def writeToTextFile(self, outputFile):
writeln(outputFile, kStartAmendmentString)
writeln(outputFile, " part number =%d" % (self.partID))
writeln(outputFile, " part type =" + self.typeOfPart)
writeln(outputFile, " hide =" + usupport.boolToStr(self.hide))
#
# writeln(outputFile, " change colors =" + boolToStr(changeColors));
# writeln(outputFile, " propagate colors up stem =" + boolToStr(propagateColors));
# writeln(outputFile, " front face color =%d" % (faceColor));
# writeln(outputFile, " back face color =%d" % (backfaceColor));
# writeln(outputFile, " line color =%d" % (lineColor));
#
writeln(outputFile, " rotate =" + usupport.boolToStr(self.addRotations))
writeln(outputFile, " x rotation =%d" % (int(self.xRotation)))
writeln(outputFile, " y rotation =%d" % (int(self.yRotation)))
writeln(outputFile, " z rotation =%d" % (int(self.zRotation)))
writeln(outputFile, " change scale =" + usupport.boolToStr(self.multiplyScale))
writeln(outputFile, " propagate scale change up stem =" + usupport.boolToStr(self.propagateScale))
writeln(outputFile, " 3d object scale multiplier =%d" % (self.scaleMultiplier_pct))
writeln(outputFile, " line length multiplier =%d" % (self.lengthMultiplier_pct))
writeln(outputFile, " line width multiplier =%d" % (self.widthMultiplier_pct))
#
# writeln(outputFile, " apply at age =%d" % (applyAtAge))
#
writeln(outputFile, kEndAmendmentString)
def writeToMemo(self, aMemo):
aMemo.Lines.Add(kStartAmendmentString)
aMemo.Lines.Add(" part number =%d" % (self.partID))
aMemo.Lines.Add(" part type =" + self.typeOfPart)
aMemo.Lines.Add(" hide =" + usupport.boolToStr(self.hide))
#
# aMemo.lines.add(' change colors =' + boolToStr(changeColors));
# aMemo.lines.add(' propagate colors up stem =' + boolToStr(propagateColors));
# aMemo.lines.add(" front face color =%d" % (faceColor));
# aMemo.lines.add(" back face color =%d" % (backfaceColor));
# aMemo.lines.add(" line color =%d" % (lineColor));
#
aMemo.Lines.Add(" rotate =" + usupport.boolToStr(self.addRotations))
aMemo.Lines.Add(" x rotation =%d" % (int(self.xRotation)))
aMemo.Lines.Add(" y rotation =%d" % (int(self.yRotation)))
aMemo.Lines.Add(" z rotation =%d" % (int(self.zRotation)))
aMemo.Lines.Add(" change scale =" + usupport.boolToStr(self.multiplyScale))
aMemo.Lines.Add(" propagate scale change up stem =" + usupport.boolToStr(self.propagateScale))
aMemo.Lines.Add(" 3d object scale multiplier =%d" % (self.scaleMultiplier_pct))
aMemo.Lines.Add(" line length multiplier =%d" % (self.lengthMultiplier_pct))
aMemo.Lines.Add(" line width multiplier =%d" % (self.widthMultiplier_pct))
#
# aMemo.lines.add(" apply at age =%d" % (applyAtAge));
#
aMemo.Lines.Add(kEndAmendmentString)
def writeToFile(self, aFileName):
outputFile = TextFile()
i = 0
AssignFile(outputFile, aFileName)
try:
Rewrite(outputFile)
writeln(outputFile, "[Breeding strategy]")
write(outputFile, "Mutations=")
for i in range(0, kMaxBreedingSections):
write(outputFile, IntToStr(self.mutationStrengths[i]) + " ")
writeln(outputFile)
write(outputFile, "Weights=")
for i in range(0, kMaxBreedingSections):
write(outputFile, IntToStr(self.firstPlantWeights[i]) + " ")
writeln(outputFile)
writeln(
outputFile,
"Non-numeric=" + IntToStr(self.getNonNumericalParametersFrom))
writeln(
outputFile, "Vary colors=" +
usupport.boolToStr(self.mutateAndBlendColorValues))
writeln(
outputFile, "Vary 3D objects=" +
usupport.boolToStr(self.chooseTdosRandomlyFromCurrentLibrary))
finally:
CloseFile(outputFile)
def writeToMemo(self, aMemo):
aMemo.Lines.Add(kStartAmendmentString)
aMemo.Lines.Add(" part number =" + IntToStr(self.partID))
aMemo.Lines.Add(" part type =" + self.typeOfPart)
aMemo.Lines.Add(" hide =" + usupport.boolToStr(self.hide))
#
# aMemo.lines.add(' change colors =' + boolToStr(changeColors));
# aMemo.lines.add(' propagate colors up stem =' + boolToStr(propagateColors));
# aMemo.lines.add(' front face color =' + intToStr(faceColor));
# aMemo.lines.add(' back face color =' + intToStr(backfaceColor));
# aMemo.lines.add(' line color =' + intToStr(lineColor));
#
aMemo.Lines.Add(" rotate =" + usupport.boolToStr(self.addRotations))
aMemo.Lines.Add(" x rotation =" + IntToStr(intround(self.xRotation)))
aMemo.Lines.Add(" y rotation =" + IntToStr(intround(self.yRotation)))
