def renderTemplate(self,tmpl,data,gm,taxis,zaxis):
## ok first basic template stuff, let's store the displays
## because we need to return actors for min/max/mean
displays = tmpl.plot(self.canvas,data,gm,bg=self.bg)
returned = {}
for d in displays:
if d is None:
continue
texts=d.backend.get("vtk_backend_text_actors",[])
for t in texts:
## ok we had a text actor, let's see if it's min/max/mean
txt = t.GetInput()
s0=txt.split()[0]
if s0 in ["Min","Max","Mean"]:
returned["vtk_backend_%s_text_actor" % s0] = t
else:
returned["vtk_backend_%s_text_actor" % d.backend["vtk_backend_template_attribute"]] = t
self.canvas.display_names.remove(d.name)
del(vcs.elements["display"][d.name])
## Sometimes user passes "date" as an attribute to replace date
if hasattr(data,"user_date"):
taxis = cdms2.createAxis([cdtime.s2r(data.user_date,"days since 1900").value])
taxis.designateTime()
taxis.units="days since 1900"
if zaxis is not None and zaxis.isTime():
zaxis=taxis
if taxis is not None:
try:
tstr = str(cdtime.reltime(taxis[0],taxis.units).tocomp(taxis.getCalendar()))
#ok we have a time axis let's display the time
crdate = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"crdate")
crdate.string = tstr.split()[0].replace("-","/")
crtime = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"crtime")
crtime.string = tstr.split()[1]
if not (None,None,None) in self._renderers.keys():
ren = self.createRenderer()
self.renWin.AddRenderer(ren)
self.setLayer(ren,1)
self._renderers[(None,None,None)]=ren
else:
ren = self._renderers[(None,None,None)]
tt,to = crdate.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if crdate.priority>0:
actors = vcs2vtk.genTextActor(ren,to=to,tt=tt)
returned["vtk_backend_crdate_text_actor"]=actors[0]
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][crdate.name])
tt,to = crtime.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if crtime.priority>0:
actors = vcs2vtk.genTextActor(ren,to=to,tt=tt)
returned["vtk_backend_crtime_text_actor"]=actors[0]
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][crtime.name])
except:
pass
if zaxis is not None:
try:
# ok we have a zaxis to draw
zname = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zname")
zname.string=zaxis.id
zvalue = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zvalue")
if zaxis.isTime():
zvalue.string = str(zaxis.asComponentTime()[0])
else:
zvalue.string= "%g" % zaxis[0]
if not (None,None,None) in self._renderers.keys():
ren = self.createRenderer()
self.renWin.AddRenderer(ren)
self.setLayer(ren,1)
self._renderers[(None,None,None)]=ren
else:
ren = self._renderers[(None,None,None)]
tt,to = zname.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if zname.priority>0:
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zname.name])
if hasattr(zaxis,"units"):
zunits = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zunits")
zunits.string=zaxis.units
if zunits.priority>0:
tt,to = zunits.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zunits.name])
tt,to = zvalue.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if zvalue.priority>0:
actors = vcs2vtk.genTextActor(ren,to=to,tt=tt)
returned["vtk_backend_zvalue_text_actor"]=actors[0]
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zvalue.name])
except:
pass
return returned
def plot(self,data1,data2,template,gtype,gname,bg,*args,**kargs):
self.numberOfPlotCalls+=1
created = self.createRenWin(**kargs)
if self.bg is None:
if bg:
self.bg= True
else:
self.bg= False
if created:
self.initialSize()
if bg:
self.renWin.SetOffScreenRendering(True)
self.renWin.SetSize(self.canvas.bgX,self.canvas.bgY)
#self.renWin.Render()
#screenSize = self.renWin.GetScreenSize()
if gtype in ["boxfill","meshfill","isoline","isofill","vector"]:
data1 = self.trimData2D(data1) # Ok get only the last 2 dims
data2 = self.trimData2D(data2)
#elif vcs.isgraphicsmethod(vcs.elements[gtype][gname]):
## oneD
# data1 = self.trimData1D(data1)
# data2 = self.trimData1D(data2)
if gtype == "text":
tt,to = gname.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
gm=tt
else:
gm = vcs.elements[gtype][gname]
tpl = vcs.elements["template"][template]
if kargs.get("renderer",None) is None:
if ( gtype in ["3d_scalar", "3d_vector"] ) and (self.renderer <> None):
ren = self.renderer
else:
ren = vtk.vtkRenderer()
r,g,b = self.canvas.backgroundcolor
ren.SetBackground(r/255.,g/255.,b/255.)
