def create_vertex(self, hex_vert, label="", radius=7, width=1, ffont=None, **kwargs):
r = radius
p = layout.hex_to_pixel(self.hex_layout, hex_vert)
result = []
result.append(self.create_circle(p.x, p.y, r, width=width, **kwargs))
if not ffont:
result.append(self.create_text(p, text=label, justify=CENTER))
else:
result.append(self.create_text(p, text=label, justify=CENTER, font=ffont))
return result
def setCell(self, cell, *args, **kwargs ):
""" Create a content in the cell of coordinates x and y. Could specify options throught keywords : color, fill, color1, color2, color3, color4; color5, color6"""
#compute pixel coordinate of the center of the cell:
if False:
size = self.hexaSize
dx = (size**2 - (size/2)**2)**0.5
pix_x = dx + 2*dx*cell[0]
if yCell%2 ==1 :
pix_x += dx
pix_y = size + 1.5*size*cell[1]
pix_center = (pix_x, pix_y)
else:
if not hasattr(cell, 'y'):
cell = layout.ScreenPoint(cell[0], cell[1])
if no_layout_code:
pix_center = layout.hex_to_pixel(self.hex_layout, cell)
else:
pix_center = cell
self.create_hexagone(pix_center, *args, **kwargs)
def create_hexagone(self, center, label="", color = "black", fill="yellow", color1=None, color2=None, color3=None, color4=None, color5=None, color6=None):
"""
Compute coordinates of 6 points relative to a center position.
Point are numbered following this schema :
Points in euclidiean grid:
6
5 1
.
4 2
3
Each color is applied to the side that link the vertex with same number to its following.
Ex : color 1 is applied on side (vertex1, vertex2)
Take care that tkinter ordinate axes is inverted to the standard euclidian ones.
Point on the screen will be horizontally mirrored.
Displayed points:
3
color3/ \color2
4 2
color4| |color1
5 1
color6\ /color6
6
"""
pix_center = center if no_layout_code else layout.hex_to_pixel(self.hex_layout, center)
#if no_layout_code:
# center = (x,y)
#else:
# center = layout.ScreenPoint(x,y)
if no_layout_code:
size = self.hexaSize
dx = (size**2 - (size/2)**2)**0.5
x = center[0]
y = center[1]
if no_vectorize:
point1 = (x+dx, y+size/2)
point2 = (x+dx, y-size/2)
point3 = (x , y-size )
point4 = (x-dx, y-size/2)
point5 = (x-dx, y+size/2)
point6 = (x , y+size )
else:
points = [(x+dx, y+size/2),
(x+dx, y-size/2),
(x , y-size ),
(x-dx, y-size/2),
(x-dx, y+size/2),
(x , y+size )]
else:
points = layout.polygon_corners(self.hex_layout, center)
if no_vectorize:
#this setting allow to specify a different color for each side.
if color1 == None:
color1 = color
if color2 == None:
color2 = color
if color3 == None:
color3 = color
if color4 == None:
color4 = color
if color5 == None:
color5 = color
if color6 == None:
color6 = color
else:
colors = [color1, color2, color3, color4, color5, color6]
for i in range(len(colors)):
if colors[i] == None:
colors[i] = color
if no_vectorize:
self.create_line(point1, point2, fill=color1, width=2)
self.create_line(point2, point3, fill=color2, width=2)
self.create_line(point3, point4, fill=color3, width=2)
self.create_line(point4, point5, fill=color4, width=2)
self.create_line(point5, point6, fill=color5, width=2)
self.create_line(point6, point1, fill=color6, width=2)
else:
for i in range(len(points)):
self.create_line(points[i], points[(i+1)%6], fill=colors[i], width=2)
#self.create_text(layout.pix_avg(points[i], points[(i+1)%6]), text="{0}".format(i))
if fill != None:
if no_vectorize:
result = self.create_polygon(point1, point2, point3, point4, point5, point6, fill=fill)
else:
if no_layout_code:
result = self.create_polygon(points, fill=fill)
#self.create_polygon(points[0], points[1], points[2], points[3], points[4], points[5], fill=fill)
else:
result = self.create_polygon([(i.x,i.y) for i in points], fill=fill)
self.create_text(pix_center, text=label)
return result
