def updateDisplay(state):
dw.fill(dw.black)
if (state[4] == 1): # if state sub 4 is 1, draw left arm up
dw.draw(leftHigh, (state[0] + 200, state[1] - 100))
else: # else draw left arm down
dw.draw(leftLow, (state[0] + 200, state[1] + 225))
if (state[5] == 1): # if state sub 5 is 1, draw right arm up
dw.draw(rightHigh, (state[2] - 150, state[3] - 100))
else: # else draw right arm down
dw.draw(rightLow, (state[2] - 150, state[3] + 225))
if (state[6] >= 0): # If slapCharge is positive, no slaps
slapNumberLeft = "0"
else: # if negative, one slap per 60 frames of charge / one second
slapNumberLeft = str(-state[6]//60)
if (state[7] >= 0): # If slapCharge is positive, no slaps
slapNumberRight = "0"
else: # if negative, one slap per 60 frames of charge / one second
slapNumberRight = str(-state[7]//60)
slapCounterLeft = dw.makeLabel(slapNumberLeft,
"Times New Roman, Ariel", 72, dw.white)
slapCounterRight = dw.makeLabel(slapNumberRight,
"Times New Roman, Ariel", 72, dw.white)
dw.draw(rightTorso, (state[2], state[3]))
dw.draw(leftTorso, (state[0], state[1]))
dw.draw(slapCounterLeft, (50, 650))
dw.draw(slapCounterRight, (1100, 650))
def updateDisplay(state):
dw.fill(dw.black)
if state.player1arm == 1:
dw.draw(leftHigh, (state.player1x + 200, state.player1y - 100))
else:
dw.draw(leftLow, (state.player1x + 200, state.player1y + 225))
if state.player2arm == 1:
dw.draw(rightHigh, (state.player2x - 150, state.player2y - 100))
else:
dw.draw(rightLow, (state.player2x - 150, state.player2y + 225))
if state.player1slaps >= 0:
slapNumberLeft = "0"
else:
slapNumberLeft = str(-state.player1slaps // 30)
if state.player2slaps >= 0:
slapNumberRight = "0"
else:
slapNumberRight = str(-state.player2slaps // 30)
slapCounterLeft = dw.makeLabel(slapNumberLeft, "Times New Roman, Ariel", 72, dw.white)
slapCounterRight = dw.makeLabel(slapNumberRight, "Times New Roman, Ariel", 72, dw.white)
dw.draw(rightTorso, (state.player2x, state.player2y))
dw.draw(leftTorso, (state.player1x, state.player1y))
dw.draw(slapCounterLeft, (50, 650))
dw.draw(slapCounterRight, (1100, 650))
def updateDisplay(state):
if state.Lives == (2):
label = dw.makeLabel("Lives = " + str(state.Lives), 'serif', 20, (255, 255, 255))
dw.fill(dw.blue)
dw.draw(sleepydonald, (250, 250))
dw.draw(cat, (state.x, state.y))
dw.draw(label, (850, 50))
elif state.Lives == (1):
label = dw.makeLabel("Lives = " + str(state.Lives), 'serif', 20, (255, 255, 255))
dw.fill(dw.red)
dw.draw(angrydonald, (250, 250))
dw.draw(cat, (state.x, state.y))
dw.draw(label, (850, 50))
else:
dw.fill(dw.black)
dw.draw(donald, (100, 100))
dw.draw(gameover, (350, 350))
return state
def updateDisplay(state):
#what you see on the screen at first
dw.fill(dw.black)
dw.draw(myimage, (500, 550-state.pos))
# the tachometer will reach the top of the screen when RPM = 1
dw.draw(tach, (50, 600 - 600*(state.rpm)))
#indicators
# if rpmrealistic = true, rpm will display as a function from rpmmin
# to rpmmax.
if rpmrealistic == True:
rpm = 'RPM:' + str(round((rpmmax-rpmmin)*state.rpm+rpmmin, 0))
else: rpm = 'RPM' + str (round (state.rpm, 2))
time = ((pg.time.get_ticks()) / 1000)
timelabel = 'Time:' + str(time)
# if speedrealistic = true, speed will look like mph
if speedrealistic == True:
speed = 'speed:' + str(round((50*state.velo), 0))
else:
speed = 'speed:' + str(round ((state.velo), 2))
instructions = 'W to go. R to shift. try not to stall!'
