def main():
plan1 = "200 200 400 400"
plan2 = "0 250 600 300"
plan3 = ""
plan4 = ""
plan5 = ""
janela = tkinter.Tk()
canvas_altura = 720
canvas_largura = 1280
tela = tkinter.Canvas(janela,
bg='white',
width=canvas_largura,
height=canvas_altura)
#~ quad = tela.create_rectangle(20,20,150,160,width=2,fill="red")
pl1 = TP.cria_plano(plan1)
pl2 = TP.cria_plano(plan2)
quad1 = tela.create_rectangle(pl1, width=1, fill="red")
quad2 = tela.create_rectangle(pl2, width=1, fill="blue")
pl_sob = TP.sobreposicao_planos(pl1, pl2)
if None != pl_sob:
tela.create_rectangle(pl_sob, width=1, fill="purple")
tela.pack()
#~ for i in range(100):
#~
#~ tela.move(quad1,5,5)
#~ tela.update()
#~ time.sleep(.1)
janela.mainloop()
return 0
def quebratijolos(matriz,bola,tela,vet): tijolo = [] for col in range (len(matriz)): for lin in range (len(matriz[col])): posbola = tela.bbox(bola) tijolo = tela.bbox(matriz[col][lin]) if posbola != None and tijolo != None: sobreposto = TP.sobreposicao_planos(posbola,tijolo) if tijolo != None and sobreposto != None: vet = TB.dir_bola(vet,sobreposto,posbola) tela.delete(matriz[col][lin]) matriz[col][lin]=[0,0,0,0] return vet
def quebratijolos(matriz, bola, tela, vet):
tijolo = []
for col in range(len(matriz)):
for lin in range(len(matriz[col])):
posbola = tela.bbox(bola)
tijolo = tela.bbox(matriz[col][lin])
if posbola != None and tijolo != None:
sobreposto = TP.sobreposicao_planos(posbola, tijolo)
if tijolo != None and sobreposto != None:
vet = TB.dir_bola(vet, sobreposto, posbola)
tela.delete(matriz[col][lin])
matriz[col][lin] = [0, 0, 0, 0]
return vet
def barras_laterais(barras,boll,vet,tela): for elem in range(len(barras)): posbola = tela.bbox(boll) sobreposto = TP.sobreposicao_planos(posbola,barras[elem]) if sobreposto != None: vet = TB.dir_bola(vet,sobreposto,posbola) return vet #### #~ def movecomando(janela,comando): #~ ws = janela.winfo_screenwidth() #~ hs = janela.winfo_screenheight() #~ x = janela.winfo_pointerxy()[0] #~ print(x, ws,hs) #~ input() janela.move(comando,x)
def barras_laterais(barras, boll, vet, tela):
for elem in range(len(barras)):
posbola = tela.bbox(boll)
sobreposto = TP.sobreposicao_planos(posbola, barras[elem])
if sobreposto != None:
vet = TB.dir_bola(vet, sobreposto, posbola)
return vet
####
# ~ def movecomando(janela,comando):
# ~ ws = janela.winfo_screenwidth()
# ~ hs = janela.winfo_screenheight()
# ~ x = janela.winfo_pointerxy()[0]
# ~ print(x, ws,hs)
# ~ input()
janela.move(comando, x)
def main():
############## tkinter criando janelas
janela = tkinter.Tk() #
canvas_altura = 600 #
canvas_largura = 600 #
tela = tkinter.Canvas(janela, bg='white', width=canvas_largura, height=canvas_altura) #
###############
######## paredes
plano1= TP.cria_plano("200 200 400 400")
plano2= TP.cria_plano("150 350 300 450")
plano3= TP.cria_plano("300 150 450 300")
plano4= TP.cria_plano("300 250 350 500")
tela.create_rectangle(plano1,width=0,fill="red")
tela.create_rectangle(plano2,width=1,fill="blue")
#~ tela.create_rectangle(plano3,width=1,fill="green")
#~ tela.create_rectangle(plano4,width=1,fill="lightblue")
dif1=TP.sobreposicao_planos(plano1,plano2)