if not (vcs.issecondaryobject(gm) and gm.priority==0):
self.renderer = ren
self.renWin.AddRenderer(ren)
#ren.SetPreserveDepthBuffer(True)
else:
ren = kargs["renderer"]
if gtype in ["boxfill","meshfill","isofill","isoline"]:
self.plot2D(data1,data2,tpl,gm,ren)
elif gtype in ["3d_scalar", "3d_vector"]:
self.plot3D(data1,data2,tpl,gm,ren)
elif gtype in ["text"]:
if tt.priority!=0:
self.setLayer(ren,tt.priority)
vcs2vtk.genTextActor(ren,to=to,tt=tt)
elif gtype=="line":
if gm.priority!=0:
self.setLayer(ren,gm.priority)
vcs2vtk.prepLine(self.renWin,ren,gm)
elif gtype=="marker":
if gm.priority!=0:
self.setLayer(ren,gm.priority)
vcs2vtk.prepMarker(self.renWin,ren,gm)
elif gtype=="fillarea":
if gm.priority!=0:
self.setLayer(ren,gm.priority)
vcs2vtk.prepFillarea(self.renWin,ren,gm)
elif gtype=="oned":
self.plot1D(data1,data2,tpl,gm,ren)
elif gtype=="vector":
self.plotVector(data1,data2,tpl,gm,ren)
else:
raise Exception,"Graphic type: '%s' not re-implemented yet" % gtype
if not kargs.get("donotstoredisplay",False):
self.renWin.Render()
def plot(self,data1,data2,template,gtype,gname,bg,*args,**kargs):
self.numberOfPlotCalls+=1
## these are keyargs that can be reused later by the backend.
returned = {}
if self.bg is None:
if bg:
self.bg= True
else:
self.bg= False
self.createRenWin(**kargs)
if self.bg:
self.renWin.SetOffScreenRendering(True)
self.renWin.SetSize(self.canvas.bgX,self.canvas.bgY)
self.cell_coordinates=kargs.get( 'cell_coordinates', None )
self.canvas.initLogoDrawing()
if gtype == "text":
tt,to = gname.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
gm=tt
else:
gm = vcs.elements[gtype][gname]
tpl = vcs.elements["template"][template]
if kargs.get("renderer",None) is None:
if ( gtype in ["3d_scalar", "3d_dual_scalar", "3d_vector"] ) and (self.renderer <> None):
ren = self.renderer
else:
#ren = self.createRenderer()
#if not (vcs.issecondaryobject(gm) and gm.priority==0):
# self.setLayer(ren,tpl.data.priority)
# self.renderer = ren
# self.renWin.AddRenderer(ren)
pass
#ren.SetPreserveDepthBuffer(True)
else:
ren = kargs["renderer"]
vtk_backend_grid = kargs.get("vtk_backend_grid",None)
vtk_backend_geo = kargs.get("vtk_backend_geo",None)
pipeline = vcsvtk.createPipeline(gm, self)
if pipeline is not None:
returned.update(pipeline.plot(data1, data2, tpl, gm,
vtk_backend_grid, vtk_backend_geo))
elif gtype in ["3d_scalar", "3d_dual_scalar", "3d_vector"]:
cdms_file = kargs.get( 'cdmsfile', None )
cdms_var = kargs.get( 'cdmsvar', None )
if not cdms_var is None:
raise Exception()
if not cdms_file is None:
gm.addPlotAttribute( 'file', cdms_file )
gm.addPlotAttribute( 'filename', cdms_file )
gm.addPlotAttribute( 'url', cdms_file )
