def Polyline(mf, num, page, state):
x, y = mf.records[num].aptl[0]
xr, yr = convcoords(state, x, y)
if state.DCs[state.curdc].pathmode:
path = page.objs[state.DCs[state.curdc].pathobj]
pp = gmodel.PathPoint()
pp.type = 1
p = gmodel.Point()
p.x, p.y = xr, yr
pp.pts.append(p)
path.pplist.append(pp)
for j in range(len(mf.records[num].aptl) - 1):
x, y = mf.records[num].aptl[j + 1]
p = gmodel.Point()
p.x, p.y = convcoords(state, x, y)
pp = gmodel.PathPoint()
pp.type = 2
pp.pts.append(p)
path.pplist.append(pp)
else:
pline = gmodel.Polyline()
pline.pl0.x, pline.pl0.y = xr, yr
for j in range(len(mf.records[num].aptl) - 1):
x, y = mf.records[num].aptl[j + 1]
p = gmodel.Point()
p.x, p.y = convcoords(state, x, y)
pline.pl.append(p)
ShapeSetStroke(pline, state, page.zoom)
pline.pagetrafo = page.trafo
page.objs.append(pline)
print 'Polyline'
def PolylineTo(mf, num, page, state):
if state.DCs[state.curdc].pathmode:
path = page.objs[state.DCs[state.curdc].pathobj]
for j in range(len(mf.records[num].aptl)):
x, y = mf.records[num].aptl[j]
p = gmodel.Point()
p.x, p.y = convcoords(state, x, y)
pp = gmodel.PathPoint()
pp.type = 2
pp.pts.append(p)
path.pplist.append(pp)
else:
pline = gmodel.Polyline()
pline.pl0.x, pline.pl0.y = state.DCs[state.curdc].p0x, state.DCs[
state.curdc].p0y
for j in range(len(mf.records[num].aptl)):
x, y = mf.records[num].aptl[j]
p = gmodel.Point()
p.x, p.y = convcoords(state, x, y)
pline.pl.append(p)
state.DCs[state.curdc].p0x, state.DCs[state.curdc].p0y = p.x, p.y
ShapeSetStroke(pline, state, page.zoom)
pline.pagetrafo = page.trafo
page.objs.append(pline)
print 'PolylineTo'
def PolyPolygone(mf, num, page, state):
aPolyCounts = mf.records[num].aPolyCounts
aptl = mf.records[num].aptl
if state.DCs[state.curdc].pathmode:
path = page.objs[state.DCs[state.curdc].pathobj]
shift = 0
for k in range(len(aPolyCounts)): ## number of polygones
x, y = aptl[shift]
p = gmodel.Point()
p.x, p.y = convcoords(state, x, y)
pp = gmodel.PathPoint()
pp.type = 1
pp.pts.append(p)
path.pplist.append(pp)
for j in range(aPolyCounts[k] -
1): ## number of gones for i-th polygone
x, y = aptl[j + 1 + shift]
p = gmodel.Point()
p.x, p.y = convcoords(state, x, y)
pp = gmodel.PathPoint()
pp.type = 2
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 4
path.pplist.append(pp)
shift += aPolyCounts[k]
else:
ppg = gmodel.PolyPolygone()
shift = 0
for k in range(len(aPolyCounts)): ## number of polygones
x, y = aptl[shift]
pgone = gmodel.Polygone()
pgone.pl0.x, pgone.pl0.y = convcoords(state, x, y)
for j in range(aPolyCounts[k] -
1): ## number of gones for i-th polygone
x, y = aptl[j + 1 + shift]
p = gmodel.Point()
p.x, p.y = convcoords(state, x, y)
pgone.pl.append(p)
shift += aPolyCounts[k]
ppg.polys.append(pgone)
ShapeSetFill(ppg, state)
ShapeSetStroke(ppg, state, page.zoom)
ppg.pagetrafo = page.trafo
page.objs.append(ppg)
def Polybezier(mf, num, page, state):
x, y = mf.records[num].aptl[0]
xr, yr = convcoords(state, x, y)
if state.DCs[state.curdc].pathmode:
path = page.objs[state.DCs[state.curdc].pathobj]
pp = gmodel.PathPoint()
pp.type = 1
p = gmodel.Point()
p.x, p.y = xr, yr
pp.pts.append(p)
path.pplist.append(pp)
for j in range(len(mf.records[num].aptl) / 3):
pp = gmodel.PathPoint()
pp.type = 3
p = gmodel.Point()
x, y = mf.records[num].aptl[j * 3 + 1]
xr, yr = convcoords(state, x, y)
p.x, p.y = xr, yr
pp.pts.append(p)
p = gmodel.Point()
x, y = mf.records[num].aptl[j * 3 + 2]
xr, yr = convcoords(state, x, y)
p.x, p.y = xr, yr
pp.pts.append(p)
p = gmodel.Point()
x, y = mf.records[num].aptl[j * 3 + 3]
xr, yr = convcoords(state, x, y)
p.x, p.y = xr, yr
pp.pts.append(p)
path.pplist.append(pp)
else:
curve = gmodel.Polybezier()
curve.p0.x, curve.p0.y = xr, yr
