Python art.image函数代码示例

def vertical():
  for i in range(0,width):
    for j in range(0,height):
      if i % 4 == 0:
        image(x + i * 60, y + j * 60, "misc/YellowFlower.png")
      else:
        image(x + i * 60, y + j * 60, "misc/Clover.png")

def gameOver(i, j):
  tx = startx + i * size
  ty = starty + j * size
  red(tx,ty)
  bombx=(size-48)/2
  image(tx + bombx,ty+bombx, "http://png-2.findicons.com/files/icons/2023/standard_smile/48/bomb.png")
  image((screen_width-260)/2,starty + size*5 - 82, "http://media.urbandictionary.com/image/page/gameover-8320.jpg")

def diagonal(spacing):
  for i in range(0,width):
    for j in range(0,height):
      if (i+j) % spacing == 0:
        image(x + i * 60, y + j * 60, "misc/YellowFlower.png")
      else:
        image(x + i * 60, y + j * 60, "misc/Clover.png")

def draw(Num_1,Num_2):
  if Winner == 3:
   image(850,50,"http://i.imgur.com/0zoXV5h.png")
   color("White")
   box(840,120,500,200)
   color("Black")
   text(850,125, "Player 1: %d" % Num_1)
   text(1050,125, "Player 2: %d" % Num_2)
   image(850,155,"animals/Diplodocus.png")
   image(1050,180,"animals/Stegosaurus.png")
  
   x = 25
   y = 25

   color("green")
   box(25,25,800,800)

   color("black")
   for i in range(0,9):
    line(x,y,x,(y+800))
    x += 100
   x = 25

   for j in range(0,9):
    line(x,y,(x+800),y)
    y += 100
  
   for a in range(0,8):
    for b in range(0,8):
      if Grid[a][b] == 1:
        y1 = a
        x1 = b
        y1 *= 100
        y1 += 30
        x1 *= 100
        x1 += 30
        image(x1,y1,"animals/Diplodocus.png")
      elif Grid[a][b] == 2:
       y1 = a
       x1 = b
       y1 *= 100
       y1 += 55
       x1 *= 100
       x1 += 35
       image(x1,y1,"animals/Stegosaurus.png")

def handle_mousedown(x, y):
    global Pturn
    Array_X = (x - offset_x) // cell_size  # sets xcoord for array from click
    Array_Y = (y - offset_y) // cell_size  # sets ycoord for array from click
    if Array_X >= 7 or Array_X < 0 or Array_Y < 0 or Array_Y >= 7:
        return 0  # breaks function if outside of grid without switching

    CentreX = (Array_X + 1) * 100 + 75  # finds centre point for dot as below
    CentreY = (2 + Array_Y) * 100 + 50

    # if (matrix[Array_Y-1][Array_X] != 0):
    if Array_Y == 6 or matrix[Array_Y + 1][Array_X] != 0:
        if matrix[Array_Y][Array_X] == 0:  #!= 1 or matrix[Array_Y][Array_X] != -1:
            if Pturn == 1:
                print(Array_X)
                print(Array_Y)
                color("red")
                Pturn = -1
            else:
                print(Array_X)
                print(Array_Y)
                color("yellow")
                Pturn = 1

            spot(CentreX - 1, CentreY - 1, 35)
            matrix[Array_Y][Array_X] = -Pturn

            if checkwin(matrix) == True:
                print("Red wins")
                #  color("red")
                image(
                    125,
                    200,
                    "https://photos-2.dropbox.com/t/0/AAADMd5_ZYX1JR1o2m2Wcn-smmLnF1NQCdP_dF0rf8PdUA/12/85596892/png/1024x768/3/1408705200/0/2/RED_WINS.png/2RKVLGw4E8Oh-w3vRAduhboRA1CZEgjUl5W70FAWTdc",
                )

            elif checkwin(matrix) == False:
                print("P2 wins")
                image(
                    125,
                    200,
                    "https://photos-3.dropbox.com/t/0/AAAQatRVEnQ5-zZZJKOkmSlPE78GJ3la0QewGPWgaNkBZA/12/85596892/png/1024x768/3/1408705200/0/2/YELLOW_WINS.png/eIEUmrzdj3JywkWfYV6ScacXMdkSRb5PkVLiumDJiDo",
                )
            return 0

def handle_mousedown(Mx,My, button):
  global lastx, lasty, VisibleArray, BombArray, lost, won, NumberUncovered
  
