:findLayerRendererByTileset(layer, tileset)
for i, renderer in ipairs(layer.tilesetRenderers) do
if renderer.tileset == tileset then
return renderer
end
end
end
--------------------------------------------------------------------------------
-- Update the GID of the specified layer.
-- @param layer The name of the layer or object
-- @param x position of x.
-- @param y position of y.
-- @param gid Global tile ID
--------------------------------------------------------------------------------
function M:updateGid(layer, x, y, gid)
layer = type(layer) == "string" and self:findLayerByName(layer) or layer
layer.mapLayer:setGid(x, y, gid)
local tileset = self.tmxMap:findTilesetByGid(gid)
for i, renderer in ipairs(layer.tilesetRenderers) do
if renderer.tileset == tileset then
local tileNo = gid == 0 and gid or gid - tileset.firstgid + 1
renderer:setTile(x, y, tileNo)
else
renderer:setTile(x, y, 0)
end
end
local renderer = self:findLayerRendererByTileset(layer, tileset)
if not renderer then
self:loadTexture(tileset)
if tileset.texture then
renderer = self:createDisplayLayerRenderer(layer, tileset)
table.insert(layer.tilesetRenderers, renderer)
end
end
end
--------------------------------------------------------------------------------
-- Add the object.
-- @param objectLayer object layer
-- @param object target object
--------------------------------------------------------------------------------
function M:addDisplayObject(objectLayer, object)
table.insertElement(objectLayer.objects, object)
object:setLayer(objectLayer)
end
--------------------------------------------------------------------------------
-- Remove the object.
-- @param objectLayer object layer
-- @param object target object
--------------------------------------------------------------------------------
function M:removeDisplayObject(objectLayer, object)
table.removeElement(objectLayer.objects, object)
object:setLayer(nil)
end
--------------------------------------------------------------------------------
-- Returns the size of the MapView.
--------------------------------------------------------------------------------
function M:getViewSize()
if not self.tmxMap then
return 0, 0
end
local width = self.tmxMap.width * self.tmxMap.tilewidth
local height = self.tmxMap.height * self.tmxMap.tileheight
return width, height
end
return M end)
package.preload['hp/tmx/TMXObject'] = (function (...)
--------------------------------------------------------------------------------
-- Class is a object of TMXMap.
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local M = class()
-- constraints
M.ATTRIBUTE_NAMES = {"name", "type", "x", "y", "width", "height", "gid"}
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init()
self.name = ""
self.type = ""
self.x = 0
self.y = 0
self.width = 0
self.height = 0
self.gid = nil
self.properties = {}
end
return M
end)
package.preload['hp/tmx/TMXObjectGroup'] = (function (...)
--------------------------------------------------------------------------------
-- Class is a objectgroup of TMXMap.
--------------------------------------------------------------------------------
local table = require "hp/lang/table"
local class = require "hp/lang/class"
local M = class()
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(tmxMap)
self.type = "objectgroup"
self.name = ""
self.width = 0
self.height = 0
self.tmxMap = tmxMap
self.objects = {}
self.properties = {}
end
--------------------------------------------------------------------------------
-- Add the object.
--------------------------------------------------------------------------------
function M:addObject(object)
return table.insertElement(self.objects, object)
end
--------------------------------------------------------------------------------
-- Remove the object.
--------------------------------------------------------------------------------
function M:removeObject(object)
return table.removeElement(self.objects, object)
end
--------------------------------------------------------------------------------
-- Returns the property.
-- @param key key.
-- @return value.
--------------------------------------------------------------------------------
function M:getProperty(key)
return self.properties[key]
end
return M
end)
package.preload['hp/tmx/TMXTileset'] = (function (...)
--------------------------------------------------------------------------------
-- Class is a tileset of TMXMap.
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local M = class()
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(tmxMap)
self.tmxMap = tmxMap
self.name = ""
self.firstgid = 0
self.tilewidth = 0
self.tileheight = 0
self.spacing = 0
self.margin = 0
self.image = {source = "", width = 0, height = 0}
self.tiles = {}
self.properties = {}
end
--------------------------------------------------------------------------------
-- Returns the tile-index of the specified gid <br>
-- @param gid gid.
-- @return tile-index.
