def __init__(this, *args, **kwargs):
heptagonsShape = Geom3D.IsometricShape(Vs=[],
Fs=[],
directIsometries=isomA5,
name='FoldedHeptagonsA5',
recreateEdges=False)
xtraTrisShape = Geom3D.IsometricShape(Vs=[],
Fs=[],
directIsometries=isomA5,
name='xtraTrisA5',
recreateEdges=False)
trisO3Shape = Geom3D.SymmetricShape(Vs=[],
Fs=[],
finalSym=isomA5,
stabSym=isomO3,
colors=[([rgb.cyan[:]], [])],
name='o3TrisA5',
recreateEdges=False)
trisO5Shape = Geom3D.SymmetricShape(Vs=[],
Fs=[],
finalSym=isomA5,
stabSym=isomO5,
colors=[([rgb.cyan[:]], [])],
name='o5PentasA5',
recreateEdges=False)
Heptagons.FldHeptagonShape.__init__(
this, [heptagonsShape, xtraTrisShape, trisO3Shape, trisO5Shape],
5,
3,
name='FoldedRegHeptA5xI')
this.heptagonsShape = heptagonsShape
this.xtraTrisShape = xtraTrisShape
this.trisO3Shape = trisO3Shape
this.trisO5Shape = trisO5Shape
this.posAngleMin = -math.pi / 2
this.posAngleMax = math.pi / 2
this.height = 2.7
this.dihedralAngle = Geom3D.Deg2Rad * 119
this.initArrs()
this.setTriangleFillPosition(0)
this.setEdgeAlternative(trisAlt.strip_II, trisAlt.strip_II)
this.setV()
def __init__(this, *args, **kwargs):
heptagonsShape = Geom3D.IsometricShape(
Vs = [], Fs = [], directIsometries = isomS4,
name = 'FoldedHeptagonsS4',
recreateEdges = False
)
xtraTrisShape = Geom3D.IsometricShape(
Vs = [], Fs = [], directIsometries = isomS4,
name = 'xtraTrisS4',
recreateEdges = False
)
trisO3Shape = Geom3D.SymmetricShape(
Vs = [], Fs = [],
finalSym = isomS4, stabSym = isomO3,
colors = [([rgb.cyan[:]], [])],
name = 'o3TrisS4',
recreateEdges = False
)
trisO4Shape = Geom3D.SymmetricShape(
Vs = [], Fs = [],
finalSym = isomS4, stabSym = isomO4,
colors = [([rgb.cyan[:]], [])],
name = 'o4SquareS4',
recreateEdges = False
)
Heptagons.FldHeptagonShape.__init__(this,
[heptagonsShape, xtraTrisShape, trisO3Shape, trisO4Shape],
4, 3,
name = 'FoldedRegHeptS4xI'
)
this.heptagonsShape = heptagonsShape
this.xtraTrisShape = xtraTrisShape
this.trisO3Shape = trisO3Shape
this.trisO4Shape = trisO4Shape
this.posAngleMin = -pos_angle_refl_2
this.posAngleMax = pos_angle_refl_2
this.height = 3.9
this.setEdgeAlternative(trisAlt.strip_1_loose, trisAlt.strip_1_loose)
this.initArrs()
this.setV()
def onApplySymmetry(this, e):
print this.GetSize()
Vs = this.showGui[this.__VsGuiIndex].get()
Fs = this.showGui[this.__FsGuiIndex].get()
if Fs == []:
this.statusText('No faces defined!', LOG_ERR)
return
finalSymGui = this.showGui[this.__FinalSymGuiIndex]
finalSym = finalSymGui.GetSelected()
finalSymIndex = finalSymGui.getSelectedIndex()
stabSymGui = this.showGui[this.__StabSymGuiIndex]
stabSym = stabSymGui.GetSelected()
stabSymIndex = stabSymGui.getSelectedIndex()
this.finalSymSetup[finalSymIndex] = finalSym.setup # copy?
this.stabSymSetup[finalSymIndex][stabSymIndex] = stabSym.setup # copy?
