def on_paint(self,e=None):
"""
Paint event handler. Reads the turtle reports and draws graphics
accordingly.
"""
turtle_reports=dumpqueue.dump_queue(self.turtle_queue)
dc=wx.GCDC(wx.MemoryDC(self.bitmap))
for turtle_report in turtle_reports:
for animal in turtle_report:
if animal.pen_down is True:
try:
oldanimal = self.animals[turtle_report.index(animal)]
dc.SetPen(AnimalImage.get_pen(*animal.get_pen_parametres()))
dc.DrawLinePoint(\
from_my_pos(oldanimal.position),from_my_pos(animal.position))
except IndexError, e:
print e
if animal.clear is True:
brush=wx.Brush("black")
dc.SetBackground(brush)
dc.Clear()
self.animals = turtle_report
def on_paint(self,e=None):
"""
Paint event handler. Reads the turtle reports and draws graphics
accordingly.
"""
turtle_reports=dumpqueue.dump_queue(self.turtle_queue)
dc=wx.GCDC(wx.MemoryDC(self.bitmap))
for turtle_report in turtle_reports:
#print(turtle_report.__dict__)
if turtle_report.pen_down is True:
dc.SetPen(turtle_report.give_pen())
dc.DrawLinePoint(from_my_pos(self.turtle.pos),from_my_pos(turtle_report.pos))
if turtle_report.clear is True:
brush=wx.Brush("black")
dc.SetBackground(brush)
dc.Clear()
self.turtle = turtle_report
del dc
if len(turtle_reports) > 0: self.Refresh()
dc=wx.PaintDC(self)
widget_size = Vector(self.GetSize())
top_left_corner = (-BITMAP_SIZE+widget_size) / 2.0
# Draw the bitmap:
dc.DrawBitmap(self.bitmap, *top_left_corner)
# Draw the turtle:
if self.turtle.visible:
new_pos = top_left_corner + from_my_pos(self.turtle.pos)
draw_bitmap_to_dc_rotated(dc, self.TURTLE_IMAGE, from_my_angle(self.turtle.orientation), new_pos)
dc.Destroy()
def on_paint(self,e=None):
"""
Paint event handler. Reads the turtle reports and draws graphics
accordingly.
"""
turtle_reports=dumpqueue.dump_queue(self.turtle_queue)
dc=wx.GCDC(wx.MemoryDC(self.bitmap))
for turtle_report in turtle_reports:
#print(turtle_report.__dict__)
if turtle_report.pen_down is True:
dc.SetPen(turtle_report.give_pen())
dc.DrawLinePoint(from_my_pos(self.turtle.pos),from_my_pos(turtle_report.pos))
if turtle_report.clear is True:
brush=wx.Brush("black")
dc.SetBackground(brush)
dc.Clear()
self.turtle = turtle_report
del dc
if len(turtle_reports) > 0: self.Refresh()
dc=wx.PaintDC(self)
widget_size = Vector(self.GetSize())
top_left_corner = (-BITMAP_SIZE+widget_size) / 2.0
# Draw the bitmap:
dc.DrawBitmap(self.bitmap, *top_left_corner)
# Draw the turtle:
if self.turtle.visible:
new_pos = top_left_corner + from_my_pos(self.turtle.pos)
draw_bitmap_to_dc_rotated(dc, self.TURTLE_IMAGE, from_my_angle(self.turtle.orientation), new_pos)
dc.Destroy()
def on_paint(self,e=None):
"""
Paint event handler. Reads the mcg reports and draws graphics
accordingly.
