def draw(self, turtleProxy, scale, longName, shortName, dxfIndex, partID):
result = delphi_compatability.TRect()
minZ = 0.0
self.zForSorting = 0
turtle = turtleProxy
if turtle.ifExporting_exclude3DObject(scale):
return result
turtle.clearRecording()
self.boundsRect = delphi_compatability.TRect()
for point in self.points:
u3dsupport.KfPoint3D_addPointToBoundsRect(
self.boundsRect, turtle.transformAndRecord(point, scale))
result = self.boundsRect
if not turtle.drawOptions.draw3DObjects:
return result
if turtle.drawOptions.draw3DObjectsAsRects:
turtle.drawTrianglesFromBoundsRect(self.boundsRect)
return result
# prepare
turtle.ifExporting_start3DObject(longName + " 3D object", shortName,
turtle.drawingSurface.foreColor,
dxfIndex)
if turtle.exportingToFile():
# draw
self.write3DExportElements(turtle, scale, partID)
elif len(self.triangles) > 0:
first = 1
for triangle in self.triangles:
realTriangle = turtle.drawTriangleFromIndexes(
triangle.pointIndexes[0], triangle.pointIndexes[1],
triangle.pointIndexes[2], partID)
if (turtle.drawOptions.sortPolygons) and (
turtle.drawOptions.sortTdosAsOneItem) and (realTriangle
!= None):
if first:
minZ = realTriangle.zForSorting
first = 0
elif realTriangle.zForSorting < minZ:
minZ = realTriangle.zForSorting
realTriangle.tdo = self
self.zForSorting = minZ
turtle.ifExporting_end3DObject()
return result
def __init__(self):
self.points = []
self.originPointIndex = 0
self.triangles = ucollect.TListCollection()
self.name = ""
self.originalIfCopy = None
self.inUse = False
self.zForSorting = 0.0
self.indexWhenRemoved = 0
self.selectedIndexWhenRemoved = 0
self.boundsRect = delphi_compatability.TRect()
def bestPointForDrawingAtScale(self, turtleProxy, origin, bitmapSize, scale):
turtle = turtleProxy
self.boundsRect = delphi_compatability.TRect()
turtle.reset()
for point in self.points:
u3dsupport.KfPoint3D_addPointToBoundsRect(self.boundsRect, turtle.transformAndRecord(point, scale))
# PDF FIX -- no TPOINT?
result = delphi_compatability.TPoint()
result.X = origin.X + bitmapSize.X / 2 - usupport.rWidth(self.boundsRect) / 2 - self.boundsRect.Left
result.Y = origin.Y + bitmapSize.Y / 2 - usupport.rHeight(self.boundsRect) / 2 - self.boundsRect.Top
return result
def boundsRect(self):
result = delphi_compatability.TRect()
try:
result.Top = int(self.realBoundsRect.top)
result.Left = int(self.realBoundsRect.left)
result.Bottom = int(self.realBoundsRect.bottom)
result.Right = int(self.realBoundsRect.right)
except:
#might want to be more precise in assigning a rect
result.Top = -32767
result.Left = -32767
result.Bottom = 32767
result.Right = 32767
return result
def __init__(self):
self.plant = None
self.liveBiomass_pctMPB = 0.0
self.deadBiomass_pctMPB = 0.0
self.biomassDemand_pctMPB = 0.0
self.gender = 0
self.age = 0L
self.randomSwayIndex = 0.0
self.hasFallenOff = False
self.isSeedlingLeaf = False
self.partID = 0L
self.boundsRect = delphi_compatability.TRect()
self.amendment = None
self.parentAmendment = None
self.biomassOfMeAndAllPartsAboveMe_pctMPB = 0.0