try:
this.shape = Geom3D.SymmetricShape(Vs,
Fs,
finalSym=finalSym,
stabSym=stabSym,
name=this.name)
except isometry.ImproperSubgroupError:
this.statusText('Stabiliser not a subgroup of final symmetry!',
LOG_ERR)
if e != None:
e.Skip()
return
this.FsOrbit = this.shape.getIsometries()['direct']
this.FsOrbitOrg = True
this.shape.recreateEdges()
this.updateOrientation()
this.canvas.panel.setShape(this.shape)
updated0 = this.showGui[this.__FinalSymGuiIndex].isSymClassUpdated()
updated1 = this.showGui[this.__StabSymGuiIndex].isSymClassUpdated()
# Note the functions above need to be called to update the latest
# status. I.e. don't call them in the or below, because the second will
# not be called if the first is true.
if (updated0 or updated1):
this.addColourGui()
else:
this.onNrColsSel(this.colGuis[this.__nrOfColsGuiId])
this.panel.Layout()
this.statusText('Symmetry applied: choose colours!', LOG_INFO)
try:
tst = this.cols
except AttributeError:
this.cols = [(255, 100, 0)]
if e != None:
e.Skip()
def onNrColsSel(this, e):
try:
this.selColSizer.Clear(True)
except AttributeError:
this.selColSizer = wx.BoxSizer(wx.VERTICAL)
this.colSizer.Add(this.selColSizer, 0, wx.EXPAND)
nextPrevColSizer = wx.BoxSizer(wx.HORIZONTAL)
this.colGuis.append(
wx.Button(this.panel, wx.ID_ANY, "Previous Alternative"))
this.panel.Bind(wx.EVT_BUTTON,
this.onPrevColAlt,
id=this.colGuis[-1].GetId())
nextPrevColSizer.Add(this.colGuis[-1], 0, wx.EXPAND)
this.colGuis.append(
wx.Button(this.panel, wx.ID_ANY, "Next Alternative"))
this.panel.Bind(wx.EVT_BUTTON,
this.onNextColAlt,
id=this.colGuis[-1].GetId())
nextPrevColSizer.Add(this.colGuis[-1], 0, wx.EXPAND)
nextPrevColSizer.Add(wx.BoxSizer(wx.HORIZONTAL), 1, wx.EXPAND)
this.colGuis.append(
wx.Button(this.panel, wx.ID_ANY, "Reset Colours"))
this.panel.Bind(wx.EVT_BUTTON,
this.onResetCols,
id=this.colGuis[-1].GetId())
nextPrevColSizer.Add(this.colGuis[-1], 0, wx.EXPAND)
this.colSizer.Add(nextPrevColSizer, 0, wx.EXPAND)
colDivNr = e.GetSelection()
this.colAlternative[0] = colDivNr
l0 = len(this.orbit.higherOrderStabiliserProps)
if colDivNr < l0:
this.colFinalSym = this.orbit.final
this.colIsoms = this.orbit.higherOrderStabiliser(colDivNr)
nrOfCols = this.orbit.higherOrderStabiliserProps[colDivNr]['index']
else:
this.colFinalSym = this.orbit.altFinal
this.colIsoms = this.orbit.lowerOrderStabiliser(colDivNr - l0)
nrOfCols = this.orbit.lowerOrderStabiliserProps[colDivNr -
l0]['index']
# now the FsOrbit might contain isometries that are not part of the
# colouring isometries. Recreate the shape with isometries that only
# have these:
if this.FsOrbitOrg:
finalSym = this.orbit.altFinal
stabSym = this.orbit.altStab
Vs = this.shape.getBaseVertexProperties()['Vs']
Fs = this.shape.getBaseFaceProperties()['Fs']
this.shape = Geom3D.SymmetricShape(Vs,
Fs,
finalSym=finalSym,
stabSym=stabSym,
name=this.name)
this.FsOrbit = this.shape.getIsometries()['direct']
this.shape.recreateEdges()
this.canvas.panel.setShape(this.shape)
this.FsOrbitOrg = False # and do this only once
assert len(this.colIsoms) != 0
this.selColGuis = []
initColour = (255, 255, 255)
maxColPerRow = 12
# Add buttons for choosing individual colours:
for i in range(nrOfCols):
try:
col = this.cols[i]
except IndexError:
col = initColour
this.cols.append(col)
if i % maxColPerRow == 0:
selColSizerRow = wx.BoxSizer(wx.HORIZONTAL)
this.selColSizer.Add(selColSizerRow, 0, wx.EXPAND)
this.selColGuis.append(
wxLibCS.ColourSelect(this.panel, wx.ID_ANY, colour=col))
this.panel.Bind(wxLibCS.EVT_COLOURSELECT, this.onColSel)
selColSizerRow.Add(this.selColGuis[-1], 0, wx.EXPAND)
this.nrOfCols = nrOfCols
# replace invalid index of colour alternative with the last possible
if this.colAlternative[1] >= len(this.colIsoms):
this.colAlternative[1] = len(this.colIsoms) - 1
this.updatShapeColours()
this.panel.Layout()