def test_get_pen_from_data(pendata, width, color):
"""Unit test for get_pen_from_data"""
pen = get_pen_from_data(pendata)
assert pen.GetColour() == color
assert pen.GetWidth() == width
def test_get_pen_from_data(pendata, width, color):
"""Unit test for get_pen_from_data"""
pen = get_pen_from_data(pendata)
assert pen.GetColour() == color
assert pen.GetWidth() == width
def draw_border_lines(self, dc):
"""Draws lines"""
x, y, w, h = 0, 0, self.rect.width - 1, self.rect.height - 1
row, col, tab = key = self.key
cell_attributes = self.data_array.cell_attributes
# Get borderpens and bgbrushes for rects
# Each cell draws its bottom and its right line only
bottomline = x, y + h, x + w, y + h
rightline = x + w, y, x + w, y + h
lines = [bottomline, rightline]
# Bottom line pen
color = cell_attributes[key]["bordercolor_bottom"]
width = cell_attributes[key]["borderwidth_bottom"]
bottom_pen = get_pen_from_data((color, width, int(wx.SOLID)))
# Right line pen
color = cell_attributes[key]["bordercolor_right"]
width = cell_attributes[key]["borderwidth_right"]
right_pen = get_pen_from_data((color, width, int(wx.SOLID)))
borderpens = [bottom_pen, right_pen]
# Topmost line if in topmost cell
if row == 0:
lines.append((x, y, x + w, y))
topkey = -1, col, tab
color = cell_attributes[topkey]["bordercolor_bottom"]
width = cell_attributes[topkey]["borderwidth_bottom"]
top_pen = get_pen_from_data((color, width, int(wx.SOLID)))
borderpens.append(top_pen)
# Leftmost line if in leftmost cell
if col == 0:
lines.append((x, y, x, y + h))
leftkey = row, -1, tab
color = cell_attributes[leftkey]["bordercolor_bottom"]
width = cell_attributes[leftkey]["borderwidth_bottom"]
left_pen = get_pen_from_data((color, width, int(wx.SOLID)))
borderpens.append(left_pen)
zoomed_pens = []
get_zoomed_size = self.grid.grid_renderer.get_zoomed_size
for pen in borderpens:
bordercolor = pen.GetColour()
borderwidth = pen.GetWidth()
borderstyle = pen.GetStyle()
zoomed_borderwidth = get_zoomed_size(borderwidth)
zoomed_pen = wx.Pen(bordercolor, zoomed_borderwidth, borderstyle)
zoomed_pen.SetJoin(wx.JOIN_MITER)
zoomed_pens.append(zoomed_pen)
dc.DrawLineList(lines, zoomed_pens)
# end of class Background
def draw_border_lines(self, dc):
"""Draws lines"""
x, y, w, h = 0, 0, self.rect.width - 1, self.rect.height - 1
row, col, tab = key = self.key
cell_attributes = self.data_array.cell_attributes
# Get borderpens and bgbrushes for rects
# Each cell draws its bottom and its right line only
bottomline = x, y + h, x + w, y + h
rightline = x + w, y, x + w, y + h
lines = [bottomline, rightline]
# Bottom line pen
bottom_color = cell_attributes[key]["bordercolor_bottom"]
bottom_width = cell_attributes[key]["borderwidth_bottom"]
bottom_pen = get_pen_from_data(
(bottom_color, bottom_width, int(wx.SOLID)))
# Right line pen
right_color = cell_attributes[key]["bordercolor_right"]
right_width = cell_attributes[key]["borderwidth_right"]
right_pen = get_pen_from_data(
(right_color, right_width, int(wx.SOLID)))
borderpens = [bottom_pen, right_pen]
# If 0 width then no border is drawn
if bottom_width == 0:
borderpens.pop(0)
lines.pop(0)
if right_width == 0:
borderpens.pop(-1)
lines.pop(-1)
# Topmost line if in topmost cell
if row == 0:
lines.append((x, y, x + w, y))
topkey = -1, col, tab
color = cell_attributes[topkey]["bordercolor_bottom"]
width = cell_attributes[topkey]["borderwidth_bottom"]
top_pen = get_pen_from_data((color, width, int(wx.SOLID)))
borderpens.append(top_pen)
# Leftmost line if in leftmost cell
if col == 0:
lines.append((x, y, x, y + h))
leftkey = row, -1, tab
color = cell_attributes[leftkey]["bordercolor_bottom"]
width = cell_attributes[leftkey]["borderwidth_bottom"]
left_pen = get_pen_from_data((color, width, int(wx.SOLID)))
borderpens.append(left_pen)
zoomed_pens = []
get_zoomed_size = self.grid.grid_renderer.get_zoomed_size
