def do_paint(self, gc: wx.GraphicsContext, fill: wx.Colour, selected: bool):
self._recompute(for_collision=False)
rxn_color: wx.Colour
# Draw bezier curve
if selected:
rxn_color = get_theme('selected_reaction_fill')
else:
rxn_color = fill
pen = gc.CreatePen(wx.GraphicsPenInfo(rxn_color).Width(self.thickness))
gc.SetPen(pen)
# gc.StrokeLines([wx.Point2D(*(p * cstate.scale)) for p in self.bezier_points])
path = gc.CreatePath()
points = [p for p in (self.node_intersection,
self.handle.tip,
self.centroid_handle.tip,
self.real_center)]
path.MoveToPoint(*points[0])
if self.bezierCurves:
path.AddCurveToPoint(*points[1], *points[2], *points[3])
else:
path.AddLineToPoint(*points[3])
gc.StrokePath(path)
if selected:
assert self.node_intersection is not None
self.handle.base = self.node_intersection
# Draw arrow tip
if not self.is_source:
color = get_theme('handle_color') if selected else fill
self.paint_arrow_tip(gc, color)
def render_cutcode(self,
cutcode: CutCode,
gc: wx.GraphicsContext,
x: int = 0,
y: int = 0):
last_point = None
p = gc.CreatePath()
for cut in cutcode:
start = cut.start()
end = cut.end()
if last_point != start:
p.MoveToPoint(start[0] + x, start[1] + y)
if isinstance(cut, LineCut):
p.AddLineToPoint(end[0] + x, end[1] + y)
elif isinstance(cut, QuadCut):
p.AddQuadCurveToPoint(cut.control[0] + x, cut.control[1] + y,
end[0] + x, end[1] + y)
elif isinstance(cut, CubicCut):
p.AddCurveToPoint(
cut.control1[0] + x,
cut.control1[1] + y,
cut.control2[0] + x,
cut.control2[1] + y,
end[0] + x,
end[1] + y,
)
elif isinstance(cut, RasterCut):
image = cut.image
try:
matrix = Matrix(image.transform)
except AttributeError:
matrix = Matrix()
step = cut.settings.raster_step
matrix.post_scale(step, step)
matrix.post_translate(x, y)
gc.PushState()
gc.ConcatTransform(
wx.GraphicsContext.CreateMatrix(gc, ZMatrix(matrix)))
cache = None
cache_id = -1
try:
cache = cut.cache
cache_id = cut.cache_id
except AttributeError:
pass
if cache_id != id(image.image):
cache = None
if cache is None:
# max_allowed = 2048
cut.c_width, cut.c_height = image.image.size
cut.cache = self.make_thumbnail(image.image)
cut.cache_id = id(image.image)
gc.DrawBitmap(cut.cache, 0, 0, cut.c_width, cut.c_height)
gc.PopState()
last_point = end
gc.StrokePath(p)
del p
def draw_cutcode(self,
cutcode: CutCode,
gc: wx.GraphicsContext,
x: int = 0,
y: int = 0):
"""
Draw cutcode object into wxPython graphics code.
This code accepts x,y offset values. The cutcode laser offset can be set with a
command with the rest of the cutcode remaining the same. So drawing the cutcode
requires knowing what, if any offset is currently being applied.
@param cutcode: flat cutcode object to draw.
@param gc: wx.graphics context
@param x: offset in x direction
@param y: offset in y direction
@return:
"""
p = None
last_point = None
color = None
for cut in cutcode:
c = cut.line_color
if c is not color:
color = c
last_point = None
if p is not None:
gc.StrokePath(p)
del p
p = gc.CreatePath()
self.set_pen(gc, c, width=7.0, alpha=127)
start = cut.start
end = cut.end
if p is None:
p = gc.CreatePath()
if last_point != start:
p.MoveToPoint(start[0] + x, start[1] + y)
if isinstance(cut, LineCut):
# Standard line cut. Applies to path object.
p.AddLineToPoint(end[0] + x, end[1] + y)
elif isinstance(cut, QuadCut):
# Standard quadratic bezier cut
p.AddQuadCurveToPoint(cut.c()[0] + x,
cut.c()[1] + y, end[0] + x, end[1] + y)
elif isinstance(cut, CubicCut):
# Standard cubic bezier cut
p.AddCurveToPoint(
cut.c1()[0] + x,
cut.c1()[1] + y,
cut.c2()[0] + x,
cut.c2()[1] + y,
end[0] + x,
end[1] + y,
)
elif isinstance(cut, RasterCut):
# Rastercut object.
image = cut.image
gc.PushState()
matrix = Matrix.scale(cut.step_x, cut.step_y)
matrix.post_translate(cut.offset_x + x,
cut.offset_y + y) # Adjust image xy
gc.ConcatTransform(
wx.GraphicsContext.CreateMatrix(gc, ZMatrix(matrix)))
try:
cache = cut.cache
cache_id = cut.cache_id
except AttributeError:
cache = None
cache_id = -1
if cache_id != id(image):
# Cached image is invalid.
cache = None
if cache is None:
# No valid cache. Generate.
cut.c_width, cut.c_height = image.size
try:
cut.cache = self.make_thumbnail(image, maximum=5000)
except (MemoryError, RuntimeError):
cut.cache = None
cut.cache_id = id(image)
if cut.cache is not None:
# Cache exists and is valid.
gc.DrawBitmap(cut.cache, 0, 0, cut.c_width, cut.c_height)
else:
# Image was too large to cache, draw a red rectangle instead.
gc.SetBrush(wx.RED_BRUSH)
gc.DrawRectangle(0, 0, cut.c_width, cut.c_height)
gc.DrawBitmap(icons8_image_50.GetBitmap(), 0, 0,
cut.c_width, cut.c_height)
gc.PopState()
elif isinstance(cut, RawCut):
pass
elif isinstance(cut, PlotCut):
p.MoveToPoint(start[0] + x, start[1] + y)
for px, py, pon in cut.plot:
if pon == 0:
p.MoveToPoint(px + x, py + y)
else:
p.AddLineToPoint(px + x, py + y)
elif isinstance(cut, DwellCut):
pass
elif isinstance(cut, WaitCut):
pass
elif isinstance(cut, InputCut):
pass
elif isinstance(cut, OutputCut):
pass
last_point = end
if p is not None:
gc.StrokePath(p)
del p