####################################################################################################
#
# Invoking X3D model self-test:
#
#   $ python Asa.py
#
# Python package x3d.py package is available on PyPI for import.
#   This approach simplifies Python X3D deployment and use.
#   https://pypi.org/project/x3d
#
# Installation:
#       pip install x3d
# or
#       python -m pip install x3d
#
# Developer options for loading x3d package in other Python programs:
#
#    from x3d import *  # preferred approach, terser source that avoids x3d.* class prefixes
#
# or
#    import x3d         # traditional way to subclass x3d package, all classes require x3d.* prefix,
#                       # but python source is very verbose, for example x3d.Material x3d.Shape etc.
#                       # X3dToPython.xslt stylesheet insertPackagePrefix=true supports this option.
#
####################################################################################################

from x3d import *

newModel=X3D(profile='Immersive',version='4.0',
  head=head(
    children=[
    meta(content='Asa.x3d',name='title'),
    meta(content='Rio de Janeiro',name='description'),
    meta(content='Luciano Soares',name='creator'),
    meta(content='2 Outubro 2003',name='translated'),
    meta(content='30 July 2023',name='modified'),
    meta(content="Luciano P. Soares, Leonardo Nomura, Marcio C. Cabral, Mario Nagamura, Roseli D. Lopes, and Marcelo K. Zuffo. 2005. Virtual hang-gliding over Rio de Janeiro. In ACM SIGGRAPH 2005 Emerging technologies (SIGGRAPH '05). Association for Computing Machinery, New York, NY, USA, 29–es.",name='reference'),
    meta(content='https://doi.org/10.1145/1187297.1187327',name='reference'),
    meta(content='Asa Wing',name='subject'),
    meta(content='Vrml97ToX3dNist, http://ovrt.nist.gov/v2_x3d.html',name='generator'),
    meta(content='X3D-Edit 4.0, https://savage.nps.edu/X3D-Edit',name='generator'),
    meta(content='https://savage.nps.edu/Savage/Locations/RioDeJaneiro/Asa.x3d',name='identifier'),
    meta(content='../../license.html',name='license'),
    meta(content='add metadata for media rights',name='TODO'),
    meta(content='recover lost sound file: sound/drumloop.wav',name='TODO')]),
  Scene=Scene(
    #  <Sound location='0 0 0' spatialize='true'> <AudioClip DEF='MYSOUND2' description='drumloop' loop='true' stopTime='0' url='"sound/drumloop.wav" "https://savage.nps.edu/Savage/Locations/RioDeJaneiro/sound/drumloop.wav"'/> </Sound> 
    children=[
    WorldInfo(title='Asa.x3d'),
    Sound(intensity=0.01,
      source=AudioClip(DEF='MYSOUND3',description='joas',loop=True,url=["joas.mp3","https://savage.nps.edu/Savage/Locations/RioDeJaneiro/joas.mp3"])),
    DirectionalLight(direction=(0.2,-1,-0.2)),
    DirectionalLight(direction=(0,1,0)),
    PointLight(location=(1000,0,-1000)),
    PointLight(location=(-1000,0,1000)),
    Switch(whichChoice=-1,
      children=[
      Shape(
        appearance=Appearance(
          material=Material(DEF='Asa_Delta_0',diffuseColor=(0.16,0.486293,0.8),shininess=0.0))),
      Shape(
        appearance=Appearance(
          material=Material(DEF='Asa_Delta1_1',shininess=0.0))),
      Shape(
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          coord=Coordinate(USE='pCylinder38GeoPoints'))),
