multitaskplus.py

Python Mini

from processing import *
from math import *
from random import randint
l = {'y':210,'grab':1,'col':105,'on':0} #lever
b = {'y':40,'press':1,'cou':'SB','on':0}# button
kn = {'r':0,'bar':0,'turn':1,'on':0}#knob
h = {'x':60,'grab':1,'col':105,'on':0}# horizontal lever
ab = {'y1':590,'y2':590,'press1':1,'press2':1,'cou':'SB','on':0,'side':0}
li = {'st':'...','pl':4,'cur':'','on':0}#letter input
c = {'y1':840,'y2':840,'x':330,'grab':1,'press1':1,'press2':1,'order':'','cou':'SB','on':0}# combo
mous = {'pr':0,'time':0}#mouse and timer
start = {'a':0,'lives':3,'col':200}# menu and lives
die = ['Hardcore','Hardcore','','','','']#just in case 4 modules activate in the same frame lol
sl = [1,2,3,4,5,7,9,11,13,14,15,16,17,18,19]
sb = [1,1,2,2,3,3,4,4]
sk = [3,5,7,9,11,13,15,17]
sh = [4,10,16,22,28,34,40,46,52,58]
sa1 = [1,1,2,2,3,3,4,4]
sa2 = [1,1,2,2,3,3,4,4]
te = ['a','b','c','d','e','f','g','h','i','j','k','l','m','n','o','p','q','r','s','t','u','v','w','x','y','z']
cl = [1,2,3,4,5,6,8,9,10,11,12,14]
cb1 = [1,1,2,2,3,3,4,4]
cb2 = [1,1,2,2,3,3,4,4]
cord = ['Button 1','Button 2','Lever Left','Lever Right']
def setup():
    global title
    size(500,1050)
    background(200)
    title = loadImage('https://oyohub.s3.amazonaws.com/spriteeditor/projects/59ff7bf1ca292c38749df130/mttitle.gif')
def mousePressed():
    mous['pr'] = 1
def mouseReleased():
    mous['pr'] = 0
def keyPressed():
    if li['on'] > 0:
        if li['pl'] < 3:
            if keyboard.key == li['st'][li['pl']] and keyboard.key != ".":
                li['pl'] += 1
def draw():
    background(start['col'],200-(start['col']-200),200-(start['col']-200))
    if start['col'] > 200:
        start['col'] -= 1
    if mous['pr'] > 0:
        mous['pr'] += 1
    if mous['pr'] > 30: #hold number limit
        mous['pr'] = 30
    if start['a'] == 1:
        #timer
        fill(100)
        rect(350,50,100,100)
        fill(50)
        rect(360,60,80,60)
        fill(0)
        rect(350,150,100,6)
        rect(360,60,80,3)
        text('tip:scroll down',300,175)
        pushMatrix()
        fill(0,240,0)
        textSize(30)
        textAlign(CENTER, CENTER)
        text(mous['time']/60,400,90)
        popMatrix()
        mous['time'] += 1
        ellipseMode(CENTER,CENTER)
        fill(200,0,0)
        if start['lives'] == 0:
            fill(50)
        ellipse(375,135,20,20)
        if start['lives'] == 1:
            fill(50)
        ellipse(400,135,20,20)
        if start['lives'] == 2:
            fill(50)
        ellipse(425,135,20,20)
        #lever stuff
        fill(100)
        rect(50,200,200,200)
        fill(150)
        rect(70,220,60,160)
        fill(105,l['col'],105)
        rect(170,220,60,160)
        fill(240,0,0)
        rect(170,220+(160-l['on']/2),60,l['on']/2)
        fill(0)
        rect(70,217,60,3)
        rect(170,217,60,3)
        rect(90,230,20,140)
        rect(50,400,200,6)
        fill(200,0,0)
        rect(60,l['y'],80,30)
        fill(200,50,50)
        rect(60,l['y']-15,80,30)
        if l['on'] == 0:
            if randint(1,400) == 1:
                l['on'] = 320
        if l['on'] == 1:
            start['lives'] -= 1
            start['col'] = 255
            die[2-start['lives']] = 'Vertical Lever'
        if l['on'] > 0:
            l['on'] -= 1
        if mous['pr'] > 0 and l['grab'] == 1:
            if mouse.y > l['y'] - 25 and mouse.y < l['y'] + 40 and mouse.x > 50 and mouse.x < 150:
                l['y'] = mouse.y - 15
        if l['y'] < 210:
            l['y'] = 210
        elif l['y'] > 360:
            l['y'] = 360
        if l['y'] == 360:
            l['grab'] = 0
            l['col'] = 255
            l['on'] = 0
        if l['grab'] == 0:
            if len(sl) == 0:
                l['y'] = 210
                l['grab'] = 1
                l['col'] = 105
                sl.append(1)
                sl.append(2)
                sl.append(3)
                sl.append(4)
                sl.append(5)
                sl.append(7)
                sl.append(9)
                sl.append(11)
                sl.append(13)
                sl.append(14)
                sl.append(15)
                sl.append(16)
                sl.append(17)
                sl.append(18)
                sl.append(19)
