ultimateCalc.py

ultimateCalc.py

import math
import dialogs
import time
from game_menu import MenuScene
import sound
# print fibanoci sequence up to n
def fib(n):
	a,b=0,1
	while a < n:
		print a
		a,b=b,a+b
		
# print whether n is an odd or even number. 
def odd(n):
		if (n%2):
			print('odd number')
		else:
			print('even number')
			
			
# calculate payout scale for MTNW LCI-90
def payoutScale(mags,sheaveDia,cableDia):
	#payout scale = pulses_per_round/((sheave dia + cable dia)) x Pi
	a=mags/((sheaveDia+cableDia)*math.pi)
	print 'Enter : ' , a, 'for Payout Scale'
	
# calculate time to go and maybe real time for lemons
def timeToLemons(metersPerMin, depth, lemonDepth):
	float(metersPerMin)
	float(depth)
	float(lemonDepth)
	timeToGo = (depth-lemonDepth)/metersPerMin
	j=time.localtime()
	timeHourAdd=int((timeToGo+j.tm_min)/60)
	newHour=j.tm_hour+timeHourAdd
	newHour-=(24 if newHour>=24 else 0)
	newMin=timeToGo+j.tm_min-timeHourAdd*60
	#lemonTime[0] = ('0' if newHour < 10 else '1')
 
	lemonTime=('0' if newHour<10 else '')+str(newHour)+':'+('0' if newMin<10 else '')+str(int(newMin))
	
#	print 'Payout',':',int(depth), '=',int(timeToGo), 'mins till lemons on surface', "(" , ('0' if newHour<10 else ''), newHour,':',('0' if newMin<10 else ''), int(newMin), ")"
	callMin = newMin - int(30)
	callHour = newHour
	callHour -= (1 if callMin<0 else 0)
	if (callHour < 0):
		callHour = int(24)
	callMin+=(60 if callMin<0 else 0)
	callTime=('0' if callHour<10 else '' )+str(callHour)+':'+('0' if callMin<10 else '')+str(int(callMin))
#	print 'Half hour callout at:',('0' if callHour<10 else '' ),callHour, ':', ('0' if callMin<10 else ''),int(callMin)
	sound.play_effect('arcade:Powerup_2')
	return (str(timeToGo),lemonTime,callTime)
	
def calcTimeToLemons():

	Times=['Wait for it','I mean it','Here it Comes']
	depth=0.0
	while True:			
		field1={'type':'number','key':'Payout','title':'Payout (meters):','tint_color':'#346511','placeholder':'enter payout'}
		field2={'type':'number','key':'Speed','value':'25','title':'Payout Speed (m/min) :  ','placeholder':'enter winch speed'}
		field3={'type':'number','key':'Lemons','title':'Lemons depth (meters)', 'value':'100','tint_color':'#a70000','placeholder':'enter lemons payout'}
		field4={'type':'number','key':'MinLemons','title':'Minutes to Lemons', 'value':Times[0],'tint_color':'#a70000'}
		
		field5={'type':'number','key':'TimeLemons','title':'Time at Lemons', 'value':Times[1],'tint_color':'#a70000'}
		field6={'type':'number','key':'TimeCall','title':'Half Hour Callout', 'value':Times[2],'tint_color':'#a70000'}
		
		s_depth=str(depth)
		field7={'type':'number','key':'payout','title':'You entered:', 'value':s_depth,'tint_color':'#a70000'}
		
		t1=[field1,field2,field3]
		t2=[field7,field4,field5,field6]
 		s1='Input',t1
		s2='Answers',t2
		sect=(s1,s2)
		
		answer=dialogs.form_dialog(title='Time to Lemons! Calculator',sections=sect,done_button_title='execute')
		lemonDepth=float(answer['Lemons'])
		metersPerMin =float(answer['Speed'])
		depth=float(answer['Payout'])