print(dif1[0]-plano2[0],dif1[1]-plano2[1],dif1[2]-plano2[2],dif1[3]-plano2[3])
#~ dif2=TP.sobreposicao_planos(plano1,plano3)
#~ print(dif2[0]-plano3[0],dif2[1]-plano3[1],dif2[2]-plano3[2],dif2[3]-plano3[3])
#~ dif3=TP.sobreposicao_planos(plano1,plano4)
#~ print(dif3[0]-plano4[0],dif3[1]-plano4[1],dif3[2]-plano4[2],dif3[3]-plano4[3])
######## paredes
tela.pack()
janela.mainloop() #
####################
return 0
def main():
############## tkinter criando janelas
janela = tkinter.Tk() #
canvas_altura = 600 #
canvas_largura = 600 #
tela = tkinter.Canvas(janela,
bg='white',
width=canvas_largura,
height=canvas_altura) #
###############
######## paredes
plano1 = TP.cria_plano("200 200 400 400")
plano2 = TP.cria_plano("150 350 300 450")
plano3 = TP.cria_plano("300 150 450 300")
plano4 = TP.cria_plano("300 250 350 500")
tela.create_rectangle(plano1, width=0, fill="red")
tela.create_rectangle(plano2, width=1, fill="blue")
#~ tela.create_rectangle(plano3,width=1,fill="green")
#~ tela.create_rectangle(plano4,width=1,fill="lightblue")
dif1 = TP.sobreposicao_planos(plano1, plano2)
print(dif1[0] - plano2[0], dif1[1] - plano2[1], dif1[2] - plano2[2],
dif1[3] - plano2[3])
#~ dif2=TP.sobreposicao_planos(plano1,plano3)
#~ print(dif2[0]-plano3[0],dif2[1]-plano3[1],dif2[2]-plano3[2],dif2[3]-plano3[3])
#~ dif3=TP.sobreposicao_planos(plano1,plano4)
#~ print(dif3[0]-plano4[0],dif3[1]-plano4[1],dif3[2]-plano4[2],dif3[3]-plano4[3])
######## paredes
tela.pack()
janela.mainloop() #
####################
return 0
def main():
############## tkinter criando janelas
janela = tkinter.Tk() #
canvas_altura = 600 #
canvas_largura = 600 #
tela = tkinter.Canvas(janela, bg='white', width=canvas_largura, height=canvas_altura) #
###############
######## paredes
plano1= TP.cria_plano("0 0 600 2")
plano2= TP.cria_plano("0 0 2 600")
plano3= TP.cria_plano("598 0 600 600")
plano4= TP.cria_plano("0 598 600 600")
plano_A= TP.cria_plano("200 200 202 600")
plano_B= TP.cria_plano("300 300 600 302")
tela.create_rectangle(plano_B,width=0,fill="red")
tela.create_rectangle(plano_A,width=0,fill="red")
tela.create_rectangle(plano1,width=0,fill="red")
tela.create_rectangle(plano2,width=0,fill="red")
tela.create_rectangle(plano3,width=0,fill="red")
tela.create_rectangle(plano4,width=0,fill="red")
######## paredes
# bola
bola = TB.cria_bola(50,10,100)
boll = tela.create_oval(bola,width=0,fill="red")
# bola
tela.pack()
## fisica da bola
barra= None
vet = "SE"
barras=[plano1,plano2,plano3,plano4,plano_A,plano_B]
while 1:
for elem in barras:
if TP.sobreposicao_planos(bola,elem) != None:
barra = TP.direcao_parede(elem)
vet = TB.vet_bola(vet,barra)
print(vet,barra)
TB.move_bola(bola,vet)
boll = tela.create_oval(bola,width=2,fill="red")
tela.update()
time.sleep(.01)
#~ if TB.vet_bola(vet,barra) == "NO":
#~ tela.move(boll,-1,-1)
#~ tela.update()
#~ time.sleep(.01)
#~ if TB.vet_bola(vet,barra) == "SE":
#~ tela.move(boll,1,1)
#~ tela.update()
#~ time.sleep(.01)
#~ if TB.vet_bola(vet,barra) == "SO":
#~ tela.move(boll,-1,1)
#~ tela.update()
#~ time.sleep(.01)
## fisica da bola
################### escrevendo janela com tkinter
#
janela.mainloop() #
####################
return 0