def calibrate_color(self, c, pos):
x, y = self.scale_point(pos)
# snap color based on L color
color_array = np.array((c.red(), c.green(), c.blue())).astype('uint8')
mean_L = self.im_l[y, x]
snap_color = lab_gamut.snap_ab(mean_L, color_array)
snap_qcolor = QColor(snap_color[0], snap_color[1], snap_color[2])
return snap_qcolor
def calibrate_color(self, c, pos):
x, y = self.scale_point(pos)
# snap color based on L color
color_array = np.array((c.red(), c.green(), c.blue())).astype(
'uint8')
mean_L = self.im_l[y, x]
snap_color = lab_gamut.snap_ab(mean_L, color_array)
snap_qcolor = QColor(snap_color[0], snap_color[1], snap_color[2])
return snap_qcolor
def calibrate_color(self, c, pos):
x, y = self.scale_point(pos)
P = int(self.brushWidth / self.scale)
# snap color based on L color
color_array = np.array((c.red(), c.green(), c.blue())).astype('uint8')
mean_L = self.im_l[
y, x] #np.mean(self.im_l[y - P:y + P + 1, x - P:x + P + 1])
snap_color = lab_gamut.snap_ab(mean_L, color_array)
# print(' RGB (snapping): (%i,%i,%i)'%(snap_color[0],snap_color[1],snap_color[2]))
snap_qcolor = QColor(snap_color[0], snap_color[1], snap_color[2])
return snap_qcolor
