from x3d import *
print('hello world')

# header stuff
x3dmodel = X3D(profile='Immersive',version='4.0')
scene = Scene()
x3dmodel.Scene = scene
# world = scene.world
hd = head()
hd.children=[
  meta(content='MIT',name='license'),
  meta(content='http://www.web3D.org',name='reference'),
  meta(content='keyboard_gen',name='generator'),
  meta(content='x3d.py',name='exporter'),
]
x3dmodel.head = hd

# hidden geom declares
sw = Switch(whichChoice=-1)
wgeom = IndexedFaceSet(coordIndex=[0,1,2,3,-1,4,0,3,7,-1,7,3,2,6,-1,6,2,1,5,-1,5,1,0,4,-1,7,6,5,4,-1],solid='false')
wcoord = Coordinate(point=[(0.115,-1.129, 0.05), (-0.115, -1.13, 0.05),( -0.115, 0.0, 0.05),( 0.115, 0.0, 0.05),( 0.115, -1.13, -0.05),( -0.115, -1.13, -0.05),( -0.115, 0.00, -0.05),( 0.115, 0.0, -0.05)])
wgeom.coord = wcoord
wmat = Material(ambientIntensity=0.0, diffuseColor=(0.85, 0.85, 0.85), shininess=0.8, specularColor=(0.65, 0.65, 0.65))
wapp = Appearance()
wapp.material = wmat
wshape = Shape(DEF='WSHAPE')
wshape.appearance = wapp
wshape.geometry = wgeom
sw.children.append(wshape)

bgeom = IndexedFaceSet(coordIndex=[0,1,2,3,-1,4,0,3,7,-1,7,3,2,6,-1,6,2,1,5,-1,5,1,0,4,-1,7,6,5,4,-1],solid='false')
bcoord = Coordinate(point=[(0.035, -0.63, 0.15),( -0.035, -0.63 ,0.15),( -0.035, 0.0, 0.1),( 0.035, 0.0, 0.1),( 0.063, -0.7, 0.05),( -0.063, -0.7, 0.05 ),(-0.063, 0.0, 0.05),( 0.063, 0.0, 0.05)])
bgeom.coord = bcoord
bmat = Material(ambientIntensity=0.0, diffuseColor=(0.02, 0.02, 0.02), shininess=0.8, specularColor=(0.65, 0.65, 0.65))
bapp = Appearance()
bapp.material = bmat
bshape = Shape(DEF='BSHAPE')
bshape.appearance = bapp
bshape.geometry = bgeom
sw.children.append(bshape)

scene.children.append(sw)

# proto declares
pd = ProtoDeclare()
pd.appinfo = 'animates keyboard key'
pd.name = 'Key'
pi = ProtoInterface()
pd.ProtoInterface = pi
f1 = field()
f1.type = 'SFVec3f'
f1.name = 'translation'
f1.accessType = 'inputOutput'
f1.value = (0,0,0)
pi.field.append(f1)
f2 = field()
f2.type = 'SFBool'
f2.name = 'press'
f2.accessType = 'outputOnly'
pi.field.append(f2)
f3 = field()
f3.type = 'MFNode'
f3.name = 'shapes'
f3.accessType='inputOutput'
pi.field.append(f3)

trans = Transform(DEF="KEYTRANS",translation=(0,0,0),scale=(1,1,1),rotation=(1,0,0,0))
#keyshape = Shape()
#keyshape.appearance = Appearance()
#keyshape.appearance.material = Material(diffuseColor=(1,1,1))
#keyshape.geometry = Box()
#trans.children.append(keyshape)
pb = ProtoBody()
pb.children.append(trans)
pd.ProtoBody = pb
iis = IS()
con1 = connect()
con1.nodeField ='translation'
con1.protoField = 'translation'
iis.connect.append(con1)
con2 = connect()
con2.nodeField ='children'
con2.protoField = 'shapes'
iis.connect.append(con2)
trans.IS = iis

ori = OrientationInterpolator(DEF='MOVER', key=[0,.25,1], keyValue=[(1,0,0,0), (1,0,0,.26), (1,0,0,0)])
pb.children.append(ori)
scene.children.append(pd)
r1 = ROUTE(fromNode='MOVER', fromField='value_changed', toNode='KEYTRANS', toField='set_rotation')
pb.children.append(r1)
ts = TimeSensor(DEF='CLOCK', cycleInterval=.5, loop='false')
pb.children.append(ts)
r2 = ROUTE(fromNode='CLOCK', fromField='fraction_changed', toNode='MOVER', toField='set_fraction')
pb.children.append(r2)
ts = TouchSensor(DEF='TOUCH')
iis2 = IS()
con3 = connect()
con3.nodeField ='isActive'
con3.protoField = 'press'
iis2.connect.append(con3)
ts.IS =iis2
pb.children.append(ts)
r3 = ROUTE(fromNode='TOUCH',fromField='touchTime',toNode='CLOCK',toField='set_startTime')
pb.children.append(r3)

# scene
fv = fieldValue()
fv.name = 'translation'
fv.value = (-.5,0,0)
fv2 = fieldValue()
fv2.name = 'shapes'
fv2.value = [Shape(USE='WSHAPE')]
key = ProtoInstance(name='Key', fieldValue=[fv,fv2])
scene.children.append(key)

fv = fieldValue()
fv.name = 'translation'
fv.value = (.5,0,0)
fv2 = fieldValue()
fv2.name = 'shapes'
fv2.value = MFNode([Shape(USE='BSHAPE')])
key = ProtoInstance(name='Key', fieldValue=[fv,fv2])
scene.children.append(key)

# exporting scene to file
format = 'X3D'
blob = None
if(format=='X3D'):
  blob = x3dmodel.XML()
elif(format=='X3DV'):
  blob = x3dmodel.VRML(VRML97=False)
elif(format=='HTML'):
  blob = x3dmodel.X3DOM()
elif(format=='JSON'):
  blob = x3dmodel.JSON()
else:
  print("No file format given")

f = open("kb.wrl","w+");
f.write(blob)
#f.write("#VRML V4.0 utf8\n\n")
#f.write("DEF A0 WhiteKey { translation -.5 0 0 }\n")
#f.write("ROUTE A0.key TO MERG.A\n")
f.close()


try:
  mode = int(input('Input:'))
except ValueError:
  print("Not a number")