--------------------------------------------------------------------------------
function M:getTileIndexByGid(gid)
return gid - self.firstgid + 1
end
return M end)
package.preload['hp/util/CompareUtil'] = (function (...)
--------------------------------------------------------------------------------
-- This is a utility class to do a comparison of the object.<br>
--------------------------------------------------------------------------------
local M = {}
-- Constant
M.EQ = "EQ"
M.NE = "NE"
M.LT = "LT"
M.LE = "LE"
M.GT = "GT"
M.GE = "GE"
--------------------------------------------------------------------------------
-- Compare the b and a.<br>
-- Sets the comparison function as an argument.<br>
-- @param a Target.
-- @param b Target.
-- @param comp Function or a string constant.
-- @return True if the comparison result is matched.
--------------------------------------------------------------------------------
function M.compare(a, b, comp)
comp = comp or M.EQ
if type(comp) == "string" then
comp = M["compare"] .. comp
end
return comp(a, b)
end
--------------------------------------------------------------------------------
-- Compare the b and a.<br>
-- @param a Target.
-- @param b Target.
-- @return True if equal.
--------------------------------------------------------------------------------
function M.compareEQ(a, b)
return a == b
end
--------------------------------------------------------------------------------
-- Compare the b and a.<br>
-- @param a Target.
-- @param b Target.
-- @return True if not equal.
--------------------------------------------------------------------------------
function M.compareNE(a, b)
return a ~= b
end
--------------------------------------------------------------------------------
-- Compare the b and a.<br>
-- @param a Target.
-- @param b Target.
-- @return True if less than.
--------------------------------------------------------------------------------
function M.compareLT(a, b)
return a < b
end
--------------------------------------------------------------------------------
-- Compare the b and a.<br>
-- @param a Target.
-- @param b Target.
-- @return True if less than or equal.
--------------------------------------------------------------------------------
function M.compareLE(a, b)
return a <= b
end
--------------------------------------------------------------------------------
-- Compare the b and a.<br>
-- @param a Target.
-- @param b Target.
-- @return True if greater than.
--------------------------------------------------------------------------------
function M.compareGT(a, b)
return a > b
end
--------------------------------------------------------------------------------
-- Compare the b and a.<br>
-- @param a Target.
-- @param b Target.
-- @return True if greater than or equal.
--------------------------------------------------------------------------------
function M.compareGE(a, b)
return a >= b
end
return M end)
package.preload['hp/util/Executors'] = (function (...)
--------------------------------------------------------------------------------
-- This is a utility class to execute.
--------------------------------------------------------------------------------
local M = {}
--------------------------------------------------------------------------------
-- Run the specified function looping
-- @param func Target function.
-- @param ... Argument.
--------------------------------------------------------------------------------
function M.callLoop(func, ...)
local thread = MOAICoroutine.new()
local args = {...}
thread:run(
function()
while true do
if func(unpack(args)) then
break
end
coroutine.yield()
end
end
)
end
--------------------------------------------------------------------------------
-- Run the specified function delay. <br>
-- @param func Target function.
-- @param ... Argument.
--------------------------------------------------------------------------------
function M.callLater(func, ...)
M.callLaterFrame(0, func, ...)
end
--------------------------------------------------------------------------------
-- Run the specified function delay. <br>
-- @param frame Delay frame count.
-- @param func Target function.
-- @param ... Argument.
--------------------------------------------------------------------------------
function M.callLaterFrame(frame, func, ...)
local thread = MOAICoroutine.new()
local args = {...}
local count = 0
thread:run(
function()
while count < frame do
count = count + 1
coroutine.yield()
end
func(unpack(args))
end
)
end
--------------------------------------------------------------------------------
-- Run the specified function delay. <br>
-- @param time Delay seconds.
-- @param func Target function.
-- @param ... Argument.
--------------------------------------------------------------------------------
function M.callLaterTime(time, func, ...)
local args = {...}
local timer = MOAITimer.new()
timer:setSpan(time)
timer:setListener(MOAITimer.EVENT_STOP, function() func(unpack(args)) end)
timer:start()
end
return M end)
package.preload['hp/util/FpsMonitor'] = (function (...)
--------------------------------------------------------------------------------
-- This class is to observe the FPS.