            else:
                k = sl.pop()
                l['y'] -= k
                l['col'] -= k
        #button things
        fill(100)
        rect(50,50,250,100)
        fill(200,0,0)
        rect(60,80,80,60)
        fill(200,50,50)
        rect(60,b['y'],80,80)
        fill(50)
        rect(160,60,80,80)
        rect(260,60,30,80)
        fill(0)
        rect(50,150,250,6)
        rect(160,60,80,3)
        rect(260,60,30,3)
        fill(240,0,0)
        rect(260,140-(b['on']/9),30,b['on']/9)
        fill(0,240,0)
        pushMatrix()
        textSize(30)
        textAlign(CENTER, CENTER)
        text(b['cou'],200,100)
        popMatrix()
        if b['on'] == 0:
            if randint(1,600) == 1:
                b['on'] = 720
                b['cou'] = 300
        if b['on'] == 1:
            start['lives'] -= 1
            start['col'] = 255
            die[2-start['lives']] = 'Single Button'
            b['cou'] = 0
        if b['on'] > 0:
            b['on'] -= 1
        if b['press'] == 0:
            if len(sb) == 0:
                b['y'] = 40
                b['press'] = 1
                sb.append(1)
                sb.append(1)
                sb.append(2)
                sb.append(2)
                sb.append(3)
                sb.append(3)
                sb.append(4)
                sb.append(4)
            else:
                k = sb.pop()
                b['y'] -= k
                if str(b['cou']).isdigit():
                    b['cou'] -= k
        if mous['pr'] == 2 and b['press'] == 1:
            if mouse.x > 60 and mouse.y > 40 and mouse.x < 140 and mouse.y < 140:
                b['y'] = 60
                b['press'] = 0
        if b['cou'] == 0:
            b['cou'] = 'SB'
            b['on'] = 0
        #the nob lol
        fill(100)
        rect(300,200,150,200)
        fill(50)
        rect(310,310,80,80)
        rect(410,210,30,180)
        fill(0,240,0)
        rect(310,310+(80-kn['bar']),80,kn['bar'])
        fill(0)
        rect(300,400,150,6)
        rect(310,307,80,3)
        rect(410,210,30,3)
        fill(240,0,0)
        rect(410,390-(kn['on']/20),30,(kn['on']/20))
        ellipseMode(CENTER, CENTER)
        fill(50)
        ellipse(350,250,80,80)
        beginShape()
        vertex(310,250)
        vertex(310,230)
        vertex(390,230)
        vertex(390,250)
        endShape()
        fill(60)
        ellipse(350,230,80,80)
        rectMode(CENTER, CENTER)
        fill(240)
        pushMatrix()
        translate(350,230)
        rotate(kn['r'])
        rect(0,0,70,5)
        popMatrix()
        rectMode(LEFT, TOP)
        if kn['on'] == 0:
            if randint(1,1800) == 1:
                kn['on'] = 3600
        if kn['on'] == 1:
            start['lives'] -= 1
            start['col'] = 255
            die[2-start['lives']] = 'The Knob'
            kn['bar'] = 0
        if kn['on'] > 0:
            kn['on'] -= 1
        if mouse.x > 310 and mouse.x < 390 and mouse.y > 190 and mouse.y < 290 and mous['pr'] > 0 and kn['turn'] == 1:
            kn['r'] += PI/30
            if kn['on'] > 0:
                kn['bar'] += .1
        if kn['bar'] > 80:
            kn['bar'] = 80
        if kn['bar'] == 80:
            kn['on'] = 0
            kn['turn'] = 0
        if kn['turn'] == 0:
            if len(sk) == 0:
                kn['bar'] = 0
                kn['turn'] = 1
                sk.append(3)
                sk.append(5)
                sk.append(7)
                sk.append(9)
                sk.append(11)
                sk.append(13)
                sk.append(15)
                sk.append(17)
            else:
                k = sk.pop()
                kn['bar'] -= k
        #multitasking plus time
        #horizontal levers
        fill(100)
        rect(50,450,400,100)
        fill(150)
        rect(70,470,310,60)
        fill(105,h['col'],105)
        rect(390,460,50,80)
        fill(240,0,0)
        rect(390,460+(80-h['on']/6),50,h['on']/6)
        fill(0)
        rect(50,550,400,6)
        rect(70,470,310,3)
        rect(80,490,290,20)
        rect(390,460,50,3)
        fill(200,0,0)
        rect(h['x'],460,30,80)
        fill(200,50,50)
        rect(h['x'],440,30,80)
        if h['on'] == 0:
            if randint(1,400) == 1:
                h['on'] = 480
