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pytris.py
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pytris.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
from pprint import pprint
from random import randint
from terminal import terminal
import time, os, sys, msvcrt, _thread, multiprocessing, time
'''
keyBoard = {
"backspace" : "8",
"tab" : "9",
"enter" : "13",
"shift" : "16",
"ctrl" : "17",
"alt" : "18",
"pause" : "19",
"capslock" : "20",
"escape" : "27",
"pageup" : "33",
"pagedown" : "34",
"end" : "35",
"home" : "36",
"leftarrow" : "37",
"uparrow" : "38",
"rightarrow" : "39",
"downarrow" : "40",
"insert" : "45",
"delete" : "46",
"0" : "48",
"1" : "49",
"2" : "50",
"3" : "51",
"4" : "52",
"5" : "53",
"6" : "54",
"7" : "55",
"8" : "56",
"9" : "57",
"a" : "65",
"b" : "66",
"c" : "67",
"d" : "68",
"e" : "69",
"f" : "70",
"g" : "71",
"h" : "72",
"i" : "73",
"j" : "74",
"k" : "75",
"l" : "76",
"m" : "77",
"n" : "78",
"o" : "79",
"p" : "80",
"q" : "81",
"r" : "82",
"s" : "83",
"t" : "84",
"u" : "85",
"v" : "86",
"w" : "87",
"x" : "88",
"y" : "89",
"z" : "90",
"lwindow" : "91",
"rwindow" : "92",
"selectkey" : "93",
"numpad0" : "96",
"numpad1" : "97",
"numpad2" : "98",
"numpad3" : "99",
"numpad4" : "100",
"numpad5" : "101",
"numpad6" : "102",
"numpad7" : "103",
"numpad8" : "104",
"numpad9" : "105",
"multiply" : "106",
"add" : "107",
"subtract" : "109",
"decimalpoint" : "110",
"divide" : "111",
"f1" : "112",
"f2" : "113",
"f3" : "114",
"f4" : "115",
"f5" : "116",
"f6" : "117",
"f7" : "118",
"f8" : "119",
"f9" : "120",
"f10" : "121",
"f11" : "122",
"f12" : "123",
"numlock" : "144",
"scrolllock" : "145",
"semicolon" : "186",
"equalsign" : "187",
"comma" : "188",
"dash" : "189",
"period" : "190",
"forwardslash" : "191",
"graveaccent" : "192",
"openbracket" : "219",
"backslash" : "220",
"closebraket" : "221"
}
'''
class gamepy:
def __init__(self,):
#inicia o teblaco
_thread.start_new_thread( self.teclado, () )
def teclado(self,):
pass
class pytrix:
def __init__(self):
self.X=20
self.Y=20
self.px = 0
self.py = 0
self.pt = ''
self.ps = ''
self.bg = {}
self.pc = {}
self.P = 0
self.originalClockTime = .6
self.clockTime = .6
self.terminal = terminal()
self.brick = u'█'*2
self.wall = self.terminal.setColor(self.brick, 'Cyan' )
self.blank = self.terminal.setColor(self.brick, 'Black' )
self.pices = {
'O' : {
'up':{
0:[0,1],
1:[0,1]
},
'color':"Red"
},
'I' : {
'up':{
0:[0],
1:[0],
2:[0],
3:[0]
},
'right':{
1:[-1, 0, 1, 2]
},
'down':{
0:[0],
1:[0],
2:[0],
3:[0]
},
'left':{
1:[-1, 0, 1, 2]
},
'color':"Green"
},
'L' : {
'up':{
0:[0],
1:[0],
2:[0,1],
},
'color':"Yellow"
},
'Z' : {
'up':{
0:[0,1],
1:[1,2]
},
'color':"Blue"
},
'S' : {
'up':{
0:[2,3],
1:[1,2]
},
'color':"Magenta"
},
'T' : {
'up':{
0:[1,2,3],
1:[2]
},
'color':"White"
}
}
_thread.start_new_thread( self.teclado, () )
self.startCene()
self.novaPeca()
def teclado(self):
while True:
key = msvcrt.getch()
#print(key)
if key == b'P':
self.clockTime = self.originalClockTime / 10
if key == b'K':
self.px-=1
elif key == b'M':
self.px+=1
elif key == b'H':
self.rotate()
elif key == b'\x1b':
pass
else:
continue
self.renderPice()
#self.render()
def startCene(self):
for y in range(0,self.Y):
self.bg[y] = {}
self.pc[y] = {}
for x in range(0, self.X):
if x == 0 or x == self.X-1 or y == self.Y-1:
self.bg[y][x] = self.wall
self.pc[y][x] = self.blank
else:
self.pc[y][x] = self.blank
self.bg[y][x] = self.blank
def render(self):
cenario=''
cenario+="\n"
for y in range(0, self.Y):
for x in range(0, self.X):
if self.pc[y][x] != self.blank:
cenario+=self.pc[y][x]
self.pc[y][x] = self.blank
else:
cenario+=self.bg[y][x]
cenario+=("\n")
cenario += "Pontos: " + str(self.P)
self.terminal.printXY(cenario, 0, 0)
def calcNext(self):
self.py+=1
self.renderPice()
def renderPice(self):
if self.px == 0 and self.py == 0:
return
pice = self.pices[self.pt]
for linha in pice[self.ps]:
for pedaco in pice[self.ps][linha]:
if self.bg[self.py+linha][self.px+pedaco] == self.blank:
self.pc[self.py+linha][self.px+pedaco] = self.terminal.setColor(self.brick, pice['color'])
else:
for linha in pice[self.ps]:
for pedaco in pice[self.ps][linha]:
self.bg[self.py+linha-1][self.px+pedaco] = self.terminal.setColor(self.brick, pice['color'])
self.verifyPontos()
self.novaPeca()
def rotate(self):
if self.ps == 'up':
self.ps = 'right'
elif self.ps == 'right':
self.ps = 'down'
elif self.ps == 'down':
self.ps = 'left'
elif self.ps == 'left':
self.ps = 'up'
def novaPeca(self):
pices = ['O','I','L','Z','S','T']
# self.pt = pices[ randint(0, len(pices)-1) ]
self.pt = 'I'
self.ps = 'up'
self.px = int(self.X / 2)
self.clockTime = self.originalClockTime
self.py = 0
def verifyPontos(self):
for y in range(0, self.Y-1):
ponto=True
for x in range(0, self.X):
if x == 0 or x == self.X-1 or y == self.Y-1:
pass
else:
if self.bg[y][x] == self.blank:
ponto=False
if ponto:
self.P += 1
for x in range(0, self.X):
self.bg[y][x] = self.blank
yy = y
while (yy!=0):
self.bg[yy] = self.bg[yy-1]
yy-=1
def clock(self):
while True:
self.render()
self.calcNext()
# input('?')
time.sleep(self.clockTime)
g = pytrix()
g.clock()