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local Logger = require("hp/util/Logger")
local M = class()
--------------------------------------------------------------------------------
-- The constructor.
--------------------------------------------------------------------------------
function M:init(sec, onFPS)
self._sec = sec
self._onFPS = onFPS
self._running = false
self.timer = MOAITimer.new()
self.timer:setMode(MOAITimer.LOOP)
self.timer:setSpan(self._sec)
self.timer:setListener(MOAITimer.EVENT_TIMER_LOOP, function() self:onTimer() end)
end
function M:onTimer()
local fps = MOAISim.getPerformance()
Logger.debug("FpsMonitor:onTimer", "FPS:" .. fps)
if self._onFPS then
self._onFPS(fps)
end
end
--------------------------------------------------------------------------------
-- To start the measurement.
--------------------------------------------------------------------------------
function M:play()
self.timer:start()
return self
end
--------------------------------------------------------------------------------
-- To end the measurement.
--------------------------------------------------------------------------------
function M:stop()
self.timer:stop()
end
return M end)
package.preload['hp/util/Logger'] = (function (...)
--------------------------------------------------------------------------------
-- This class is for log output.
--------------------------------------------------------------------------------
local M = {}
-- Constraints
M.LEVEL_NONE = 0
M.LEVEL_INFO = 1
M.LEVEL_WARN = 2
M.LEVEL_ERROR = 3
M.LEVEL_DEBUG = 4
--------------------------------------------------------------------------------
-- A table to select whether to output the log.
--------------------------------------------------------------------------------
M.selector = {}
M.selector[M.LEVEL_INFO] = true
M.selector[M.LEVEL_WARN] = true
M.selector[M.LEVEL_ERROR] = true
M.selector[M.LEVEL_DEBUG] = true
--------------------------------------------------------------------------------
-- This is the log target.
-- Is the target output to the console.
--------------------------------------------------------------------------------
M.CONSOLE_TARGET = function(...)
print(...)
end
--------------------------------------------------------------------------------
-- This is the log target.
--------------------------------------------------------------------------------
M.logTarget = M.CONSOLE_TARGET
--------------------------------------------------------------------------------
-- The normal log output.
--------------------------------------------------------------------------------
function M.info(...)
if M.selector[M.LEVEL_INFO] then
M.logTarget("[info]", ...)
end
end
--------------------------------------------------------------------------------
-- The warning log output.
--------------------------------------------------------------------------------
function M.warn(...)
if M.selector[M.LEVEL_WARN] then
M.logTarget("[warn]", ...)
end
end
--------------------------------------------------------------------------------
-- The error log output.
--------------------------------------------------------------------------------
function M.error(...)
if M.selector[M.LEVEL_ERROR] then
M.logTarget("[error]", ...)
end
end
--------------------------------------------------------------------------------
-- The debug log output.
--------------------------------------------------------------------------------
function M.debug(...)
if M.selector[M.LEVEL_DEBUG] then
M.logTarget("[debug]", ...)
end
end
return M end)
package.preload['hp/util/MOAIPropUtil'] = (function (...)
--------------------------------------------------------------------------------
-- This is a utility class for MOAIProp.<br>
--------------------------------------------------------------------------------
local M = {}
--------------------------------------------------------------------------------
-- Sets the position of the left.
-- @param prop MOAIProp instance.
-- @param left Position of the left.
--------------------------------------------------------------------------------
function M.setLeft(prop, left)
local xMin, yMin, zMin, xMax, yMax, zMax = 0, 0, 0, 0, 0, 0
if prop.getBounds then
xMin, yMin, zMin, xMax, yMax, zMax = prop:getBounds()
xMin = math.min(xMin or 0, xMax or 0)
end
local pivX, pivY, pivZ = prop:getPiv()
local locX, locY, locZ = prop:getLoc()
prop:setLoc(left + pivX - xMin, locY, locZ)
end
--------------------------------------------------------------------------------
-- Returns the position of the left.
-- @param prop MOAIProp instance.
-- @return Position of the left.
