def accept(save=False):
dia.acceptData()
print("RESULTS", dia.results)
if dia.results['render/mode'].startswith('smooth'):
res = utils.subDict(dia.results, 'render/', strip=False)
matname = dia.results['render/material']
matdata = utils.subDict(dia.results, 'material/')
# Currently, set both in cfg and Material db
pf.cfg['material/%s' % matname] = matdata
pf.GUI.materials[matname] = canvas.Material(matname, **matdata)
else:
res = utils.selectDict(dia.results,
['render/mode', 'render/lighting'])
res['_save_'] = save
print("RES", res)
updateSettings(res)
print(pf.cfg)
vp = pf.GUI.viewports.current
vp.resetLighting()
#if pf.cfg['render/mode'] != vp.rendermode:
print("SETMODE %s %s" %
(pf.cfg['render/mode'], pf.cfg['render/lighting']))
vp.setRenderMode(pf.cfg['render/mode'], pf.cfg['render/lighting'])
print(vp.rendermode, vp.settings.lighting)
vp.update()
toolbar.updateLightButton()
def setCurrent(self,canv):
"""Make the specified viewport the current one.
canv can be either a viewport or viewport number.
"""
if type(canv) == int and canv in range(len(self.all)):
canv = self.all[canv]
if canv == self.current:
return # already current
if canv in self.all:
if self.current:
self.current.focus = False
self.current.updateGL()
self.current = canv
self.current.focus = True
self.current.updateGL()
toolbar.updateTransparencyButton()
toolbar.updatePerspectiveButton()
toolbar.updateLightButton()
def accept(save=False):
dia.acceptData()
print("RESULTS",dia.results)
if dia.results['render/mode'].startswith('smooth'):
res = utils.subDict(dia.results,'render/',strip=False)
matname = dia.results['render/material']
matdata = utils.subDict(dia.results,'material/')
# Currently, set both in cfg and Material db
pf.cfg['material/%s' % matname] = matdata
pf.GUI.materials[matname] = canvas.Material(matname,**matdata)
else:
res = utils.selectDict(dia.results,['render/mode','render/lighting'])
res['_save_'] = save
print("RES",res)
updateSettings(res)
print(pf.cfg)
vp = pf.GUI.viewports.current
vp.resetLighting()
#if pf.cfg['render/mode'] != vp.rendermode:
print("SETMODE %s %s" % (pf.cfg['render/mode'],pf.cfg['render/lighting']))
vp.setRenderMode(pf.cfg['render/mode'],pf.cfg['render/lighting'])
print(vp.rendermode,vp.settings.lighting)
vp.update()
toolbar.updateLightButton()
def accept(save=False):
dia.acceptData()
print "RESULTS", dia.results
if dia.results["render/mode"].startswith("smooth"):
res = utils.subDict(dia.results, "render/", strip=False)
matname = dia.results["render/material"]
matdata = utils.subDict(dia.results, "material/")
# Currently, set both in cfg and Material db
pf.cfg["material/%s" % matname] = matdata
pf.GUI.materials[matname] = canvas.Material(matname, **matdata)
else:
res = utils.selectDict(dia.results, ["render/mode", "render/lighting"])
res["_save_"] = save
print "RES", res
updateSettings(res)
print pf.cfg
vp = pf.GUI.viewports.current
vp.resetLighting()
# if pf.cfg['render/mode'] != vp.rendermode:
print "SETMODE %s %s" % (pf.cfg["render/mode"], pf.cfg["render/lighting"])
vp.setRenderMode(pf.cfg["render/mode"], pf.cfg["render/lighting"])
print vp.rendermode, vp.lighting
vp.update()
toolbar.updateLightButton()
def lights(state=True):
"""Set the lights on or off"""
pf.canvas.setLighting(state)
pf.canvas.update()
toolbar.updateLightButton()
pf.GUI.processEvents()
def renderMode(mode, avg=False):
pf.canvas.setRenderMode(mode)
pf.canvas.update()
toolbar.updateNormalsButton()
toolbar.updateLightButton()
pf.GUI.processEvents()