def render_circle(Matrix, Point0, Point1, Color):
setLineWidth(Glbs.get_context('lineWidth'))
X0, Y0 = world_coord(Matrix, Point0)
X1, Y1 = world_coord(Matrix, Point1)
Radii = max(abs(X0 - X1), abs(Y0 - Y1))
draw_circle((X0, Y0), Radii, Color, 1)
return
def render_arc(Matrix, Point0, Point1, Point2, Color):
setLineWidth(Glbs.get_context('lineWidth'))
P0 = world_coord(Matrix, Point0)
P1 = world_coord(Matrix, Point1)
P2 = world_coord(Matrix, Point2)
print('arc %s %s %s %s' % (P0, P1, P2, Color))
draw_arc(P0, P1, P2, Color)
return
def render_line(Matrix, Line, Color):
setLineWidth(Glbs.get_context('lineWidth'))
X0 = Line[0][0]
Y0 = Line[0][1]
for i in range(len(Line) - 1):
X1 = X0 + Line[i + 1][0]
Y1 = Y0 + Line[i + 1][1]
(X2, Y2) = world_coord(Matrix, (X0, Y0))
(X3, Y3) = world_coord(Matrix, (X1, Y1))
draw_line((X2, Y2), (X3, Y3), Color)
X0 = X1
Y0 = Y1
def render_text(Matrix, Text, XY, Rot, Size, Color, Align):
if Glbs.get_context('useVectorText'):
setLineWidth(Glbs.get_context('vectorTextWidth'))
render_vector_text(Matrix, Text, XY, Rot, Size, Color, Align)
return
[A, A1, _, B1, B, _] = Matrix
Min = min(abs(A), abs(B))
if Min < 0.1:
Min = min(abs(A1), abs(B1))
Size1 = 3 * Min * Size
P0 = world_coord(Matrix, tuple(XY))
draw_text(Text, P0[0], P0[1], Color, 'left', Size1)
def render_text(Matrix, Text, XY, Rot, Size, Color, Align):
if Glbs.useVectorText:
setLineWidth(Glbs.get_context('vectorTextWidth'))
render_vector_text(Matrix, Text, XY, Rot, Size, Color, Align)
return
[A, A1, _, B1, B, _] = Matrix
Min = min(abs(A), abs(B))
if Min < 0.1:
Min = min(abs(A1), abs(B1))
Size1 = Min * Size
P0 = world_coord(Matrix, XY)
if Glbs.useVectorText:
P1 = world_coord(Matrix, (XY[0] + 10, XY[1]))
Dx = signme(P1[0] - P0[0])
Dy = signme(P1[1] - P0[1])
draw_vector_text(Text, P0[0], P0[1], Color, Align, Size1, Dx, Dy)
else:
draw_label(Text, P0[0], P0[1], Color, 'left', Size)
def render_frect(Matrix, Rect, Color):
setLineWidth(Glbs.get_context('lineWidth'))
X0, Y0 = world_coord(Matrix, Rect[0])
X1, Y1 = world_coord(Matrix, Rect[1])
draw_frect(X0, Y0, X1, Y1, Color)
def render_fcircle(Matrix, Point0, Point1, Color):
setLineWidth(Glbs.get_context('lineWidth'))
X0, Y0 = world_coord(Matrix, Point0)
X1, Y1 = world_coord(Matrix, Point1)
draw_fcircle((X0, Y0), abs(X1 - X0), Color)
return
def render_aline(Matrix, Line, Color):
setLineWidth(Glbs.get_context('lineWidth'))
for i in range(len(Line) - 1):
P0 = world_coord(Matrix, Line[i])
P1 = world_coord(Matrix, Line[i + 1])
draw_line(P0, P1, Color)