--------------------------------------------------------------------------------
function M.getLeft(prop)
local xMin, yMin, zMin, xMax, yMax, zMax = 0, 0, 0, 0, 0, 0
if prop.getBounds then
xMin, yMin, zMin, xMax, yMax, zMax = prop:getBounds()
xMin = math.min(xMin or 0, xMax or 0)
end
local pivX, pivY, pivZ = prop:getPiv()
local locX, locY, locZ = prop:getLoc()
return locX - pivX + xMin
end
--------------------------------------------------------------------------------
-- Sets the position of the right.
-- @param prop MOAIProp instance.
-- @param right Position of the right.
--------------------------------------------------------------------------------
function M.setRight(prop, right)
local width = M.getWidth(prop)
M.setLeft(prop, right - width)
end
--------------------------------------------------------------------------------
-- Returns the position of the right.
-- @param prop MOAIProp instance.
-- @return Position of the right.
--------------------------------------------------------------------------------
function M.getRight(prop)
local left = M.getLeft(prop)
local width = M.getWidth(prop)
return left + width
end
--------------------------------------------------------------------------------
-- Sets the position of the top.
-- @param prop MOAIProp instance.
-- @param top Position of the top.
--------------------------------------------------------------------------------
function M.setTop(prop, top)
local xMin, yMin, zMin, xMax, yMax, zMax = 0, 0, 0, 0, 0, 0
if prop.getBounds then
xMin, yMin, zMin, xMax, yMax, zMax = prop:getBounds()
yMin = math.min(yMin or 0, yMax or 0)
end
local pivX, pivY, pivZ = prop:getPiv()
local locX, locY, locZ = prop:getLoc()
prop:setLoc(locX, top + pivY - yMin, locZ)
end
--------------------------------------------------------------------------------
-- Returns the position of the top.
-- @param prop MOAIProp instance.
-- @return Position of the top.
--------------------------------------------------------------------------------
function M.getTop(prop)
local xMin, yMin, zMin, xMax, yMax, zMax = 0, 0, 0, 0, 0, 0
if prop.getBounds then
xMin, yMin, zMin, xMax, yMax, zMax = prop:getBounds()
yMin = math.min(yMin or 0, yMax or 0)
end
local pivX, pivY, pivZ = prop:getPiv()
local locX, locY, locZ = prop:getLoc()
return locY - pivY + yMin
end
--------------------------------------------------------------------------------
-- Sets the position of the bottom.
-- @param prop MOAIProp instance.
-- @param bottom Position of the bottom.
--------------------------------------------------------------------------------
function M.setBottom(prop, bottom)
local height = M.getHeight(prop)
M.setTop(prop, bottom - height)
end
--------------------------------------------------------------------------------
-- Returns the position of the bottom.
-- @param prop MOAIProp instance.
-- @return Position of the bottom.
--------------------------------------------------------------------------------
function M.getBottom(prop)
local top = M.getTop(prop)
local height = M.getHeight(prop)
return top + height
end
--------------------------------------------------------------------------------
-- Sets the position of the left and top.
-- @param prop MOAIProp
-- @param left Position of the left.
-- @param top Position of the top.
--------------------------------------------------------------------------------
function M.setPos(prop, left, top)
M.setLeft(prop, left)
M.setTop(prop, top)
end
--------------------------------------------------------------------------------
-- Returns the position of the center.
-- @param prop MOAIProp instance.
-- @return centerX
-- @return centerY
--------------------------------------------------------------------------------
function M.getCenterPos(prop)
local left, top = M.getPos(prop)
local w, h = M.getSize(prop)
return left + w / 2, top + h / 2
end
--------------------------------------------------------------------------------
-- Sets the position of the centeX and centerY.
-- @param prop MOAIProp
-- @param x Position of the centerX.
-- @param y Position of the centerY.
--------------------------------------------------------------------------------
function M.setCenterPos(prop, x, y)
local w, h = M.getSize(prop)
M.setPos(prop, x - w / 2, y - h / 2)
end
--------------------------------------------------------------------------------
-- Returns the position of the left and top.
-- @param prop MOAIProp instance.
-- @return Position of the left and top.
--------------------------------------------------------------------------------
function M.getPos(prop)
return M.getLeft(prop), M.getTop(prop)
end
--------------------------------------------------------------------------------
-- Returns the width.
-- @param prop MOAIProp instance.