        if h['on'] == 1:
            start['lives'] -= 1
            start['col'] = 255
            die[2-start['lives']] = 'Horizontal Lever'
        if h['on'] > 0:
            h['on'] -= 1
        if mous['pr'] > 0 and h['grab'] == 1:
            if mouse.x > h['x'] - 20 and mouse.x < h['x'] + 50 and mouse.y > 440 and mouse.y < 550:
                h['x'] = mouse.x - 15
        if h['x'] < 60:
            h['x'] = 60
        elif h['x'] > 370:
            h['x'] = 370
        if h['x'] == 370:
            h['grab'] = 0
            h['col'] = 255
            h['on'] = 0
        if h['grab'] == 0:
            if len(sh) == 0:
                h['x'] = 60
                h['grab'] = 1
                h['col'] = 105
                sh.append(8)
                sh.append(10)
                sh.append(16)
                sh.append(22)
                sh.append(28)
                sh.append(34)
                sh.append(40)
                sh.append(46)
                sh.append(52)
                sh.append(58)
            else:
                k = sh.pop()
                h['x'] -= k
                h['col'] -= k/2
        #alternating buttons
        fill(100)
        rect(50,600,200,200)
        fill(200,0,0)
        rect(60,630,80,60)#1
        rect(160,630,80,60)#2
        fill(200,50,50)
        rect(60,ab['y1'],80,80)#1
        rect(160,ab['y2'],80,80)#2
        fill(50)
        rect(60,710,80,80)
        rect(160,710,80,35)
        rect(160,755,80,35)
        fill(240,0,0)
        rect(160,755,ab['on']/10,35)
        fill(0)
        rect(50,800,200,6)
        rect(60,710,80,3)
        rect(160,710,80,3)
        rect(160,755,80,3)
        fill(0,240,0)
        pushMatrix()
        textSize(30)
        textAlign(CENTER, CENTER)
        text(ab['cou'],100,750)
        popMatrix()
        if ab['on'] == 0:
            pass
        elif ab['side'] == 0:
            pushMatrix()
            textSize(30)
            textAlign(CENTER, CENTER)
            text('<      ',200,728)
            popMatrix()
        elif ab['side'] == 1:
            pushMatrix()
            textSize(30)
            textAlign(CENTER, CENTER)
            text('      >',200,728)
            popMatrix()
        if ab['on'] == 0:
            if randint(1,700) == 1:
                ab['on'] = 800
                ab['cou'] = 10
                ab['side'] = randint(0,1)
        if ab['on'] == 1:
            start['lives'] -= 1
            start['col'] = 255
            die[2-start['lives']] = 'Alternating Buttons'
            ab['cou'] = 0
        if ab['on'] > 1:
            ab['on'] -= 1
        if ab['press1'] == 0:
            if len(sa1) == 0:
                ab['y1'] = 590
                ab['press1'] = 1
                sa1.append(1)
                sa1.append(1)
                sa1.append(2)
                sa1.append(2)
                sa1.append(3)
                sa1.append(3)
                sa1.append(4)
                sa1.append(4)
            else:
                k = sa1.pop()
                ab['y1'] -= k
        if ab['press2'] == 0:
            if len(sa2) == 0:
                ab['y2'] = 590
                ab['press2'] = 1
                sa2.append(1)
                sa2.append(1)
                sa2.append(2)
                sa2.append(2)
                sa2.append(3)
                sa2.append(3)
                sa2.append(4)
                sa2.append(4)
            else:
                k = sa2.pop()
                ab['y2'] -= k
        if mous['pr'] == 2 and ab['press1'] == 1:
            if mouse.x > 60 and mouse.y > 590 and mouse.x < 140 and mouse.y < 690:
                ab['y1'] = 610
                ab['press1'] = 0
                if str(ab['cou']).isdigit() and ab['side'] == 0:
                    ab['cou'] -= 1
                ab['side'] = 1
        if mous['pr'] == 2 and ab['press2'] == 1:
            if mouse.x > 160 and mouse.y > 590 and mouse.x < 240 and mouse.y < 690:
                ab['y2'] = 610
                ab['press2'] = 0
                if str(ab['cou']).isdigit() and ab['side'] == 1:
                    ab['cou'] -= 1
                ab['side'] = 0
        if ab['cou'] == 0:
            ab['cou'] = 'SB'
            ab['on'] = 0
        #letter input
        fill(100)
        rect(300,600,150,200)
        fill(50)
