MatthewBlanchard

 if (!CanShootOutsideArc)
            {
                ShotInfo shotInfo = new ShotInfo(Host, targetShip, this);
                range = shotInfo.Range;

                if (IsBullseyeArcOnly)
                {
                    ShotInfoArc bullseyeShotInfo = new ShotInfoArc(Host, targetShip, Host.ArcInfo.GetArc<Arcs.ArcBullseye>());

                    if (!bullseyeShotInfo.InArc)

MatthewBlanchard

 if (!CanShootOutsideArc)
            {
                ShotInfo shotInfo = new ShotInfo(Host, targetShip, this);
                range = shotInfo.Range;

                if (IsBullseyeArcOnly)
                {
                    ShotInfoArc bullseyeShotInfo = new ShotInfoArc(Host, targetShip, Host.ArcInfo.GetArc<Arcs.ArcBullseye>());

                    if (!bullseyeShotInfo.InArc)

MatthewBlanchard

using System.Collections;
using System.Collections.Generic;
using UnityEngine;
using Ship;

namespace Ship
{
    namespace Firespray31
    {
        public class BobaFettScum : Firespray31

MatthewBlanchard

local sqrt = math.sqrt

Vector3 = Object()

function Vector3:Vector3(x, y, z)
	self.x = x or 0
	self.y = y or 0
	self.z = z or 0
end

MatthewBlanchard

local s = [[
extern Image normaltex;
extern Image materialtex;
extern Image ramp;
extern Image sramp;
extern vec2 lightvec;

vec4 effect( vec4 color, Image texture, vec2 texture_coords, vec2 screen_coords )
{
	vec4 material = Texel(materialtex, texture_coords);

MatthewBlanchard

Object={}Object.__index=Object
setmetatable(Object,Object)function Object:__call(...)return self:new(...)end
function Object:init()end
function Object:parent()return getmetatable(self)end
function Object:new(...)local e={}setmetatable(e,self)self.__index=self
e:init(...)return e
end

MatthewBlanchard

require "os"
require "math"
require "glfw"
require "glua"

vertshade = [[
	#version 330

	layout(location = 0) in vec4 position;
	void main()

MatthewBlanchard

#include "math.h"
#include "stdlib.h"
#include "geometry.h"

//Inputs:
//verts: The higher the number the more vertices and the smoother the cylinder, number of verts on each side.
//size: distance of the vertices from the center.
//width: the thickness of the cylinder
//return: pointer to memory on heap, contains points in size verts*2
mesh generateCylinder(int verts, float size, float width)