-- @return width
--------------------------------------------------------------------------------
function M.getWidth(prop)
local xMin, yMin, zMin, xMax, yMax, zMax = prop:getBounds()
return math.abs(xMax - xMin)
end
--------------------------------------------------------------------------------
-- Returns the height.
-- @param prop MOAIProp instance.
-- @return height
--------------------------------------------------------------------------------
function M.getHeight(prop)
local xMin, yMin, zMin, xMax, yMax, zMax = prop:getBounds()
return math.abs(yMax - yMin)
end
--------------------------------------------------------------------------------
-- Returns the width and height.
-- @param prop MOAIProp instance.
-- @return width
-- @return height
--------------------------------------------------------------------------------
function M.getSize(prop)
local xMin, yMin, zMin, xMax, yMax, zMax = prop:getBounds()
return math.abs(xMax - xMin), math.abs(yMax - yMin)
end
--------------------------------------------------------------------------------
-- Returns the color.
-- @param prop MOAIProp instance.
-- @return red
-- @return green
-- @return blue
-- @return alpha
--------------------------------------------------------------------------------
function M.getColor(prop)
local r = prop:getAttr(MOAIColor.ATTR_R_COL)
local g = prop:getAttr(MOAIColor.ATTR_G_COL)
local b = prop:getAttr(MOAIColor.ATTR_B_COL)
local a = prop:getAttr(MOAIColor.ATTR_A_COL)
return r, g, b, a
end
--------------------------------------------------------------------------------
-- Returns the red.
-- @param prop MOAIProp instance.
-- @return red
--------------------------------------------------------------------------------
function M.getRed(prop)
local r = prop:getAttr(MOAIColor.ATTR_R_COL)
return r
end
--------------------------------------------------------------------------------
-- Sets the red.
-- @param prop MOAIProp instance.
-- @param red red value
--------------------------------------------------------------------------------
function M.setRed(prop, red)
prop:setAttr(MOAIColor.ATTR_R_COL, red)
end
--------------------------------------------------------------------------------
-- Returns the green.
-- @param prop MOAIProp instance.
-- @return green
--------------------------------------------------------------------------------
function M.getGreen(prop)
local g = prop:getAttr(MOAIColor.ATTR_G_COL)
return g
end
--------------------------------------------------------------------------------
-- Sets the green.
-- @param prop MOAIProp instance.
-- @param green green value
--------------------------------------------------------------------------------
function M.setGreen(prop, green)
prop:setAttr(MOAIColor.ATTR_G_COL, green)
end
--------------------------------------------------------------------------------
-- Returns the blue.
-- @param prop MOAIProp instance.
-- @return blue
--------------------------------------------------------------------------------
function M.getBlue(prop)
local b = prop:getAttr(MOAIColor.ATTR_B_COL)
return b
end
--------------------------------------------------------------------------------
-- Sets the blue.
-- @param prop MOAIProp instance.
-- @param blue blue value
--------------------------------------------------------------------------------
function M.setBlue(prop, blue)
prop:setAttr(MOAIColor.ATTR_B_COL, blue)
end
--------------------------------------------------------------------------------
-- Returns the alpha.
-- @param prop MOAIProp instance.
-- @return alpha
--------------------------------------------------------------------------------
function M.getAlpha(prop)
local a = prop:getAttr(MOAIColor.ATTR_A_COL)
return a
end
--------------------------------------------------------------------------------
-- Sets the alpha.
-- @param prop MOAIProp instance.
-- @param a alpha value
--------------------------------------------------------------------------------
function M.setAlpha(prop, a)
prop:setAttr(MOAIColor.ATTR_A_COL, a)
end
--------------------------------------------------------------------------------
-- Sets the color by RGB255 format.
-- @param prop MOAIProp instance.
-- @param r Red(0-255).
-- @param g Green(0-255).
-- @param b Blue(0-255).
--------------------------------------------------------------------------------
function M.setRGB(prop, r, g, b)
local a = MOAIPropUtil.getAlpha(prop)
prop:setColor(r / 255, g / 255, b / 255, a)
end
--------------------------------------------------------------------------------
-- Sets the color by RGBA255 format.
-- @param prop MOAIProp instance.
-- @param r Red(0-255).
-- @param g Green(0-255).