        rect(310,610,130,80)
        rect(310,775,130,16)
        fill(150)
        for j in range(4):
            for i in range(10):
                rect(310+(i*13),710+(j*13),10,10)
        rect(336,762,75,10)
        fill(240,0,0)
        rect(310,775,li['on']/5,16)
        fill(0)
        rect(300,800,150,6)
        rect(310,610,130,3)
        rect(310,775,130,3)
        fill(0,240,0)
        pushMatrix()
        textSize(30)
        textAlign(CENTER, CENTER)
        text(li['st'][0],355,650)
        if li['pl'] < 1:
            fill(0,100,0)
        text(li['st'][1],375,650)
        if li['pl'] < 2:
            fill(0,100,0)
        text(li['st'][2],395,650)
        popMatrix()
        if li['on'] == 0:
            if randint(1,500) == 1:
                li['on'] = 650
                li['st'] = te[randint(0,25)]+te[randint(0,25)]+te[randint(0,25)]
                li['pl'] = 0
        if li['on'] == 1:
            start['lives'] -= 1
            start['col'] = 255
            die[2-start['lives']] = 'Letter Input'
            li['pl'] = 3
        if li['on'] > 0:
            li['on'] -= 1
        if li['pl'] == 3:
            li['pl'] = 4
            li['on'] = 0
            li['st'] = "..."
        #combo module
        fill(100)
        rect(50,850,400,150)
        fill(200,0,0)
        rect(60,880,80,60)
        rect(160,880,80,60)
        fill(200,50,50)
        rect(60,c['y1'],80,80)#1
        rect(160,c['y2'],80,80)#2
        fill(150)
        rect(260,870,170,60)
        fill(50)
        rect(60,960,180,30)
        rect(260,960,80,30)
        rect(350,960,80,30)
        fill(240,0,0)
        rect(350,960,c['on']/18,30)
        fill(0)
        rect(270,890,150,20)
        rect(50,1000,400,6)
        rect(260,870,170,3)
        rect(60,960,180,3)
        rect(260,960,80,3)
        rect(350,960,80,3)
        fill(200,0,0)
        rect(c['x'],860,30,80)
        fill(200,50,50)
        rect(c['x'],840,30,80)
        fill(0,240,0)
        pushMatrix()
        textSize(20)
        textAlign(CENTER, CENTER)
        text(c['order'],150,976)
        text(c['cou'],300,976)
        popMatrix()
        if c['on'] == 0:
            if randint(1,1600) == 1:
                c['on'] = 1440
                c['order'] = cord[randint(0,3)]
                c['cou'] = 5
        if c['on'] == 1:
            start['lives'] -= 1
            start['col'] = 255
            die[2-start['lives']] = 'Combo Module'
            c['cou'] = 0
        if c['on'] > 0:
            c['on'] -= 1
        if mouse.x > c['x'] - 25 and mouse.x < c['x'] + 55 and mouse.y > 860 and mouse.y < 920 and c['grab'] == 1 and mous['pr'] > 0:
            c['x'] = mouse.x - 15
        if c['x'] > 410:
            c['x'] = 410
        if c['x'] < 250:
            c['x'] = 250
        if c['x'] == 410:
            c['grab'] = 0
            if c['order'] == 'Lever Right' and c['on'] != 0:
                c['cou'] -= 1
                c['order'] = cord[randint(0,3)]
        if c['x'] == 250:
            c['grab'] = 0
            if c['order'] == 'Lever Left' and c['on'] != 0:
                c['cou'] -= 1
                c['order'] = cord[randint(0,3)]
        if c['grab'] == 0:
            if c['x'] > 330:
                if len(cl) == 0:
                    c['x'] = 330
                    cl.append(1)
                    cl.append(2)
                    cl.append(3)
                    cl.append(4)
                    cl.append(5)
                    cl.append(6)
                    cl.append(8)
                    cl.append(9)
                    cl.append(10)
                    cl.append(11)
                    cl.append(12)
                    cl.append(14)
                    c['grab'] = 1
                else:
                    k = cl.pop()
                    c['x'] -= k
            else:
                if len(cl) == 0:
                    c['x'] = 330
                    cl.append(1)
                    cl.append(2)
                    cl.append(3)
                    cl.append(4)
                    cl.append(5)
                    cl.append(6)
                    cl.append(8)
                    cl.append(9)
                    cl.append(10)
                    cl.append(11)
                    cl.append(12)
                    cl.append(14)