#labels
label1 = dw.makeLabel(rpm, 'impact', 40, (255, 255, 255))
label2 = dw.makeLabel(timelabel, 'impact', 40, (255, 255, 255))
label3 = dw.makeLabel(speed, 'impact', 40, (255, 255, 255))
label4 = dw.makeLabel(instructions, 'impact', 20, (255, 255, 255))
#label locations
dw.draw(label1, (250, 420))
dw.draw(label2, (250, 320))
dw.draw(label3, (250, 220))
dw.draw(label4, (250, 550))
#these are the gear indicators
if (state.gear == 1):
dw.draw(gear1, (150, 500))
if (state.gear == 2):
dw.draw(gear2, (150, 450))
if (state.gear == 3):
dw.draw(gear3, (150, 400))
if (state.gear == 4):
dw.draw(gear4, (150, 350))
if (state.gear == 5):
dw.draw(gear5, (150, 300))
else:
return None
def updateDisplay(state):
dw.fill((100, 0, 70))
dw.draw(state.img, (state.xpos, state.ypos))
dw.draw(dw.makeLabel("Click to Survive! Score: " + str(counter), "Vendera", 25, dw.red), (12, 12))
import runWorld as rw
import drawWorld as dw
import pygame as pg
name = "UVA"
width = 1000
height = 1000
rw.newDisplay(width, height, name)
initState = (0,1)
myimage = dw.loadImage("uva.png")
mylabel = dw.makeLabel("Go Hoos!", "arial", 100, (0,0,255))
otherlabel = dw.makeLabel("Don't lose the Hoos", "serif", 80, (255,255,255))
def updateDisplay(state):
dw.fill(dw.blue)
dw.draw(otherlabel, (150,100))
dw.draw(myimage, (state[0], width/50))
dw.draw(mylabel, (250,250))
def updateState(state):
return((state[0]+state[1]),state[1])
def endState(state):
if (state[0] >= width or state[0] < -width):
return True
else:
def updateDisplay(state):
if (gameState == 0):
dw.fill((100, 0, 70))
dw.draw(myimage, (state[0], state[2]))
dw.draw(dw.makeLabel("Click to Survive! Score: " + str(counter), "Vendera", 25, dw.red), (12, 12))
fig = 20
tiffany = (66,199,249)
rw.newDisplay(width, height, name)
################################################################
# Display the state by drawing a cat at that x coordinate
myimage = dw.loadImage("cat.bmp")
myfish= dw.loadImage("Fish.bmp")
myacpnt = dw.loadImage("circle.bmp")
inst_line1 = "When the cat catches the fish, you win!"
inst_line2 = "Every time the cat reaches one of the points, it would accelerate."
inst_line3 = "When the cat reaches the lower and upper bounds, it will bounce back."
inst_line4 = "When the cat touches the left and right sides, it will die and the game is over."
inst_line5 = "Click the mouse and get start. Enjoy!"
mylabel0 = dw.makeLabel("Instructions:","serif",24,dw.black)
mylabel1 = dw.makeLabel(inst_line1,"serif",12,dw.black)
mylabel2 = dw.makeLabel(inst_line2,"serif",12,dw.black)
mylabel3 = dw.makeLabel(inst_line3,"serif",12,dw.black)
mylabel4 = dw.makeLabel(inst_line4,"serif",12,dw.black)
mylabel5 = dw.makeLabel(inst_line5,"serif",12,dw.black)
firstdisp = True
# state -> image (IO)
# draw the cat halfway up the screen (height/2) and at the x
# coordinate given by the first component of the state tuple
#
def updateDisplay(state):
global firstdisp
dw.fill(tiffany)
import runWorld as rw
import drawWorld as dw
import pygame as pg
name = "UVA"
width = 1000
height = 1000
rw.newDisplay(width, height, name)
initState = (0,1)
myimage = dw.loadImage("uva.png")
mylabel = dw.makeLabel("Go Hoos!", "arial", 100, (0,0,255))
def updateDisplay(state):
dw.fill(dw.blue)
dw.draw(myimage, (state[0], width/50))
dw.draw(mylabel, (250,250))
def updateState(state):
return((state[0]+state[1]),state[1])
def endState(state):
if (state[0] >= width or state[0] < 0):
return True
else:
return False
def updateDisplay(state):
dw.fill(dw.blue)
dw.draw(myimage, (state.x, state.y))
dw.draw(myimage2, (state.x, state.y-50))
dw.draw(dw.makeLabel("SPEED: "+ str(counter), "Helvetica", 50, dw.black), (12, 12))
dw.draw(dw.makeLabel("Try to reach max speed!", "Helvetica", 50, dw.black), (50, 50))