-- @param b Blue(0-255).
-- @param a Alpha(0-1).
--------------------------------------------------------------------------------
function M.setRGBA(prop, r, g, b, a)
a = a or MOAIPropUtil.getAlpha(prop)
prop:setColor(r / 255, g / 255, b / 255, a)
end
--------------------------------------------------------------------------------
-- Returns the visible.
-- @param prop MOAIProp instance.
-- @return visible
--------------------------------------------------------------------------------
function M.getVisible(prop)
return prop:getAttr(MOAIProp.ATTR_VISIBLE)
end
return M end)
package.preload['hp/util/PriorityQueue'] = (function (...)
--------------------------------------------------------------------------------
-- 優先度付きキューです.<br>
-- comparetorによるソートを行いながらオブジェクトを追加します.<br>
--------------------------------------------------------------------------------
local class = require("hp/lang/class")
local M = class()
---------------------------------------
-- Functions
---------------------------------------
----------------------------------------
-- コンストラクタです.
-- @param comparetor
----------------------------------------
function M:init(comparetor)
assert(comparetor, "comparetor is nil!")
self.queue = {}
self.comparetor = comparetor
end
----------------------------------------
-- オブジェクトを順序付けて追加します.
-- @param object オブジェクト
----------------------------------------
function M:push(object)
self:remove(object)
local comparetor = assert(self.comparetor)
local index = 0
for i, v in ipairs(self.queue) do
index = i
if comparetor(object, v) > 0 then
break
end
end
index = index + 1
table.insert(self.queue, index, object)
end
----------------------------------------
-- キューの先頭オブジェクト削除してから返します.<br>
-- キューに存在しない場合はnilを返します.
-- @return object
----------------------------------------
function M:poll()
if self:size() > 0 then
return table.remove(self.queue, 1)
end
return nil
end
----------------------------------------
-- 指定したインデックスのオブジェクトを返します.
-- @param i インデックス
-- @return object
----------------------------------------
function M:get(i)
return self.queue[i]
end
----------------------------------------
-- 指定したオブジェクトが存在する場合削除します.
-- 存在しない場合は削除しません.
-- @param object オブジェクト
-- @return 削除した場合はそのオブジェクト
----------------------------------------
function M:remove(object)
for i, v in ipairs(self.queue) do
if object == v then
return table.remove(self.queue, i)
end
end
return nil
end
----------------------------------------
-- キューの内容をクリアします.
----------------------------------------
function M:clear()
self.queue = {}
end
----------------------------------------
-- for文で使用できる for each関数です.<br>
----------------------------------------
function M:each()
return ipairs(self.queue)
end
----------------------------------------
-- キューのサイズを返します.
-- @return キューのサイズ.
----------------------------------------
function M:size()
return #self.queue
end
return M
end)
package.preload['hp/util/PropertyUtil'] = (function (...)
--------------------------------------------------------------------------------
-- クラスのオブジェクトに対するユーティリティ関数です.
--------------------------------------------------------------------------------
-- imports
local class = require("hp/lang/class")
-- class define
local M = {}
--------------------------------------------------------------------------------
-- オブジェクトのsetter関数経由でパラメータを設定します.
-- setter関数が存在しない場合は無視します.
--------------------------------------------------------------------------------
function M.setProperties(obj, params, unpackFlag)
for k, v in pairs(params) do
M.setProperty(obj, k, v, unpackFlag)
end
end
--------------------------------------------------------------------------------
-- オブジェクトのsetter関数経由で値を設定します.
--------------------------------------------------------------------------------
function M.setProperty(obj, name, value, unpackFlag)
local setterName = M.getSetterName(name)
local setter = obj[setterName]
if setter then
if not unpackFlag or type(value) ~= "table" or getmetatable(value) ~= nil then
return setter(obj, value)
else
return setter(obj, unpack(value))
end
end
end
--------------------------------------------------------------------------------
-- オブジェクトのgetter関数経由で値を返します.
--------------------------------------------------------------------------------
function M.getProperty(obj, name)
local getterName = M.getGetterName(name)
local getter = obj[getterName]
if getter then
return getter(obj)
end
end
--------------------------------------------------------------------------------
-- プロパティ名からsetter関数名を返します.