for pen in borderpens:
bordercolor = pen.GetColour()
borderwidth = pen.GetWidth()
borderstyle = pen.GetStyle()
zoomed_borderwidth = get_zoomed_size(borderwidth)
zoomed_pen = wx.Pen(bordercolor, zoomed_borderwidth, borderstyle)
zoomed_pen.SetJoin(wx.JOIN_MITER)
zoomed_pens.append(zoomed_pen)
dc.DrawLineList(lines, zoomed_pens)
# Draw lower right rectangle if
# 1) the next cell to the right has a greater bottom width and
# 2) the next cell to the bottom has a greater right width
if self.lower_right_rect_extents is not None:
rx, ry, rw, rh = self.lower_right_rect_extents
rwz = get_zoomed_size(rw)
rhz = get_zoomed_size(rh)
rxz = round(rx + rw - rwz / 2.0)
ryz = round(ry + rh - rhz / 2.0)
rect = wx.Rect(rxz, ryz, rwz, rhz)
# The color of the lower right rectangle is the color of the
# bottom line of the next cell to the right
rightkey = row, col + 1, tab
lr_color = wx.Colour()
lr_color.SetRGB(cell_attributes[rightkey]["bordercolor_bottom"])
lr_brush = wx.Brush(lr_color, wx.SOLID)
dc.SetPen(wx.TRANSPARENT_PEN)
dc.SetBrush(lr_brush)
dc.DrawRectangle(*rect)
def draw_border_lines(self, dc):
"""Draws lines"""
x, y, w, h = 0, 0, self.rect.width - 1, self.rect.height - 1
row, col, tab = key = self.key
cell_attributes = self.data_array.cell_attributes
# Get borderpens and bgbrushes for rects
# Each cell draws its bottom and its right line only
bottomline = x, y + h, x + w, y + h
rightline = x + w, y, x + w, y + h
lines = [bottomline, rightline]
# Bottom line pen
bottom_color = cell_attributes[key]["bordercolor_bottom"]
bottom_width = cell_attributes[key]["borderwidth_bottom"]
bottom_pen = get_pen_from_data(
(bottom_color, bottom_width, int(wx.SOLID)))
# Right line pen
right_color = cell_attributes[key]["bordercolor_right"]
right_width = cell_attributes[key]["borderwidth_right"]
right_pen = get_pen_from_data(
(right_color, right_width, int(wx.SOLID)))
borderpens = [bottom_pen, right_pen]
# If 0 width then no border is drawn
if bottom_width == 0:
borderpens.pop(0)
lines.pop(0)
if right_width == 0:
borderpens.pop(-1)
lines.pop(-1)
# Topmost line if in topmost cell
if row == 0:
lines.append((x, y, x + w, y))
topkey = -1, col, tab
color = cell_attributes[topkey]["bordercolor_bottom"]
width = cell_attributes[topkey]["borderwidth_bottom"]
top_pen = get_pen_from_data((color, width, int(wx.SOLID)))
borderpens.append(top_pen)
# Leftmost line if in leftmost cell
if col == 0:
lines.append((x, y, x, y + h))
leftkey = row, -1, tab
color = cell_attributes[leftkey]["bordercolor_bottom"]
width = cell_attributes[leftkey]["borderwidth_bottom"]
left_pen = get_pen_from_data((color, width, int(wx.SOLID)))
borderpens.append(left_pen)
zoomed_pens = []
get_zoomed_size = self.grid.grid_renderer.get_zoomed_size
for pen in borderpens:
bordercolor = pen.GetColour()
borderwidth = pen.GetWidth()
borderstyle = pen.GetStyle()
zoomed_borderwidth = get_zoomed_size(borderwidth)
zoomed_pen = wx.Pen(bordercolor, zoomed_borderwidth, borderstyle)
zoomed_pen.SetJoin(wx.JOIN_MITER)
zoomed_pens.append(zoomed_pen)
dc.DrawLineList(lines, zoomed_pens)
# Draw lower right rectangle if
# 1) the next cell to the right has a greater bottom width and
# 2) the next cell to the bottom has a greater right width
if self.lower_right_rect_extents is not None:
rx, ry, rw, rh = self.lower_right_rect_extents
rwz = get_zoomed_size(rw)
rhz = get_zoomed_size(rh)
rxz = round(rx + rw - rwz / 2.0)
ryz = round(ry + rh - rhz / 2.0)
rect = wx.Rect(rxz, ryz, rwz, rhz)
# The color of the lower right rectangle is the color of the
# bottom line of the next cell to the right
rightkey = row, col + 1, tab
lr_color = wx.Colour()
lr_color.SetRGB(cell_attributes[rightkey]["bordercolor_bottom"])
lr_brush = wx.Brush(lr_color, wx.SOLID)
dc.SetPen(wx.TRANSPARENT_PEN)
dc.SetBrush(lr_brush)
dc.DrawRectangle(*rect)