def get_chess(self,x,y):
#得到(x,y)位置处的棋子状态
postion_x, postion_y = self.get_chess_postion(x, y)
chess_color=self._screen.get_color(postion_x,postion_y)
# mouse.smooth_move(postion_x, postion_y)
# print (x,y,chess_color)
rgb_color=color.hex_to_rgb(chess_color)
chess=NO_CHESS
if rgb_color[0]<100:
chess=BLACK_CHESS
elif rgb_color[0]==rgb_color[1] and rgb_color[1]==rgb_color[2]:
chess=WHITE_CHESS
return chess
def get_drops(self, i, j):
#pos_list数组存放4、3、2、1滴水的位置相对坐标
pos_list = [(35, 55), (30, 5), (48, 25), (30, 25)]
#计算第j行第i列的格子原点(格子左上角的屏幕坐标)
grid_x = self.offset_x + self.grid_length * i
grid_y = self.offset_y + self.grid_length * j
for index, (x, y) in enumerate(pos_list):
#获取格子原点加上相对坐标后的点的颜色值
color_value = self.screen.get_color(grid_x + x, grid_y + y)
r, g, b = color.hex_to_rgb(color_value)
#如果该点是水滴的颜色就返回水滴数
if r < 0x70 and g > 0xA0:
return 4 - index
return 0
def get_drops(self, i, j):
#pos_list数组存放4、3、2、1滴水的位置相对坐标
pos_list = [(35, 55), (30, 5), (48, 25), (30, 25)]
#计算第j行第i列的格子原点(格子左上角的屏幕坐标)
grid_x = self.offset_x + self.grid_length * i
grid_y = self.offset_y + self.grid_length * j
for index, (x, y) in enumerate(pos_list):
#获取格子原点加上相对坐标后的点的颜色值
color_value = self.screen.get_color(grid_x + x, grid_y + y)
r, g, b = color.hex_to_rgb(color_value)
#如果该点是水滴的颜色就返回水滴数
if r < 0x70 and g > 0xA0:
return 4 - index
return 0
def getGem(self, bmp, point):
absPt = self.boardToAbsPt(point)
halfSize = 5
total = 0
totalColor = RGB()
for x in range(absPt.x - halfSize, absPt.x + halfSize):
for y in range(absPt.y - halfSize, absPt.y + halfSize):
hexColor = bmp.get_color(x, y)
r, g, b = color.hex_to_rgb(hexColor)
rgb = RGB(r, g, b)
totalColor += rgb
total += 1
avgRGB = totalColor / total
gemColor = self.RGBToGem(avgRGB)
return Gem(gemColor, 'status', point)
def pixel(self, x, y):
from autopy import color, screen
response = color.hex_to_rgb(screen.get_color(x, y))
return response