returned.update(self.plot3D(data1,data2,tpl,gm,ren,**kargs))
elif gtype in ["text"]:
if tt.priority!=0:
#if not (None,None,None) in self._renderers.keys():
ren = self.createRenderer()
self.renWin.AddRenderer(ren)
self.setLayer(ren,1)
# self._renderers[(None,None,None)]=ren
#else:
# ren = self._renderers[(None,None,None)]
returned["vtk_backend_text_actors"] = vcs2vtk.genTextActor(ren,to=to,tt=tt)
self.setLayer(ren,tt.priority)
elif gtype=="line":
if gm.priority!=0:
actors = vcs2vtk.prepLine(self.renWin,gm)
returned["vtk_backend_line_actors"]=actors
for act,geo in actors:
ren = self.fitToViewport(act,gm.viewport,wc=gm.worldcoordinate,geo=geo,priority=gm.priority)
elif gtype=="marker":
if gm.priority!=0:
actors = vcs2vtk.prepMarker(self.renWin,gm)
returned["vtk_backend_marker_actors"]=actors
for g,gs,pd,act,geo in actors:
ren = self.fitToViewport(act,gm.viewport,wc=gm.worldcoordinate,geo=geo,priority=gm.priority)
if pd is None and act.GetUserTransform():
vcs2vtk.scaleMarkerGlyph(g, gs, pd, act)
elif gtype=="fillarea":
if gm.priority!=0:
actors = vcs2vtk.prepFillarea(self.renWin,gm)
returned["vtk_backend_fillarea_actors"]=actors
for act,geo in actors:
ren = self.fitToViewport(act,gm.viewport,wc=gm.worldcoordinate,geo=geo,priority=gm.priority)
else:
raise Exception,"Graphic type: '%s' not re-implemented yet" % gtype
self.scaleLogo()
if not kargs.get("donotstoredisplay",False) and kargs.get("render", True):
self.renWin.Render()
return returned
def plot(self,data1,data2,template,gtype,gname,bg,*args,**kargs):
self.numberOfPlotCalls+=1
if self.bg is None:
if bg:
self.bg= True
else:
self.bg= False
created = self.createRenWin(**kargs)
if created:
self.initialSize()
if self.bg:
self.renWin.SetOffScreenRendering(True)
self.renWin.SetSize(self.canvas.bgX,self.canvas.bgY)
self.cell_coordinates=kargs.get( 'cell_coordinates', None )
#self.renWin.Render()
#screenSize = self.renWin.GetScreenSize()
if gtype in ["boxfill","meshfill","isoline","isofill","vector"]:
data1 = self.trimData2D(data1) # Ok get only the last 2 dims
if gtype!="meshfill":
data2 = self.trimData2D(data2)
#elif vcs.isgraphicsmethod(vcs.elements[gtype][gname]):
## oneD
# data1 = self.trimData1D(data1)
# data2 = self.trimData1D(data2)
if gtype == "text":
tt,to = gname.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
gm=tt
else:
gm = vcs.elements[gtype][gname]
tpl = vcs.elements["template"][template]
if kargs.get("renderer",None) is None:
if ( gtype in ["3d_scalar", "3d_vector"] ) and (self.renderer <> None):
ren = self.renderer
else:
ren = vtk.vtkRenderer()
r,g,b = self.canvas.backgroundcolor
ren.SetBackground(r/255.,g/255.,b/255.)