  Mx = Mx - StartingX
  My = My - StartingY
  if lost == False and won == False:
    if button == "left":
      if 0 < Mx < SquareSize*WLimit: 
        if 0 < My < SquareSize*HLimit:
          i=Mx/SquareSize
          j=My/SquareSize
          lastx = i
          lasty = j
          if VisibleArray[lastx][lasty] == 0:
            VisibleArray[lastx][lasty] = 1
            NumberUncovered += 1
            if BombArray[lastx][lasty] == 0:
              FloodBoard(lastx,lasty)
            else:
              IsBomb(lastx,lasty)
          if lost == True:
           for x in range(0,HLimit):
            for y in range(0,WLimit):
              if BombArray[x][y] == -1:
                VisibleArray[x][y] = 1
          elif HLimit * WLimit - NumberOfBombs == NumberUncovered:
             won = True
          DrawGrid()
          if lost == True:
            image(StartingX,StartingY, "http://www.ezimba.com/work/140822C/ezimba16125715215800.png")
          elif won == True:
            image(StartingX,StartingY,"http://www.ezimba.com/work/140822C/ezimba16125711294800.png")
    elif button == "right": 
      if 0 < Mx < SquareSize*WLimit: 
        if 0 < My < SquareSize*HLimit:
          i=Mx/SquareSize
          j=My/SquareSize
          lastx = i
          lasty = j
          if VisibleArray[lastx][lasty] == 0:
            VisibleArray[lastx][lasty] = 2
          elif VisibleArray[lastx][lasty] == 2:
            VisibleArray[lastx][lasty] = 0
          DrawGrid()

def draw(Num_1,Num_2):
  if Winner == 3:
   image(450,50,"http://i.imgur.com/0zoXV5h.png")
   text(450,150, "Player 1: (%d)" % Num_1)
   text(450,250, "Player 2: (%d)" % Num_2)
  
   x = 25
   y = 25

   color("green")
   box(25,25,400,400)

   color("black")
   for i in range(0,9):
    line(x,y,x,(y+400))
    x += 50
   x = 25

   for j in range(0,9):
    line(x,y,(x+400),y)
    y += 50
  
   for a in range(0,8):
    for b in range(0,8):
      if Grid[a][b] == 1:
        y1 = a
        x1 = b
        y1 *= 125
        y1 += 15
        y1 /= 2.0
        x1 *= 125
        x1 += 15
        x1 /= 2.0
        image(x1,y1,"http://i.imgur.com/Ef7rj15.png")
      elif Grid[a][b] == 2:
       y1 = a
       x1 = b
       y1 *= 125
       y1 += 15
       y1 /= 2.0
       x1 *= 125
       x1 += 5
       x1 /= 2
       image(x1,y1,"http://i.imgur.com/mTw75jg.png")

print "This is art mode!"

print screen_width
print screen_height

background("paper.jpg")

line(0,0,screen_width, screen_height)

spot(200,300, 20)

circle(300,200, 20)

box(500, 500, 60, 60)

image(200,200,"bird.png")

line(560,0,560,495)

text(600, 100, "Hello Tealight!")

lastx = None
lasty = None
hue = 0

def handle_mousemove(x,y):
  global lastx, lasty, hue
  
  line(lastx or x, lasty or y, x, y)
  color("hsl(%d,100%%,50%%)" % hue)
  

from tealight.art import (color, line, spot, circle, box, image, text, background)

x = 0
y = 150

width = 20
height = 4

for i in range(0,width):
  for j in range(0,height):
    if 3 - i % 4 == j:
      image(x + i * 60, y + j * 60, "misc/YellowFlower.png")
    else:
      image(x + i * 60, y + j * 60, "misc/Clover.png")
     

