def exportWindow(fileoutput, binary=False, speed=None, html=True):
'''
Exporter which writes out the renderered scene into an OBJ or X3D file.
X3D is an XML-based format for representation 3D scenes (similar to VRML).
Check out http://www.web3d.org/x3d for more details.
:param float speed: set speed for x3d files.
:param bool html: generate a test html page for x3d files.
|export_x3d| |export_x3d.py|_
`generated webpage <https://vtkplotter.embl.es/examples/embryo.html>`_
See also: FEniCS test `webpage <https://vtkplotter.embl.es/examples/fenics_elasticity.html>`_.
'''
fr = fileoutput.lower()
if ".obj" in fr:
w = vtk.vtkOBJExporter()
w.SetInputData(settings.plotter_instance.window)
w.Update()
colors.printc("~save Saved file:", fileoutput, c="g")
elif ".x3d" in fr:
exporter = vtk.vtkX3DExporter()
exporter.SetBinary(binary)
exporter.FastestOff()
if speed:
exporter.SetSpeed(speed)
exporter.SetInput(settings.plotter_instance.window)
exporter.SetFileName(fileoutput)
exporter.Update()
exporter.Write()
if not html:
return
from vtkplotter.docs import x3d_html
x3d_html = x3d_html.replace("~fileoutput", fileoutput)
wsize = settings.plotter_instance.window.GetSize()
x3d_html = x3d_html.replace("~width", str(wsize[0]))
x3d_html = x3d_html.replace("~height", str(wsize[1]))
#b = settings.plotter_instance.renderer.ComputeVisiblePropBounds()
#s = max(b[1] - b[0], b[3] - b[2], b[5] - b[4])
#c = (b[1] + b[0])/2, (b[3] + b[2])/2, (b[5] + b[4])/2
#x3d_html = x3d_html.replace("~size", str(s*2))
#x3d_html = x3d_html.replace("~center", str(c[0])+" "+str(c[1])+" "+str(c[2]))
outF = open(fileoutput.replace('.x3d', '.html'), "w")
outF.write(x3d_html)
outF.close()
colors.printc("~save Saved files:",
fileoutput,
fileoutput.replace('.x3d', '.html'),
c="g")
return
def exportWindow(fileoutput, binary=False, speed=None, html=True):
'''
Exporter which writes out the renderered scene into an OBJ, X3D or Numpy file.
X3D is an XML-based format for representation 3D scenes (similar to VRML).
Check out http://www.web3d.org/x3d for more details.
:param float speed: set speed for x3d files.
:param bool html: generate a test html page for x3d files.
|export_x3d| |export_x3d.py|_
`generated webpage <https://vtkplotter.embl.es/examples/embryo.html>`_
See also: FEniCS test `webpage <https://vtkplotter.embl.es/examples/fenics_elasticity.html>`_.
.. note:: the rendering window can also be exported to `numpy` file `scene.npy`
by pressing ``E`` keyboard at any moment during visualization.
'''
fr = fileoutput.lower()
if ".obj" in fr:
w = vtk.vtkOBJExporter()
w.SetInputData(settings.plotter_instance.window)
w.Update()
colors.printc("~save Saved file:", fileoutput, c="g")
elif ".x3d" in fr:
exporter = vtk.vtkX3DExporter()
exporter.SetBinary(binary)
exporter.FastestOff()
if speed:
exporter.SetSpeed(speed)
exporter.SetInput(settings.plotter_instance.window)
exporter.SetFileName(fileoutput)
exporter.Update()
exporter.Write()
if not html:
return
from vtkplotter.docs import x3d_html
x3d_html = x3d_html.replace("~fileoutput", fileoutput)
wsize = settings.plotter_instance.window.GetSize()
x3d_html = x3d_html.replace("~width", str(wsize[0]))
x3d_html = x3d_html.replace("~height", str(wsize[1]))
#b = settings.plotter_instance.renderer.ComputeVisiblePropBounds()
#s = max(b[1] - b[0], b[3] - b[2], b[5] - b[4])
#c = (b[1] + b[0])/2, (b[3] + b[2])/2, (b[5] + b[4])/2
#x3d_html = x3d_html.replace("~size", str(s*2))
#x3d_html = x3d_html.replace("~center", str(c[0])+" "+str(c[1])+" "+str(c[2]))
outF = open(fileoutput.replace('.x3d', '.html'), "w")
outF.write(x3d_html)
outF.close()
colors.printc("~save Saved files:", fileoutput,
fileoutput.replace('.x3d', '.html'), c="g")
elif ".npy" in fr:
sdict = dict()
vp = settings.plotter_instance
sdict['shape'] = vp.shape #todo
sdict['sharecam'] = vp.sharecam #todo
sdict['camera'] = None #todo
sdict['position'] = vp.pos
sdict['size'] = vp.size
sdict['axes'] = vp.axes
sdict['title'] = vp.title
sdict['xtitle'] = vp.xtitle
sdict['ytitle'] = vp.ytitle
sdict['ztitle'] = vp.ztitle
sdict['backgrcol'] = colors.getColor(vp.backgrcol)
sdict['useDepthPeeling'] = settings.useDepthPeeling
sdict['renderPointsAsSpheres'] = settings.renderPointsAsSpheres
sdict['renderLinesAsTubes'] = settings.renderLinesAsTubes
sdict['hiddenLineRemoval'] = settings.hiddenLineRemoval
sdict['visibleGridEdges'] = settings.visibleGridEdges
sdict['interactorStyle'] = settings.interactorStyle
sdict['useParallelProjection'] = settings.useParallelProjection
sdict['objects'] = []
for a in vp.getActors() + vp.getVolumes():
sdict['objects'].append(_np_dump(a))
np.save(fileoutput, [sdict])
return