test/functional/test_connector.py

   1 #!/usr/bin/env python
   2 import sys; sys.path[:0] = ["../.."]
   3
   4 from pyx import *
   5 from pyx.connector import *
   6
   7
   8 startbox = box.polygon(corners=[[0,0], [1,0.2], [0.5,2]])
   9 endbox = box.polygon(corners=[[10,3.8], [13,5.2], [12.5,4.0]])
  10
  11 def dotest(c, x, y, test):
  12    c2 = c.insert(canvas.canvas([trafo.translate(x, y)]))
  13    c2.stroke(startbox.path())
  14    c2.stroke(endbox.path())
  15    c2.stroke(path.circle( unit.pt * startbox.center[0], unit.pt * startbox.center[1], 0.1))
  16    c2.stroke(path.circle( unit.pt * endbox.center[0], unit.pt * endbox.center[1], 0.1))
  17    eval("%s(c2)" % test)
  18    c.insert(c2)
  19
  20
  21 def testline(c):
  22     l = line(startbox, endbox)
  23     c.stroke(l, [style.linewidth.THICK, color.rgb.red, deco.earrow.normal])
  24
  25     l = line(endbox, startbox, boxdists=[1,0])
  26     c.stroke(l, [color.rgb.blue, deco.earrow.normal])
  27
  28
  29 def testarc(c):
  30     l = arc(endbox, startbox, boxdists=[1,0])
  31     c.stroke(l, [color.rgb.blue, deco.earrow.normal])
  32
  33     for a in [-135, -90, 0, 45, 90]:
  34         l = arc(startbox, endbox, relangle=a, boxdists=[0.5,0.5])
  35         c.stroke(l, [color.rgb.red, deco.earrow.normal])
  36
  37     for b in [-1.1, -0.4, 0, 0.5]:
  38         l = arc(startbox, endbox, relbulge=b, boxdists=[1,1])
  39         c.stroke(l, [color.rgb.green, deco.earrow.normal])
  40
  41     l = arc(startbox, endbox, absbulge=5, relbulge=0, boxdists=[1,0])
  42     c.stroke(l, [color.rgb.blue, deco.earrow.normal])
  43
  44
  45 def testcurve(c):
  46     l = curve(endbox, startbox, boxdists=[1,0])
  47     c.stroke(l, [color.rgb.blue, deco.earrow.normal])
  48
  49     for a in [ [ 90,  90,  1.0], \
  50                [-90,  90,  1.0], \
  51                [ 90, -90,  1.0], \
  52                [-90,   0,  1.0], \
  53                [ 20,  20,  2.0] ]:
  54         l = curve(startbox, endbox, boxdists=[0.8,0.8],
  55             relangle1=a[0], relangle2=a[1], relbulge=a[2])
  56         c.stroke(l, [color.rgb.red, deco.earrow.normal])
  57
  58     for a in [ [ 90,  90,  1.0], \
  59                [-90,  90,  1.0] ]:
  60         l = curve(startbox, endbox, boxdists=[0.8,0.8],
  61             absangle1=a[0], absangle2=a[1], relbulge=a[2])
  62         c.stroke(l, [color.rgb.green, deco.earrow.normal])
  63
  64
  65 def testtwolines(c):
  66     l = twolines(endbox, startbox, relangle1=45, relangle2=45)
  67     c.stroke(l, [color.rgb.blue, deco.earrow.normal])
  68
  69     for a in [ [0,90], [90,0] ]:
  70         l = twolines(startbox, endbox, boxdists=[0.8,0.8],
  71             absangle1=a[0], absangle2=a[1])
  72         c.stroke(l, [color.rgb.red, deco.earrow.normal])
  73
  74     for a in range(10,20,2):
  75         l = twolines(startbox, endbox, boxdists=[0.8,0.8],
  76             absangle1=45, length2=a)
  77         c.stroke(l, [color.rgb.green, deco.earrow.normal])
  78
  79     for a in range(5,20,2):
  80         l = twolines(startbox, endbox, boxdists=[0.8,0.8],
  81             relangle1=45, length1=a)
  82         c.stroke(l, [color.rgb.green, deco.earrow.normal])
  83
  84
  85 c = canvas.canvas()
  86 dotest(c,  0, 0, "testline")
  87 dotest(c, 25, 0, "testarc")
  88 dotest(c, 25,30, "testcurve")
  89 dotest(c,  0,20, "testtwolines")
  90 c.writeEPSfile("test_connector", paperformat=document.paperformat.A4, rotated=0, fittosize=1)
  91 c.writePDFfile("test_connector", paperformat=document.paperformat.A4, rotated=0, fittosize=1)
  92