--------------------------------------------------------------------------------
function M.getSetterName(name)
local headName = string.upper(name:sub(1, 1))
local upperName = name:len() > 1 and headName .. name:sub(2) or headName
local setterName = "set" .. upperName
return setterName
end
--------------------------------------------------------------------------------
-- プロパティ名からgetter関数名を返します.
--------------------------------------------------------------------------------
function M.getGetterName(name)
local headName = string.upper(name:sub(1, 1))
local upperName = name:len() > 1 and headName .. name:sub(2) or headName
local setterName = "get" .. upperName
return setterName
end
return M end)
package.preload['hp/util/Triangulation'] = (function (...)
--------------------------------------------------------------------------------
-- Triangulation routine is based on code by <br>
-- JOHN W. RATCLIFF ([email protected]), July 22, 2000 <br>
--------------------------------------------------------------------------------
local M = {}
local EPSILON = 0.0000000001
local function area( contour )
local n = #contour
local A = 0
local p = n
local q = 1
while q <= n do
print( "n, p,q", n, p, q)
A = A + contour[p].x * contour[q].y - contour[q].x * contour[p].y
p = q
q = q + 1
end
print("A=", .5 * A )
return .5 * A
end
local function insideTriangle( Ax, Ay, Bx, By, Cx, Cy, Px, Py )
local ax, ay, bx, by, cx, cy, apx, apy, bpx, bpy, cpx, cpy;
local cCROSSap, bCROSScp, aCROSSbp;
ax = Cx - Bx
ay = Cy - By
bx = Ax - Cx
by = Ay - Cy
cx = Bx - Ax
cy = By - Ay
apx= Px - Ax
apy= Py - Ay
bpx= Px - Bx
bpy= Py - By
cpx= Px - Cx
cpy= Py - Cy
aCROSSbp = ax*bpy - ay*bpx
cCROSSap = cx*apy - cy*apx
bCROSScp = bx*cpy - by*cpx
return ( aCROSSbp >= 0 ) and ( bCROSScp >= 0 ) and ( cCROSSap >= 0 )
end
local function snip( contour, u, v, w, n, V )
local Ax, Ay, Bx, By, Cx, Cy, Px, Py
Ax = contour[ V[u] ].x
Ay = contour[ V[u] ].y
Bx = contour[ V[v] ].x
By = contour[ V[v] ].y
Cx = contour[ V[w] ].x
Cy = contour[ V[w] ].y
if EPSILON > (((Bx-Ax)*(Cy-Ay)) - ((By-Ay)*(Cx-Ax))) then
return false
end
for p=1, n do
if p ~= u and p ~= v and p ~= w then
Px = contour[ V[p] ].x
Py = contour[ V[p] ].y
if insideTriangle( Ax, Ay, Bx, By, Cx, Cy, Px, Py ) then
return false
end
end
end
return true
end
function M.process( contour )
local result = {}
local n = #contour
local V = {}
-- we want a counter-clockwise polygon in V
if 0 < area( contour ) then
for v = 1, n do
V[v] = v
end
else
for v = 1, n do
V[v] = n - v + 1
end
end
local nv = n
-- remove nv-2 vertices, creating 1 triangle every time
local count = 2 * nv
--for(int m=0, v=nv-1; nv>2; )
local v = nv
local m = 1
while nv > 2 do
count = count - 1
-- if we loop, probably it's a non-simple polygon
-- (it crosses its own boundary)
if count < 0 then
print("ERROR: Polygon is self-intersecting. Can't triangulate.")