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          normal=Normal(vector=[(-0.069,-0.941,0.331),(-0.069,-0.941,0.331),(-0.069,-0.941,0.331),(-0.069,-0.941,0.331),(0.832,-0.413,0.371),(0.832,-0.413,0.371),(0.832,-0.413,0.371),(0.832,-0.413,0.371),(0.767,0.514,0.384),(0.767,0.514,0.384),(0.767,0.514,0.384),(0.767,0.514,0.384),(0.0,0.923,0.385),(0.0,0.923,0.385),(0.0,0.923,0.385),(0.0,0.923,0.385),(-0.793,0.472,0.385),(-0.793,0.472,0.385),(-0.793,0.472,0.385),(-0.793,0.472,0.385),(-0.826,-0.425,0.371),(-0.826,-0.425,0.371),(-0.826,-0.425,0.371),(-0.826,-0.425,0.371),(-0.008,-0.306,0.952),(-0.008,-0.306,0.952),(-0.008,-0.306,0.952),(-0.008,-0.306,0.952),(0.239,-0.119,0.964),(0.239,-0.119,0.964),(0.239,-0.119,0.964),(0.239,-0.119,0.964),(0.214,0.139,0.967),(0.214,0.139,0.967),(0.214,0.139,0.967),(0.214,0.139,0.967),(0.0,0.255,0.967),(0.0,0.255,0.967),(0.0,0.255,0.967),(0.0,0.255,0.967),(-0.219,0.13,0.967),(-0.219,0.13,0.967),(-0.219,0.13,0.967),(-0.219,0.13,0.967),(-0.237,-0.123,0.964),(-0.237,-0.123,0.964),(-0.237,-0.123,0.964),(-0.237,-0.123,0.964),(0.0,0.787,0.617),(0.0,0.787,0.617),(0.0,0.787,0.617),(0.0,0.787,0.617),(-0.629,0.317,0.71),(-0.629,0.317,0.71),(-0.629,0.317,0.71),(-0.629,0.317,0.71),(-0.572,-0.363,0.735),(-0.572,-0.363,0.735),(-0.572,-0.363,0.735),(-0.572,-0.363,0.735),(-0.0,-0.677,0.736),(-0.0,-0.677,0.736),(-0.0,-0.677,0.736),(-0.0,-0.677,0.736),(0.584,-0.344,0.736),(0.584,-0.344,0.736),(0.584,-0.344,0.736),(0.584,-0.344,0.736),(0.626,0.326,0.709),(0.626,0.326,0.709),(0.626,0.326,0.709),(0.626,0.326,0.709),(-0.015,0.989,-0.15),(-0.015,0.989,-0.15),(-0.015,0.989,-0.15),(-0.015,0.989,-0.15),(-0.891,0.451,-0.039),(-0.891,0.451,-0.039),(-0.891,0.451,-0.039),(-0.891,0.451,-0.039),(-0.846,-0.533,0.0),(-0.846,-0.533,0.0),(-0.846,-0.533,0.0),(-0.846,-0.533,0.0),(-0.0,-1.0,-0.0),(-0.0,-1.0,-0.0),(-0.0,-1.0,-0.0),(-0.0,-1.0,-0.0),(0.862,-0.507,-0.0),(0.862,-0.507,-0.0),(0.862,-0.507,-0.0),(0.862,-0.507,-0.0),(0.885,0.464,-0.041),(0.885,0.464,-0.041),(0.885,0.464,-0.041),(0.885,0.464,-0.041),(-0.018,0.647,-0.762),(-0.018,0.647,-0.762),(-0.018,0.647,-0.762),(-0.018,0.647,-0.762),(-0.597,0.303,-0.742),(-0.597,0.303,-0.742),(-0.597,0.303,-0.742),(-0.597,0.303,-0.742),(-0.572,-0.363,-0.735),(-0.572,-0.363,-0.735),(-0.572,-0.363,-0.735),(-0.572,-0.363,-0.735),(-0.0,-0.677,-0.736),(-0.0,-0.677,-0.736),(-0.0,-0.677,-0.736),(-0.0,-0.677,-0.736),(0.584,-0.344,-0.736),(0.584,-0.344,-0.736),(0.584,-0.344,-0.736),(0.584,-0.344,-0.736),(0.592,0.312,-0.743),(0.592,0.312,-0.743),(0.592,0.312,-0.743),(0.592,0.312,-0.743),(0.012,-0.272,-0.962),(0.012,-0.272,-0.962),(0.012,-0.272,-0.962),(0.012,-0.272,-0.962),(0.232,-0.117,-0.966),(0.232,-0.117,-0.966),(0.232,-0.117,-0.966),(0.232,-0.117,-0.966),(0.214,0.139,-0.967),(0.214,0.139,-0.967),(0.214,0.139,-0.967),(0.214,0.139,-0.967),(0.0,0.255,-0.967),(0.0,0.255,-0.967),(0.0,0.255,-0.967),(0.0,0.255,-0.967),(-0.219,0.13,-0.967),(-0.219,0.13,-0.967),(-0.219,0.13,-0.967),(-0.219,0.13,-0.967),(-0.23,-0.121,-0.966),(-0.23,-0.121,-0.966),(-0.23,-0.121,-0.966),(-0.23,-0.121,-0.966),(-0.008,-0.982,0.19),(-0.008,-0.982,0.19),(-0.008,-0.982,0.19),(-0.008,-0.982,0.19),(0.865,-0.432,-0.254),(0.865,-0.432,-0.254),(0.865,-0.432,-0.254),(0.865,-0.432,-0.254),(0.767,0.514,-0.384),(0.767,0.514,-0.384),(0.767,0.514,-0.384),(0.767,0.514,-0.384),(0.0,0.923,-0.385),(0.0,0.923,-0.385),(0.0,0.923,-0.385),(0.0,0.923,-0.385),(-0.793,0.472,-0.385),(-0.793,0.472,-0.385),(-0.793,0.472,-0.385),(-0.793,0.472,-0.385),(-0.86,-0.447,-0.246),(-0.86,-0.447,-0.246),(-0.86,-0.447,-0.246),(-0.86,-0.447,-0.246)]),
          coord=Coordinate(USE='pTorus4GeoPoints'))),
      Shape(
        geometry=IndexedFaceSet(DEF='pCylinder39_0Geo',convex=False,coordIndex=[10,11,12,13,-1,0,3,8,7,-1,6,7,11,10,-1,7,8,12,11,-1,8,9,13,12,-1,9,6,10,13,-1],normalIndex=[8,9,10,11,-1,16,17,18,19,-1,24,25,26,27,-1,28,29,10,9,-1,30,31,32,33,-1,22,15,8,11,-1],solid=False,