#.........这里部分代码省略.........
      #if track.test_point(player_1.points[0],player_1.points[1]):
      
      car_v = 5
      #if track.test_point(player_1.points[0],player_1.points[1]):
      #car_x = car_x - 4 * sin(direction+(pi/2))
      #car_y = car_y + 4 * cos(direction+(pi/2))
      #print "should be working"
  
  elif not track.test_point(player_1.points[4],player_1.points[5]):
    if car_v > 0:
      car_v = car_v*-0.6
      if track.test_point(player_1.points[2],player_1.points[3]):
        car_x = car_x - side_bounce * sin(direction)
        car_y = car_y + side_bounce * cos(direction)
    else:
      car_v = 5
      #if track.test_point(player_1.points[0],player_1.points[1]):

      #if track.test_point(player_1.points[0],player_1.points[1]):
      #car_x = car_x - 4 * sin(direction-(pi/2))
      #car_y = car_y + 4 * cos(direction-(pi/2))
      #print "should be working2"
  
  
  #############################
  # Colisions for second car
  
  if not track.test_point(player_2.points[0],player_2.points[1]):
    car_v2 = car_v2*-0.6
    car_x2 = car_x2 + -5 * cos(direction2)
    car_y2 = car_y2 - -5 * sin(direction2)
    
  if not track.test_point(player_2.points[2],player_2.points[3]):
    if car_v2 > 0:
      car_v2 = car_v2*-0.6
      if track.test_point(player_2.points[2],player_2.points[3]):
        car_x2 = car_x2 - side_bounce * sin(direction2)
        car_y2 = car_y2 + side_bounce * cos(direction2)
    else:
      car_v2 = 2
      #car_x = car_x - 10 * sin(direction)
      #car_y = car_y + 10 * cos(direction)
      #print "should be working"
  
  if not track.test_point(player_2.points[4],player_2.points[5]):
    if car_v2 > 0:
      car_v2 = car_v2*-0.6
      if track.test_point(player_2.points[2],player_2.points[3]):
        car_x2 = car_x2 - side_bounce * sin(direction2)
        car_y2 = car_y2 + side_bounce * cos(direction2)
    else:
      car_v2 = 2
      #car_x = car_x - 10 * sin(direction)
      #car_y = car_y + 10 * cos(direction)
      #print "should be working2"
      
      
      
      
  ##########
  # Physics
  
  #car1
  if car_v > 0:
    car_v -= friction
  else:
    car_v += friction
    
  car_v = min(car_v + car_a,10)
  
  car_x = car_x + car_v * cos(direction)
  car_y = car_y - car_v * sin(direction)

  direction = direction + spin*min(1,car_v/5)
  
  #car2
  if car_v2 > 0:
    car_v2 -= friction
  else:
    car_v2 += friction
    
  car_v2 = min(car_v2 + car_a2,10)
  
  car_x2 = car_x2 + car_v2 * cos(direction2)
  car_y2 = car_y2 - car_v2 * sin(direction2)

  direction2 = direction2 + spin2*min(1,car_v2/5)
  
  ################
  # Drawing bits
  ################
  color("black")
  track.draw_polygons()
  player_1.move(car_x,car_y,direction)
  player_2.move(car_x2,car_y2,direction2)
  
  if player_won == 1:
    image(screen_width/2 - 320,screen_height/2 - 200,"http://i.imgur.com/OQ5AJok.png")
  if player_won == 2:
    image(screen_width/2 - 320,screen_height/2 - 200,"http://i.imgur.com/Bzd2sgV.png")

#.........这里部分代码省略.........
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==2:
        winnerYellow = 1
      row = row + 1
  row=0
  col=0
  
  for i in range (0,5):
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==1:
        winnerRed = 1
  
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==2:
        winnerYellow = 1
      row = row + 1
  row=1
  col=0
  
  for i in range (0,4):
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==1:
        winnerRed = 1
  
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==2:
        winnerYellow = 1
      row = row + 1
  row=2
  col=0
  
  for i in range (0,3):
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==1:
        winnerRed = 1
  