"""
mcg_reports=dumpqueue.dump_queue(self.mcg_queue)
dc=wx.GCDC(wx.MemoryDC(self.bitmap))
dc.SetDeviceOrigin(self.Origin[0],self.Origin[1])
dc.SetUserScale(self.Scale,-self.Scale)
dc.SetBrush(self.Brush)
dc.SetPen(self.Pen)
#dc.ComputeScaleAndOrigin()
for mcg_report in mcg_reports:
#time.sleep(.01)
if mcg_report.comando == "clear":
dc.SetDeviceOrigin(0,0)
dc.SetUserScale(1,1)
#dc.ComputeScaleAndOrigin()
brush=wx.Brush("black", wx.SOLID)
dc.SetBackground(brush)
dc.Clear()
dc.SetDeviceOrigin(self.Origin[0],self.Origin[1])
dc.SetUserScale(self.Scale,-self.Scale)
#dc.ComputeScaleAndOrigin()
elif mcg_report.comando == "SetPen":
self.Pen = mcg_report.give_pen()
dc.SetPen(self.Pen)
elif mcg_report.comando == "SetBrush":
self.Brush = mcg_report.give_brush()
dc.SetBrush(self.Brush)
elif mcg_report.comando == "SetDeviceOrigin":
self.Origin=(mcg_report.arg[0],mcg_report.arg[1])
elif mcg_report.comando == "SetUserScale":
self.Scale = mcg_report.arg
elif mcg_report.comando == "DrawRotatedText":
dc.SetPen(mcg_report.give_pen())
dc.SetFont(mcg_report.give_font())
dc.DrawRotatedText(mcg_report.arg[0],mcg_report.arg[1],mcg_report.arg[2],mcg_report.arg[3])
elif mcg_report.comando == "DrawText":
dc.SetPen(mcg_report.give_pen())
dc.SetFont(mcg_report.give_font())
dc.DrawText(mcg_report.arg[0],mcg_report.arg[1],mcg_report.arg[2])
elif mcg_report.comando == "DrawEllipse":
dc.DrawEllipse(mcg_report.arg[0],mcg_report.arg[1],mcg_report.arg[2],mcg_report.arg[3])
elif mcg_report.comando == "DrawEllipseList":
dc.DrawEllipseList(mcg_report.arg,mcg_report.give_pen(),mcg_report.give_brush())
elif mcg_report.comando == "DrawArcPoint":
dc.DrawArcPoint(mcg_report.arg[0],mcg_report.arg[1],mcg_report.arg[2])
elif mcg_report.comando == "DrawPointList":
dc.SetPen(mcg_report.give_pen())
dc.DrawPointList(mcg_report.arg)
elif mcg_report.comando == "DrawCirclePoint":
dc.SetPen(mcg_report.give_pen())
dc.SetBrush(mcg_report.give_brush())
dc.DrawCirclePoint(mcg_report.arg[0],mcg_report.arg[1])
elif mcg_report.comando == "DrawPolygon":
dc.DrawPolygon(mcg_report.arg)
elif mcg_report.comando == "DrawPolygonList":
dc.DrawPolygonList(mcg_report.arg,mcg_report.give_pen(),mcg_report.give_brush())
elif mcg_report.comando == "DrawPolygonListC":
dc.SetBrush(wx.Brush("red",wx.TRANSPARENT))
for face in mcg_report.arg:
dc.SetPen(wx.Pen(face[0],1,wx.SOLID))
dc.DrawPolygon(face[1])
elif mcg_report.comando == "DrawPolygonListB":
for face in mcg_report.arg:
dc.SetBrush(wx.Brush(face[0],wx.SOLID))
dc.DrawPolygon(face[1])
elif mcg_report.comando == "DrawLineList":
dc.DrawLineList(mcg_report.arg)
elif mcg_report.comando == "DrawLinePoint":
dc.SetPen(mcg_report.give_pen())
dc.DrawLinePoint(mcg_report.arg[0],mcg_report.arg[1])
elif mcg_report.comando == "DrawPointPoint":
dc.DrawPointPoint(mcg_report.arg)
elif mcg_report.comando == "DrawSpline":
dc.DrawSpline(mcg_report.arg)
self.mcg = mcg_report
del dc
if len(mcg_reports) > 0:
self.Refresh()
dc=wx.PaintDC(self)
widget_size = Vector(self.GetSize())
top_left_corner =(-BITMAP_SIZE+widget_size)/2.0
# Draw the bitmap:
dc.DrawBitmap(self.bitmap, *top_left_corner)
dc.Destroy()