          normal=Normal(vector=[(0.0,-1.0,-0.0),(0.0,-1.0,-0.0),(0.0,-1.0,-0.0),(0.0,-1.0,-0.0),(-0.0,0.432,0.902),(-0.0,0.432,0.902),(-0.0,0.432,0.902),(-0.0,0.432,0.902),(-0.0,0.843,-0.538),(0.0,-0.528,-0.849),(0.0,-0.528,-0.849),(-0.0,0.843,-0.538),(-0.0,0.221,-0.975),(-0.0,0.432,-0.902),(-0.0,0.432,-0.902),(-0.0,0.599,-0.801),(0.0,0.0,1.0),(0.0,0.0,1.0),(0.0,0.0,1.0),(0.0,0.0,1.0),(0.0,0.432,-0.902),(0.0,0.221,-0.975),(-0.0,0.599,-0.801),(0.0,0.432,-0.902),(1.0,-0.009,-0.001),(1.0,-0.009,-0.001),(1.0,-0.009,-0.001),(1.0,-0.009,-0.001),(0.0,-1.0,-0.011),(0.0,-1.0,-0.011),(-1.0,-0.009,-0.001),(-1.0,-0.009,-0.001),(-1.0,-0.009,-0.001),(-1.0,-0.009,-0.001)]),
          coord=Coordinate(DEF='pCylinder39GeoPoints',point=[(7.224,1.761,-1.755),(7.847,1.761,-1.48),(7.549,2.049,-1.618),(-7.257,1.761,-1.755),(-7.881,1.761,-1.48),(-7.582,2.049,-1.618),(0.038,2.049,-1.618),(0.036,1.761,-1.755),(-0.069,1.761,-1.755),(-0.072,2.049,-1.618),(0.034,1.992,-6.679),(0.032,1.819,-6.761),(-0.065,1.819,-6.761),(-0.068,1.992,-6.679)]))),
      Shape(
        geometry=IndexedFaceSet(DEF='pCylinder39_1Geo',convex=False,coordIndex=[0,1,4,3,-1,1,2,5,4,-1,2,0,7,6,-1,3,5,9,8,-1,5,2,6,9,-1],normalIndex=[0,1,2,3,-1,4,5,6,7,-1,12,13,14,15,-1,20,21,22,23,-1,21,12,15,22,-1],solid=False,
          normal=Normal(vector=[(0.0,-1.0,-0.0),(0.0,-1.0,-0.0),(0.0,-1.0,-0.0),(0.0,-1.0,-0.0),(-0.0,0.432,0.902),(-0.0,0.432,0.902),(-0.0,0.432,0.902),(-0.0,0.432,0.902),(-0.0,0.843,-0.538),(0.0,-0.528,-0.849),(0.0,-0.528,-0.849),(-0.0,0.843,-0.538),(-0.0,0.221,-0.975),(-0.0,0.432,-0.902),(-0.0,0.432,-0.902),(-0.0,0.599,-0.801),(0.0,0.0,1.0),(0.0,0.0,1.0),(0.0,0.0,1.0),(0.0,0.0,1.0),(0.0,0.432,-0.902),(0.0,0.221,-0.975),(-0.0,0.599,-0.801),(0.0,0.432,-0.902),(1.0,-0.009,-0.001),(1.0,-0.009,-0.001),(1.0,-0.009,-0.001),(1.0,-0.009,-0.001),(0.0,-1.0,-0.011),(0.0,-1.0,-0.011),(-1.0,-0.009,-0.001),(-1.0,-0.009,-0.001),(-1.0,-0.009,-0.001),(-1.0,-0.009,-0.001)]),
          coord=Coordinate(USE='pCylinder39GeoPoints')))])]
    #  <ProtoInstance name='Avatar'> <fieldValue name='children'> <Transform DEF='pCylinder38' scale='1.0 1.0 1.0' scaleOrientation='0.0 0.0 1.0 0.0' translation='0.0 0.0 0.0'> <Shape> <Appearance> <Material USE='Asa_Delta_0'/> </Appearance> <IndexedFaceSet USE='pCylinder38_0Geo'/> </Shape> <Shape> <Appearance> <Material USE='Asa_Delta1_1'/> </Appearance> <IndexedFaceSet USE='pCylinder38_1Geo'/> </Shape> </Transform> <Transform DEF='pPlane71' scale='1.0 1.0 1.0' scaleOrientation='0.0 0.0 1.0 0.0' translation='0.0 0.0 0.0'> <Shape> <Appearance> <Material USE='Asa_Delta_0'/> </Appearance> <IndexedFaceSet USE='pPlane71_0Geo'/> </Shape> <Shape> <Appearance> <Material USE='Asa_Delta1_1'/> </Appearance> <IndexedFaceSet USE='pPlane71_1Geo'/> </Shape> </Transform> <Transform DEF='pTorus4' scale='1.0 1.0 1.0' scaleOrientation='0.0 0.0 1.0 0.0' translation='0.0 0.0 0.0'> <Shape> <Appearance> <Material USE='Asa_Delta_0'/> </Appearance> <IndexedFaceSet USE='pTorus4_0Geo'/> </Shape> <Shape> <Appearance> <Material USE='Asa_Delta1_1'/> </Appearance> <IndexedFaceSet USE='pTorus4_1Geo'/> </Shape> </Transform> <Transform DEF='pCylinder39' scale='1.0 1.0 1.0' scaleOrientation='0.0 0.0 1.0 0.0' translation='0.0 0.0 0.0'> <Shape> <Appearance> <Material USE='Asa_Delta1_1'/> </Appearance> <IndexedFaceSet USE='pCylinder39_0Geo'/> </Shape> <Shape> <Appearance> <Material USE='Asa_Delta_0'/> </Appearance> <IndexedFaceSet USE='pCylinder39_1Geo'/> </Shape> </Transform> </fieldValue> </ProtoInstance> 
    )
) # X3D model complete