		Times=timeToLemons(metersPerMin, depth, lemonDepth)
		#end of while loop

def calcPayoutScale():
	# get user data. must convert to float and translate to meters
#	sheaveDia=float(dialogs.text_dialog('enter sheave diameter (inches):')) * 0.0254
#	cableDia=float(dialogs.text_dialog('enter cable diameter (inches):')) * 0.0254
#	mags=float(dialogs.text_dialog('enter magnet count:'))
#	payoutScale(mags,sheaveDia,cableDia)
	field1={'type':'number','key':'Sheave','title':'Sheave Dia:  ','tint_color':'#346511'}
	field2={'type':'number','key':'Cable','title':'Cable Dia :  '}
	field3={'type':'number','key':'Mags','title':'Number Mags:  ','tint_color':'#000000'}
	
	t=[field1,field2,field3]
	answer=dialogs.form_dialog('MTNW: Payout Calculator',t,done_button_title='Do It!')
	mags=float(answer['Mags'])
	sheaveDia=float(answer['Sheave'])*0.0254
	cableDia=float(answer['Cable'])*0.0254
	payoutScale(mags,sheaveDia,cableDia)
	

def calcDiveTime():
	field1={'type':'number','key':'diveStart','title':'Dive Start Time (24hour):  ','tint_color':'#1b8c3b','placeholder':'00:00'}
	
	field2={'type':'number','key':'diveEnd','title':'Dive End Time (24hour):  ','tint_color':'#1b8c3b','placeholder':'00:00'}
	
	field3={'type':'number','key':'diveDays','title':'Dive Days(# 00:00\'s)',  'tint_color':'#1b8c5c','value':'0'}
	t=[field1,field2,field3]
	answer=dialogs.form_dialog('Dive Time Calculator',t)
	diveStart= (answer['diveStart'])
	diveEnd= (answer['diveEnd'])
	diveDays= (answer['diveDays'])
	diveTime(diveStart,diveEnd,diveDays)
	sound.play_effect('arcade:Explosion_3')
	sound.play_effect('arcade:Jump_2')
	sound.play_effect('arcade:Laser_4')
	
def diveTime(timeStart,timeEnd,days):
	minute0= int(timeEnd[4])-int(timeStart[4])
	minute1= int(timeEnd[3])-int(timeStart[3])
	hour0= int(timeEnd[1])-int(timeStart[1])
	hour1= int(timeEnd[0])-int(timeStart[0])
#	print hour1,hour0,':', minute1,minute0
	#timeElapse = imemjEnd-timeStart
	startSeconds = 0
	startSeconds+=int(timeStart[0])*(10*60*60)
	startSeconds+=int(timeStart[1])*(60*60)
	startSeconds+=int(timeStart[3])*(10*60)
	startSeconds+=int(timeStart[4])*(60)
	finishSeconds=0
	finishSeconds+=int(timeEnd[0])*(10*60*60)
	finishSeconds+=int(timeEnd[1])*(60*60)
	finishSeconds+=int(timeEnd[3])*(10*60)
	finishSeconds+=int(timeEnd[4])*(60)
	print finishSeconds, startSeconds
	secondsTotal=0
	if (int(days) !=0):
		secondsTotal= ( int(days)*24*60*60-startSeconds) + finishSeconds
	else:
		secondsTotal= finishSeconds-startSeconds
#	print secondsTotal
	print int(secondsTotal/3600.0), ':',('0' if(secondsTotal%3600/60)<10 else ''),(secondsTotal%3600/60), 'Hours Dive Time'
		
def fibonaci():
		fibNum=float(dialogs.text_dialog('Enter a Number to Fibonaci To: '))
		fib(fibNum)

############# MAIN PROGRAM #############
# show list of calculators available
calcList = ['MTNW Calculator', 'fibonaci', 'Time To Lemons','Dive Time Calculator']
calcChoice = dialogs.list_dialog('Choose a Calculator', calcList)
#show_start_menu(0)
if (calcChoice == 'MTNW Calculator'):
	calcPayoutScale()
elif (calcChoice == 'fibonaci'):
	fibonaci()
elif (calcChoice == 'Time To Lemons'):
	calcTimeToLemons()
elif (calcChoice == 'Dive Time Calculator'):
	calcDiveTime()
else:
	print('No choice available')