def load_file_and_average():
logging.info("Opening DCEL pickle")
the_dcel = DCEL.loadfile(DCEL_PICKLE)
#Select a number of faces to fill:
if len(the_dcel.faces) > 0:
NUM_OF_FACES = min(VORONOI_SIZE, 10)
aface = choice(list(the_dcel.faces), NUM_OF_FACES)
for x in aface:
x.data = {FaceE.FILL: True}
#Draw
if DRAW_FINAL:
logging.info("Drawing final diagram")
utils.drawing.clear_canvas(ctx, bbox=bbox)
utils.dcel.drawing.drawDCEL(ctx, the_dcel)
utils.drawing.write_to_png(surface, "{}__FINAL".format(savePath))
if isOrigin:
#origin is closer, replace the twin
he.addVertex(orig1)
he.addVertex(newVert)
else:
#twin is closer, replace the origin
he.addVertex(newVert)
he.addVertex(orig2)
modified_edges.append(he)
#todo: fixup faces
dcel.complete_faces()
if __name__ == "__main__":
the_dcel = DCEL.loadfile(DCEL_PICKLE)
the_dcel.verify_faces_and_edges()
#Pre MOD
utils.drawing.clear_canvas(ctx, colour=[0, 0, 0, 1])
utils.dcel.dcel_drawing.drawDCEL(ctx, the_dcel, edges=True, faces=False)
ctx.set_source_rgba(0, 1, 0, 1)
ctx.set_line_width(0.002)
utils.drawing.drawCircle(ctx, 0.5, 0.5, RADIUS, fill=False)
utils.drawing.write_to_png(surface, save_string_unmod)
#Post MOD
utils.drawing.clear_canvas(ctx, colour=[0, 0, 0, 1])
utils.dcel.dcel_drawing.drawDCEL(ctx,
the_dcel,
edges=False,
faces=True,
verts=True)