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==2:
        winnerYellow = 1
      row = row + 1
  row=3
  col=0
  
  for i in range (0,2):
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==1:
        winnerRed = 1
  
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==2:
        winnerYellow = 1
      row = row + 1
  row=4
  col=0
  
  for i in range (0,1):
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==1:
        winnerRed = 1
  
      if boardArray [row][col] ==boardArray [row+1][col+1]==boardArray [row+2][col+2]==boardArray [row+3][col+3]==2:
        winnerYellow = 1
      row = row + 1
  
  
    
  
  
  row = 0
  col = 0
  
  
  
  
  #2declaration  
  if winnerRed == 1:
    print 'Red is the winner'
    color("red")
    spot(445,500,150)
  
    color("black")
    text(390,480,"Red Wins!!!")
    image(310,490,"misc/WhiteBalloon.png")
    image(325,400,"misc/BlackBalloon.png")
    image(375,360,"misc/BlueBalloon.png")
    image(450,360,"misc/GreenBalloon.png")
    image(375,540,"misc/OrangeBalloon.png")
    image(450,540,"misc/PinkBalloon.png")
    image(510,400,"misc/RedBalloon.png")
    image(510,510,"misc/YellowBalloon.png")
    return "red"
  if winnerYellow == 1:
    print 'Yellow is the winner'
    color("yellow")
    spot(445,500,150)

  
    color("black")
    text(390,480,"Yellow Wins!!!")
    image(310,490,"misc/WhiteBalloon.png")
    image(325,400,"misc/BlackBalloon.png")
    image(375,360,"misc/BlueBalloon.png")
    image(450,360,"misc/GreenBalloon.png")
    image(375,540,"misc/OrangeBalloon.png")
    image(450,540,"misc/PinkBalloon.png")
    image(510,400,"misc/RedBalloon.png")
    image(510,510,"misc/YellowBalloon.png")
    return "yellow"
  
  return None

from tealight.art import (color, line, spot, circle, box, image, text, background)

x = 0
y = 150

width = 20
height = 8

for i in range(0,width):
  for j in range(0,height):
    if (i-j) % 4 == 0:
      image(x + i * 60, y + j * 60, "misc/Bomb.png")
    else:
      image(x + i * 60, y + j * 60, "misc/Clover.png")
     

from tealight.art import (color, line, spot, circle, box, image, text, background)

import random
from random import shuffle

x = range(24) + range(24)

shuffle(x)

print x




i = random.randrange(500)
j = random.randrange(500) 

image(i, j, "animals/Ant.png")
image(j, i, "animals/Horse.png")
image(i, 200, "animals/Fish1.png")
image(50, j, "animals/Lion.png")

from tealight.art import (color, line, spot, circle, box, image, text, background)

x = 40
y = 100

width = 10
height = 8

for i in range(0,width):
  for j in range(0,height):
    if (i-j) % 4 == 0:
      image(x + i * 60, y + j * 60, "misc/Sword.png")
    else:
      image(x + i * 60, y + j * 60, "misc/PirateFlag.png")
     

          FloodBoard(i,j)
      
NumberOfBombs = 1
HLimit = 20
WLimit = HLimit
SquareSize = 500/HLimit
StartingX = screen_width /2 - SquareSize * WLimit/2
StartingY = 280
OffsetX = 0
OffsetY = 0
lastx = 0
lasty = 0
lost = False
won = False
NumberUncovered = 0

image(StartingX,50,"http://www.ezimba.com/work/140822C/ezimba16125732408300.png")
image(screen_width/2 - 1000,screen_height -347,"http://i.imgur.com/ofNb09J.png")
BombArray = [[0 for x in range(0,HLimit)] for y in range(0,WLimit)]
VisibleArray = [[0 for x in range(0,HLimit)] for y in range(0,WLimit)]
PlaceBombs(NumberOfBombs)
DrawGrid()

#===================================BUTTONS===================================#


def drawbuttons(HLimit):
  color=gold
  box(100,250,50,50)
  
drawbuttons():