                    c['grab'] = 1
                else:
                    k = cl.pop()
                    c['x'] += k
        if mouse.x > 60 and mouse.x < 140 and mouse.y > 840 and mouse.y < 940 and mous['pr'] == 2 and c['press1'] == 1:
            c['press1'] = 0
            c['y1'] = 860
            if c['order'] == 'Button 1' and c['on'] != 0:
                c['cou'] -= 1
                c['order'] = cord[randint(0,3)]
        if c['press1'] == 0:
            if len(cb1) == 0:
                c['y1'] = 840
                c['press1'] = 1
                cb1.append(1)
                cb1.append(1)
                cb1.append(2)
                cb1.append(2)
                cb1.append(3)
                cb1.append(3)
                cb1.append(4)
                cb1.append(4)
            else:
                k = cb1.pop()
                c['y1'] -= k
        if mouse.x > 160 and mouse.x < 240 and mouse.y > 840 and mouse.y < 940 and mous['pr'] == 2 and c['press2'] == 1:
            c['press2'] = 0
            c['y2'] = 860
            if c['order'] == 'Button 2' and c['on'] != 0:
                c['cou'] -= 1
                c['order'] = cord[randint(0,3)]
        if c['press2'] == 0:
            if len(cb2) == 0:
                c['y2'] = 840
                c['press2'] = 1
                cb2.append(1)
                cb2.append(1)
                cb2.append(2)
                cb2.append(2)
                cb2.append(3)
                cb2.append(3)
                cb2.append(4)
                cb2.append(4)
            else:
                k = cb2.pop()
                c['y2'] -= k
        if c['cou'] == 0:
            c['order'] = ''
            c['on'] = 0
            c['cou'] = 'SB'
        #dededeath dededetection
        if start['lives'] < 1:
            background(150,50,50)
            fill(0)
            textSize(50)
            text('Game Over',250,400)
            textSize(40)
            text('Causes of Loss:',250,500)
            textSize(30)
            text('Life 1:'+die[0],250,600)
            text('Life 2:'+die[1],250,640)
            text('Life 3:'+die[2],250,680)
            textSize(40)
            text('Score:'+str(mous['time']/60),250,740)
            exitp()
    else:
        pushMatrix()
        textAlign(CENTER, CENTER)
        fill(100)
        rect(150,150,200,100)
        fill(150,100,100)
        rect(50,900,400,100)
        fill(0)
        rect(150,250,200,6)
        rect(50,1000,400,6)
        textSize(30)
        text('v v v  How to play  v v v',250,300)
        textSize(20)
        text('Goal: survive for as long as you can',250,400)
        text('by deactivating widgets.',250,420)
        text('Each widget is deactivated in a different way.',250,450)
        text("When a widget's timer runs out",250,490)
        text('(Indicated by the red bar next to it)',250,510)
        text('you lose a life. When you run out, you lose.',250,530)
        text('The amount of lives is indicated by',250,560)
        text('the red dots on the timer.',250,580)
        text('Your final score is the time on the timer.',250,610)
        textSize(15)
        text('(Tip 1: The timer is weird and ticks slower when you scroll.)',250,640)
        text('(Tip 2: You might not see all 7 widgets, scroll down.)',250,660)
        text("(Tip 3: Try to play on a real computer. It's a lot better.)",250,680)
        text('(Tip 4: Also, use a mouse.)',250,700)
        text('(Tip 5: Hold down the mouse button to spin the knob.)',250,720)
        text('(Tip 6: One of the widgets requires the keyboard. Can you guess which?)',250,740)
        textSize(50)
        fill(255)
        image(title,140,5,240,150)
        text('Play',250,200)
        text('Play Hardcore',250,950)
        popMatrix()
        if mouse.x > 150 and mouse.x < 350 and mouse.y > 150 and mouse.y < 250 and mous['pr'] == 2 and start['a'] == 0:
            start['a'] = 1
            start['lives'] = 3
        if mouse.x > 150 and mouse.x < 350 and mouse.y > 900 and mouse.y < 1000 and mous['pr'] == 2 and start['a'] == 0:
            start['a'] = 1
            start['lives'] = 1
run()

( around 667 lines python code )

Published By:

luyfru

Published on 2024-06-06T23:39:36Z

Python Mini - an OYOclass application, own your own class today.

Result

Error message shows here