for j in range(len(mf.records[num].aptl) / 3):
trpl = gmodel.Triple()
x1, y1 = mf.records[num].aptl[j * 3 + 1]
trpl.x1, trpl.y1 = convcoords(state, x1, y1)
x2, y2 = mf.records[num].aptl[j * 3 + 2]
trpl.x2, trpl.y2 = convcoords(state, x2, y2)
x3, y3 = mf.records[num].aptl[j * 3 + 3]
trpl.x3, trpl.y3 = convcoords(state, x3, y3)
curve.trpl.append(trpl)
ShapeSetStroke(curve, state, page.zoom)
curve.pagetrafo = page.trafo
page.objs.append(curve)
def Rectangle(mf, num, page, state):
x1, y1, x2, y2 = mf.records[num].values
xr1, yr1 = convcoords(state, x1, y1)
xr2, yr2 = convcoords(state, x2, y2)
if state.DCs[state.curdc].pathmode:
path = page.obj(state.DCs[state.curdc].pathobj)
pp = gmodel.PathPoint()
pp.type = 1
p = gmodel.Point()
p.x, p.y = xr1, yr1
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 2
p = gmodel.Point()
p.x, p.y = xr1, yr2
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 2
p = gmodel.Point()
p.x, p.y = xr2, yr2
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 2
p = gmodel.Point()
p.x, p.y = xr2, yr1
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 4
pp.pts.append(p)
path.pplist.append(pp)
else:
rect = gmodel.Rect()
rect.p0.x, rect.p0.y = xr1, yr1
rect.pe.x, rect.pe.y = xr2, yr2
ShapeSetFill(rect, state)
ShapeSetStroke(rect, state, page.zoom)
rect.pagetrafo = page.trafo
page.objs.append(rect)
def MoveTo(mf, num, page, state):
x, y = mf.records[num].values
xr1, yr1 = convcoords(state, x, y)
if state.DCs[state.curdc].pathmode:
path = page.objs[state.DCs[state.curdc].pathobj]
pp = gmodel.PathPoint()
pp.type = 1
p = gmodel.Point()
p.x, p.y = xr1, yr1
pp.pts.append(p)
path.pplist.append(pp)
else:
state.DCs[state.curdc].p0x = xr1
state.DCs[state.curdc].p0y = yr1
def IntersectClipRect(mf, num, page, state):
b, r, t, l = mf.records[num].values
xr1, yr1 = convcoords(state, l, t)
xr2, yr2 = convcoords(state, r, b)
path = gmodel.Path()
path.pagetrafo = page.trafo
pp = gmodel.PathPoint()
pp.type = 1
p = gmodel.Point()
p.x, p.y = xr1, yr1
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 2
p = gmodel.Point()
p.x, p.y = xr1, yr2
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 2
p = gmodel.Point()
p.x, p.y = xr2, yr2
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 2
p = gmodel.Point()
p.x, p.y = xr2, yr1
pp.pts.append(p)
path.pplist.append(pp)
pp = gmodel.PathPoint()
pp.type = 4
pp.pts.append(p)
path.pplist.append(pp)
state.DCs[state.curdc].cliplist.append(path)
state.clipflag = 1
state.DCs[state.curdc].clipset = 1
def PathCopy(state, shape):
for j in state.DCs[state.curdc].cliplist:
p = gmodel.Path()
for i in j.pplist:
pp = gmodel.PathPoint()
pp.type = i.type
if i.type > 0 and i.type < 4:
pts = gmodel.Point()
pts.x = i.pts[0].x
pts.y = i.pts[0].y
pp.pts.append(pts)
if i.type == 3:
pts = gmodel.Point()
pts.x = i.pts[1].x
pts.x = i.pts[1].y
pp.pts.append(pts)
pts = gmodel.Point()
pts.x = i.pts[2].x
pts.x = i.pts[2].y
pp.pts.append(pts)
p.pplist.append(pp)
shape.cliplist.append(p)
def LineTo(mf, num, page, state):
x, y = mf.records[num].values
xr1, yr1 = convcoords(state, x, y)
if state.DCs[state.curdc].pathmode:
path = page.objs[state.DCs[state.curdc].pathobj]
pp = gmodel.PathPoint()
pp.type = 2
p = gmodel.Point()
p.x, p.y = xr1, yr1
pp.pts.append(p)
path.pplist.append(pp)
else:
line = gmodel.LineTo()
line.p0.x = state.DCs[state.curdc].p0x
line.p0.y = state.DCs[state.curdc].p0y
line.pe.x = xr1
line.pe.y = yr1
state.DCs[state.curdc].p0x = xr1
state.DCs[state.curdc].p0y = yr1
ShapeSetStroke(line, state, page.zoom)
line.pagetrafo = page.trafo
page.objs.append(line)
def CloseFigure(mf, num, page, state):
pp = gmodel.PathPoint()
pp.type = 4
page.objs[state.DCs[state.curdc].pathobj].pplist.append(pp)