if not (vcs.issecondaryobject(gm) and gm.priority==0):
self.renderer = ren
self.renWin.AddRenderer(ren)
#ren.SetPreserveDepthBuffer(True)
else:
ren = kargs["renderer"]
if gtype in ["boxfill","meshfill","isofill","isoline"]:
self.plot2D(data1,data2,tpl,gm)
elif gtype in ["3d_scalar", "3d_vector"]:
cdms_file = kargs.get( 'cdmsfile', None )
cdms_var = kargs.get( 'cdmsvar', None )
if not cdms_var is None:
raise Exception()
if not cdms_file is None:
gm.addPlotAttribute( 'file', cdms_file )
gm.addPlotAttribute( 'filename', cdms_file )
gm.addPlotAttribute( 'url', cdms_file )
self.plot3D(data1,data2,tpl,gm,ren,**kargs)
elif gtype in ["text"]:
if tt.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,tt.priority)
vcs2vtk.genTextActor(ren,to=to,tt=tt)
elif gtype=="line":
if gm.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,gm.priority)
vcs2vtk.prepLine(self.renWin,ren,gm)
elif gtype=="marker":
if gm.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,gm.priority)
vcs2vtk.prepMarker(self.renWin,ren,gm)
elif gtype=="fillarea":
if gm.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,gm.priority)
vcs2vtk.prepFillarea(self.renWin,ren,gm)
elif gtype=="oned":
self.renWin.AddRenderer(ren)
self.plot1D(data1,data2,tpl,gm,ren)
elif gtype=="vector":
self.plotVector(data1,data2,tpl,gm)
else:
raise Exception,"Graphic type: '%s' not re-implemented yet" % gtype
if not kargs.get("donotstoredisplay",False):
self.renWin.Render()
def plot(self,data1,data2,template,gtype,gname,bg,*args,**kargs):
self.numberOfPlotCalls+=1
if self.bg is None:
if bg:
self.bg= True
else:
self.bg= False
created = self.createRenWin(**kargs)
if created:
self.initialSize()
if self.bg:
self.renWin.SetOffScreenRendering(True)
self.renWin.SetSize(self.canvas.bgX,self.canvas.bgY)
self.cell_coordinates=kargs.get( 'cell_coordinates', None )
#self.renWin.Render()
#screenSize = self.renWin.GetScreenSize()
if gtype == "text":
tt,to = gname.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
gm=tt
else:
gm = vcs.elements[gtype][gname]
tpl = vcs.elements["template"][template]
if kargs.get("renderer",None) is None:
if ( gtype in ["3d_scalar", "3d_dual_scalar", "3d_vector"] ) and (self.renderer <> None):
ren = self.renderer
else:
ren = self.createRenderer()
if not (vcs.issecondaryobject(gm) and gm.priority==0):
self.setLayer(ren,tpl.data.priority)
self.renderer = ren
self.renWin.AddRenderer(ren)
#ren.SetPreserveDepthBuffer(True)
else:
ren = kargs["renderer"]
if gtype in ["boxfill","meshfill","isofill","isoline"]:
self.plot2D(data1,data2,tpl,gm)
elif gtype in ["3d_scalar", "3d_dual_scalar", "3d_vector"]:
cdms_file = kargs.get( 'cdmsfile', None )
cdms_var = kargs.get( 'cdmsvar', None )
if not cdms_var is None:
raise Exception()
if not cdms_file is None:
gm.addPlotAttribute( 'file', cdms_file )
gm.addPlotAttribute( 'filename', cdms_file )
gm.addPlotAttribute( 'url', cdms_file )
self.plot3D(data1,data2,tpl,gm,ren,**kargs)
elif gtype in ["text"]:
if tt.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,tt.priority)
vcs2vtk.genTextActor(ren,to=to,tt=tt)
elif gtype=="line":
if gm.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,gm.priority)
vcs2vtk.prepLine(self.renWin,ren,gm)
elif gtype=="marker":
if gm.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,gm.priority)
vcs2vtk.prepMarker(self.renWin,ren,gm)
elif gtype=="fillarea":
if gm.priority!=0:
self.renWin.AddRenderer(ren)
self.setLayer(ren,gm.priority)
vcs2vtk.prepFillarea(self.renWin,ren,gm)
elif gtype=="1d":
self.renWin.AddRenderer(ren)
self.plot1D(data1,data2,tpl,gm,ren)
elif gtype=="vector":
self.plotVector(data1,data2,tpl,gm)
else:
raise Exception,"Graphic type: '%s' not re-implemented yet" % gtype
if self.logo is None:
self.createLogo()
if self.renWin.GetSize()!=(0,0):
self.scaleLogo()
if not kargs.get("donotstoredisplay",False):
self.renWin.Render()
def renderTemplate(self,tmpl,data,gm,taxis,zaxis):
tmpl.plot(self.canvas,data,gm,bg=self.bg)
if taxis is not None:
tstr = str(cdtime.reltime(taxis[0],taxis.units).tocomp(taxis.getCalendar()))
#ok we have a time axis let's display the time
crdate = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"crdate")
crdate.string = tstr.split()[0].replace("-","/")
crtime = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"crtime")
crtime.string = tstr.split()[1]
ren = self.createRenderer()
self.renWin.AddRenderer(ren)
self.setLayer(ren,1)
tt,to = crdate.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if crdate.priority>0:
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][crdate.name])
tt,to = crtime.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if crtime.priority>0:
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][crtime.name])
if zaxis is not None:
# ok we have a zaxis to draw
zname = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zname")
zname.string=zaxis.id
zunits = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zunits")
zunits.string=zaxis.units
zvalue = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zvalue")
if zaxis.isTime():
zvalue.string = str(zaxis.asComponentTime()[0])
else:
zvalue.string= "%g" % zaxis[0]
ren = self.createRenderer()
self.setLayer(ren,1)
self.renWin.AddRenderer(ren)
tt,to = zname.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if zname.priority>0:
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zname.name])
tt,to = zunits.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if zunits.priority>0:
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zunits.name])
tt,to = zvalue.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if zvalue.priority>0:
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zvalue.name])
def renderTemplate(self,tmpl,data,gm,taxis,zaxis):
## ok first basic template stuff, let's store the displays
## because we need to return actors for min/max/mean
displays = tmpl.plot(self.canvas,data,gm,bg=self.bg)
returned = {}
for d in displays:
if d is None:
continue
texts=d.backend.get("vtk_backend_text_actors",[])
for t in texts:
## ok we had a text actor, let's see if it's min/max/mean
txt = t.GetInput()
s0=txt.split()[0]
if s0 in ["Min","Max","Mean"]:
returned["vtk_backend_%s_text_actor" % s0] = t
else:
returned["vtk_backend_%s_text_actor" % d.backend["vtk_backend_template_attribute"]] = t
self.canvas.display_names.remove(d.name)
del(vcs.elements["display"][d.name])
if taxis is not None:
try:
tstr = str(cdtime.reltime(taxis[0],taxis.units).tocomp(taxis.getCalendar()))
#ok we have a time axis let's display the time
crdate = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"crdate")
crdate.string = tstr.split()[0].replace("-","/")
crtime = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"crtime")
crtime.string = tstr.split()[1]
if not (None,None,None) in self._renderers.keys():
ren = self.createRenderer()
self.renWin.AddRenderer(ren)
self.setLayer(ren,1)
self._renderers[(None,None,None)]=ren
else:
ren = self._renderers[(None,None,None)]
tt,to = crdate.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if crdate.priority>0:
actors = vcs2vtk.genTextActor(ren,to=to,tt=tt)
returned["vtk_backend_crdate_text_actor"]=actors[0]
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][crdate.name])
tt,to = crtime.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if crtime.priority>0:
actors = vcs2vtk.genTextActor(ren,to=to,tt=tt)
returned["vtk_backend_crtime_text_actor"]=actors[0]
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][crtime.name])
except:
pass
if zaxis is not None:
try:
# ok we have a zaxis to draw
zname = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zname")
zname.string=zaxis.id
zvalue = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zvalue")
if zaxis.isTime():
zvalue.string = str(zaxis.asComponentTime()[0])
else:
zvalue.string= "%g" % zaxis[0]
if not (None,None,None) in self._renderers.keys():
ren = self.createRenderer()
self.renWin.AddRenderer(ren)
self.setLayer(ren,1)
self._renderers[(None,None,None)]=ren
else:
ren = self._renderers[(None,None,None)]
tt,to = zname.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if zname.priority>0:
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zname.name])
if hasattr(zaxis,"units"):
zunits = vcs2vtk.applyAttributesFromVCStmpl(tmpl,"zunits")
zunits.string=zaxis.units
if zunits.priority>0:
tt,to = zunits.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
vcs2vtk.genTextActor(ren,to=to,tt=tt)
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zunits.name])
tt,to = zvalue.name.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
if zvalue.priority>0:
actors = vcs2vtk.genTextActor(ren,to=to,tt=tt)
returned["vtk_backend_zvalue_text_actor"]=actors[0]
del(vcs.elements["texttable"][tt.name])
del(vcs.elements["textorientation"][to.name])
del(vcs.elements["textcombined"][zvalue.name])
except:
pass
return returned
def plot(self,data1,data2,template,gtype,gname,bg,*args,**kargs):
