def job(fname, lstyle):
g = np.zeros((120, 160))
mkCircle(g, (80, 60), 50, lstyle)
saveG(fname, g)
fname = "%s-large.%s" % (fname[0:fname.find(".")], fname[fname.find(".")+1:])
saveG(fname, enLarge(g, 5))
(75, 25),
(25, 30),
(155, 40),
(30, 50)
]
points2 = [
(10, 60),
(70, 70),
(110, 10),
(145, 10),
(150, 110),
(125, 90),
(100, 100),
(75, 90),
(5, 100),
(50, 80),
(15, 70)
]
points3 = [
(110, 60),
(125, 30),
(140, 60)
]
fillPolygonEdge2(g, points, points2, points3)
saveG("polygon_edge.png", g)
saveG("polygon_edge_large.png", enLarge(g, 5))
# -*- coding: utf-8 -*-
from __future__ import print_function
from pygraph import line
from pygraph import util
g = util.mkGraph((80, 60))
ends = [(20, 10), (20, -10), (10, 20), (10, -20), (-10, 20), (-10, -20),
(-20, 10), (-20, -10)]
tends = [(x[0] + 40, x[1] + 30) for x in ends]
for end in tends:
line.mkLine(g, (40, 30), end)
line.mkLine(g, (10, 20), (60, 50))
util.saveG("line.png", util.enLarge(g))
print tri
print tri0
print tri1
print tri2
print tri3
print tri4
fillPolygonEdge2(g, tri0)
fillPolygonEdge2(g, tri1)
fillPolygonEdge2(g, tri10)
fillPolygonEdge2(g, tri2)
fillPolygonEdge2(g, tri20)
fillPolygonEdge2(g, tri3)
fillPolygonEdge2(g, tri30)
fillPolygonEdge2(g, tri4)
fillPolygonEdge2(g, tri40)
dashed = DashedLineStyle()
solid = SolidLineStyle()
for x in [0, 30, 90, 150, 179]:
mkLine(g, (x, 0), (x, 120), lstyle=dashed)
for x in [60, 120]:
mkLine(g, (x, 0), (x, 120), lstyle=solid)
for y in [0, 30, 90, 119]:
mkLine(g, (0, y), (180, y), lstyle=dashed)
mkLine(g, (0, 60), (180, 60), lstyle=solid)
printGGui(enLarge(g, 10), cmap="Greys")
# circle
import script_circle_gui
# lineStyle
from pygraph.circle import mkCircle
from pygraph.linestyle import *
g = mkGraph((400, 300))
mkCircle(g, (100, 75), 70, SolidLineStyle())
mkCircle(g, (300, 75), 70, DashedLineStyle())
mkCircle(g, (100, 225), 70, DottedLineStyle())
printGGui(enLarge(g, 10), cmap="Greys")
# scanline fill
g = mkGraph((160, 120))
points = [
(10, 40),
(20, 10),
(30, 10),
(40, 20),
(50, 5),
(60, 10),
(75, 25),
(25, 30),
(155, 40),
(30, 50)
# -*- coding: utf-8 -*-
from __future__ import print_function
from pygraph.line2 import mkLine
from pygraph import util
g = util.mkGraph((80, 60))
ends = [
(20, 10), (20, -10),
(10, 20), (10, -20),
(-10, 20), (-10, -20),
(-20, 10), (-20, -10)
]
tends = [(x[0] + 40, x[1] + 30) for x in ends]
for end in tends:
mkLine(g, (40, 30), end)
mkLine(g, (10, 20), (60, 50))
util.saveG("line2.png", util.enLarge(g))