--debugger.printTable( contour, "contour" )
--debugger.printTable( result, "result" )
return false
end
-- 3 consecutive vertices in current polygon <u,v,w>
local u = v
if nv < u then u = 1 end -- previous (all 3 were = 0)
v = u + 1
if nv < v then v = 1 end -- new v
local w = v + 1
if nv < w then w = 1 end -- next
-- print("u, v, w, nv, count ", u, v, w, nv, count )
if snip( contour, u, v, w, nv, V ) then
local a, b, c, s, triangles
a = V[u]
b = V[v]
c = V[w]
-- Output triangle
result[#result+1] = { contour[a].x, contour[a].y }
result[#result+1] = { contour[b].x, contour[b].y }
result[#result+1] = { contour[c].x, contour[c].y }
table.remove( V, v )
nv = nv - 1
-- Reset error counter
count = 2 * nv
end
end
V = nil
return result
end
return M end)
-- load everything
Application = require "hp/core/Application"
Animation = require "hp/display/Animation"
BackgroundSprite = require "hp/display/BackgroundSprite"
DisplayObject = require "hp/display/DisplayObject"
Graphics = require "hp/display/Graphics"
Group = require "hp/display/Group"
Layer = require "hp/display/Layer"
MapSprite = require "hp/display/MapSprite"
Mesh = require "hp/display/Mesh"
NinePatch = require "hp/display/NinePatch"
Particles = require "hp/display/Particles"
Resizable = require "hp/display/Resizable"
Scene = require "hp/display/Scene"
SceneAnimation = require "hp/display/SceneAnimation"
Sprite = require "hp/display/Sprite"
SpriteSheet = require "hp/display/SpriteSheet"
TextLabel = require "hp/display/TextLabel"
TextureDrawable = require "hp/display/TextureDrawable"
TouchProcessor = require "hp/display/TouchProcessor"
Event = require "hp/event/Event"
EventDispatcher = require "hp/event/EventDispatcher"
EventListener = require "hp/event/EventListener"
SceneFactory = require "hp/factory/SceneFactory"
Button = require "hp/gui/Button"
Component = require "hp/gui/Component"
DialogBox = require "hp/gui/DialogBox"
Joystick = require "hp/gui/Joystick"
MessageBox = require "hp/gui/MessageBox"
Panel = require "hp/gui/Panel"
Scroller = require "hp/gui/Scroller"
Slider = require "hp/gui/Slider"
Theme = require "hp/gui/Theme"
View = require "hp/gui/View"
array = require "hp/lang/array"
class = require "hp/lang/class"
delegate = require "hp/lang/delegate"
math = require "hp/lang/math"
string = require "hp/lang/string"
table = require "hp/lang/table"
BaseLayout = require "hp/layout/BaseLayout"
BoxLayout = require "hp/layout/BoxLayout"
HBoxLayout = require "hp/layout/HBoxLayout"
VBoxLayout = require "hp/layout/VBoxLayout"
FocusManager = require "hp/manager/FocusManager"
FontManager = require "hp/manager/FontManager"
InputManager = require "hp/manager/InputManager"
LayoutManager = require "hp/manager/LayoutManager"
ResourceManager = require "hp/manager/ResourceManager"
SceneManager = require "hp/manager/SceneManager"
ShaderManager = require "hp/manager/ShaderManager"
SoundManager = require "hp/manager/SoundManager"
TextureManager = require "hp/manager/TextureManager"
ThemeManager = require "hp/manager/ThemeManager"
PhysicsBody = require "hp/physics/PhysicsBody"
PhysicsFixture = require "hp/physics/PhysicsFixture"
PhysicsWorld = require "hp/physics/PhysicsWorld"
RPGMapView = require "hp/rpg/RPGMapView"
RPGSprite = require "hp/rpg/RPGSprite"
RPGMove = require "hp/rpg/move/RPGMove"
RPGMoveFactory = require "hp/rpg/move/RPGMoveFactory"
RPGRandomMove = require "hp/rpg/move/RPGRandomMove"
TMXLayer = require "hp/tmx/TMXLayer"
TMXMap = require "hp/tmx/TMXMap"
TMXMapLoader = require "hp/tmx/TMXMapLoader"
TMXMapView = require "hp/tmx/TMXMapView"
TMXObject = require "hp/tmx/TMXObject"
TMXObjectGroup = require "hp/tmx/TMXObjectGroup"
TMXTileset = require "hp/tmx/TMXTileset"
CompareUtil = require "hp/util/CompareUtil"
Executors = require "hp/util/Executors"
FpsMonitor = require "hp/util/FpsMonitor"
Logger = require "hp/util/Logger"
MOAIPropUtil = require "hp/util/MOAIPropUtil"
PriorityQueue = require "hp/util/PriorityQueue"
PropertyUtil = require "hp/util/PropertyUtil"
Triangulation = require "hp/util/Triangulation"
return _G
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