####################################################################################################
# Self-test diagnostics
####################################################################################################

print('Self-test diagnostics for Asa.py:')
if        metaDiagnostics(newModel): # built-in utility method in X3D class
    print(metaDiagnostics(newModel)) # display meta info, hint, warning, error, TODO values in this model
# print('check newModel.XML() serialization...')
newModelXML= newModel.XML() # test export method XML() for exceptions during export
newModel.XMLvalidate()
# print(newModelXML) # diagnostic

try:
#   print('check newModel.VRML() serialization...')
    newModelVRML=newModel.VRML() # test export method VRML() for exceptions during export
    # print(prependLineNumbers(newModelVRML)) # debug
    print("Python-to-VRML export of VRML output successful", flush=True)
except Exception as err: # usually BaseException
    # https://stackoverflow.com/questions/18176602/how-to-get-the-name-of-an-exception-that-was-caught-in-python
    print("*** Python-to-VRML export of VRML output failed:", type(err).__name__, err)
    if newModelVRML: # may have failed to generate
        print(prependLineNumbers(newModelVRML, err.lineno))

try:
#   print('check newModel.JSON() serialization...')
    newModelJSON=newModel.JSON() # test export method JSON() for exceptions during export
#   print(prependLineNumbers(newModelJSON)) # debug
    print("Python-to-JSON export of JSON output successful (under development)")
except Exception as err: # usually SyntaxError
    print("*** Python-to-JSON export of JSON output failed:", type(err).__name__, err)
    if newModelJSON: # may have failed to generate
        print(prependLineNumbers(newModelJSON,err.lineno))

print("python Asa.py load and self-test diagnostics complete.")