self.numberOfPlotCalls+=1
## these are keyargs that can be reused later by the backend.
returned = {}
if self.bg is None:
if bg:
self.bg= True
else:
self.bg= False
self.createRenWin(**kargs)
if self.bg:
self.renWin.SetOffScreenRendering(True)
self.renWin.SetSize(self.canvas.bgX,self.canvas.bgY)
self.cell_coordinates=kargs.get( 'cell_coordinates', None )
self.canvas.initLogoDrawing()
if gtype == "text":
tt,to = gname.split(":::")
tt = vcs.elements["texttable"][tt]
to = vcs.elements["textorientation"][to]
gm=tt
else:
gm = vcs.elements[gtype][gname]
tpl = vcs.elements["template"][template]
if kargs.get("renderer",None) is None:
if ( gtype in ["3d_scalar", "3d_dual_scalar", "3d_vector"] ) and (self.renderer <> None):
ren = self.renderer
else:
#ren = self.createRenderer()
#if not (vcs.issecondaryobject(gm) and gm.priority==0):
# self.setLayer(ren,tpl.data.priority)
# self.renderer = ren
# self.renWin.AddRenderer(ren)
pass
#ren.SetPreserveDepthBuffer(True)
else:
ren = kargs["renderer"]
vtk_backend_grid = kargs.get("vtk_backend_grid",None)
vtk_backend_geo = kargs.get("vtk_backend_geo",None)
pipeline = vcsvtk.createPipeline(gm, self)
if pipeline is not None:
returned.update(pipeline.plot(data1, data2, tpl, gm,
vtk_backend_grid, vtk_backend_geo))
elif gtype in ["3d_scalar", "3d_dual_scalar", "3d_vector"]:
cdms_file = kargs.get( 'cdmsfile', None )
cdms_var = kargs.get( 'cdmsvar', None )
if not cdms_var is None:
raise Exception()
if not cdms_file is None:
gm.addPlotAttribute( 'file', cdms_file )
gm.addPlotAttribute( 'filename', cdms_file )
gm.addPlotAttribute( 'url', cdms_file )
returned.update(self.plot3D(data1,data2,tpl,gm,ren,**kargs))
elif gtype in ["text"]:
if tt.priority!=0:
#if not (None,None,None) in self._renderers.keys():
ren = self.createRenderer()
self.renWin.AddRenderer(ren)
self.setLayer(ren,1)
# self._renderers[(None,None,None)]=ren
#else:
# ren = self._renderers[(None,None,None)]
returned["vtk_backend_text_actors"] = vcs2vtk.genTextActor(ren,to=to,tt=tt)
self.setLayer(ren,tt.priority)
elif gtype=="line":
if gm.priority!=0:
actors = vcs2vtk.prepLine(self.renWin,gm)
returned["vtk_backend_line_actors"]=actors
for act,geo in actors:
ren = self.fitToViewport(act,gm.viewport,wc=gm.worldcoordinate,geo=geo,priority=gm.priority)
elif gtype=="marker":
if gm.priority!=0:
actors = vcs2vtk.prepMarker(self.renWin,gm)
returned["vtk_backend_marker_actors"]=actors
for g,gs,pd,act,geo in actors:
ren = self.fitToViewport(act,gm.viewport,wc=gm.worldcoordinate,geo=geo,priority=gm.priority)
if pd is None and act.GetUserTransform():
vcs2vtk.scaleMarkerGlyph(g, gs, pd, act)
elif gtype=="fillarea":
if gm.priority!=0:
actors = vcs2vtk.prepFillarea(self.renWin,gm)
returned["vtk_backend_fillarea_actors"]=actors
for act,geo in actors:
ren = self.fitToViewport(act,gm.viewport,wc=gm.worldcoordinate,geo=geo,priority=gm.priority)
else:
raise Exception,"Graphic type: '%s' not re-implemented yet" % gtype
self.scaleLogo()
if not kargs.get("donotstoredisplay",False) and kargs.get("render", True):
self.renWin.Render()
return returned