aMemo.Lines.Add(" z rotation =" + IntToStr(intround(self.zRotation)))
aMemo.Lines.Add(" change scale =" + usupport.boolToStr(self.multiplyScale))
aMemo.Lines.Add(" propagate scale change up stem =" + usupport.boolToStr(self.propagateScale))
aMemo.Lines.Add(" 3d object scale multiplier =" + IntToStr(self.scaleMultiplier_pct))
aMemo.Lines.Add(" line length multiplier =" + IntToStr(self.lengthMultiplier_pct))
aMemo.Lines.Add(" line width multiplier =" + IntToStr(self.widthMultiplier_pct))
#
# aMemo.lines.add(' apply at age =' + intToStr(applyAtAge));
#
aMemo.Lines.Add(kEndAmendmentString)
def writeToTextFile(self, outputFile):
writeln(outputFile, kStartAmendmentString)
writeln(outputFile, " part number =" + IntToStr(self.partID))
writeln(outputFile, " part type =" + self.typeOfPart)
writeln(outputFile, " hide =" + usupport.boolToStr(self.hide))
#
# writeln(outputFile, ' change colors =' + boolToStr(changeColors));
# writeln(outputFile, ' propagate colors up stem =' + boolToStr(propagateColors));
# writeln(outputFile, ' front face color =' + intToStr(faceColor));
# writeln(outputFile, ' back face color =' + intToStr(backfaceColor));
# writeln(outputFile, ' line color =' + intToStr(lineColor));
#
writeln(outputFile, " rotate =" + usupport.boolToStr(self.addRotations))
writeln(outputFile, " x rotation =" + IntToStr(intround(self.xRotation)))
writeln(outputFile, " y rotation =" + IntToStr(intround(self.yRotation)))
writeln(outputFile, " z rotation =" + IntToStr(intround(self.zRotation)))
writeln(outputFile, " change scale =" + usupport.boolToStr(self.multiplyScale))
writeln(outputFile, " propagate scale change up stem =" + usupport.boolToStr(self.propagateScale))
writeln(outputFile, " 3d object scale multiplier =" + IntToStr(self.scaleMultiplier_pct))
writeln(outputFile, " line length multiplier =" + IntToStr(self.lengthMultiplier_pct))
writeln(outputFile, " line width multiplier =" + IntToStr(self.widthMultiplier_pct))
#
# writeln(outputFile, ' apply at age =' + intToStr(applyAtAge));
#
writeln(outputFile, kEndAmendmentString)
def describePlant(self, describeString, plantProxy):
plant = PdPlant()
theRect = TRect()
totalMemUse = 0.0
baseMemUse = 0.0
hangingMemUse = 0.0
tdoMemUse = 0.0
cacheMemUse = 0.0
partsMemUse = 0.0
if plantProxy == None:
return
plant = plantProxy as uplant.PdPlant
plant.countPlantParts()
self.infoList.Lines.Add(describeString + " plant: " + plant.name)
# memory
totalMemUse = plant.calculateTotalMemorySize()
baseMemUse = plant.instanceSize / 1024.0
hangingMemUse = plant.hangingObjectsMemoryUse_K()
tdoMemUse = plant.tdoMemoryUse_K()
if plant.previewCache != None:
cacheMemUse = ubitmap.BitmapMemorySize(plant.previewCache) / 1024.0
else:
cacheMemUse = 0
partsMemUse = totalMemUse - baseMemUse - hangingMemUse - tdoMemUse - cacheMemUse
self.infoList.Lines.Add(" total memory use " + self.stringForMemoryInK(totalMemUse))
self.infoList.Lines.Add(" base memory with parameters " + self.stringForMemoryInK(baseMemUse))
self.infoList.Lines.Add(" posing and random number generators " + self.stringForMemoryInK(hangingMemUse))
self.infoList.Lines.Add(" memory for 3D objects " + self.stringForMemoryInK(tdoMemUse))
self.infoList.Lines.Add(" memory for drawing cache " + self.stringForMemoryInK(cacheMemUse))
self.infoList.Lines.Add(" memory for plant parts " + self.stringForMemoryInK(partsMemUse))
# status
self.infoList.Lines.Add(" age " + IntToStr(plant.age))
self.infoList.Lines.Add(" maturity " + IntToStr(plant.pGeneral.ageAtMaturity))
self.infoList.Lines.Add(" scale " + usupport.digitValueString(plant.drawingScale_PixelsPerMm))
if plant.previewCache != None:
self.infoList.Lines.Add(" cache " + IntToStr(plant.previewCache.Width) + "x" + IntToStr(plant.previewCache.Height))
else:
self.infoList.Lines.Add(" no cache")
self.infoList.Lines.Add(" base " + usupport.digitValueString(plant.basePoint_mm.x) + "x" + usupport.digitValueString(plant.basePoint_mm.y))
self.infoList.Lines.Add(" hidden " + usupport.boolToStr(plant.hidden))
self.infoList.Lines.Add(" random number seed " + IntToStr(plant.pGeneral.startingSeedForRandomNumberGenerator))
theRect = plant.boundsRect_pixels()
self.infoList.Lines.Add(" bounds " + IntToStr(theRect.Left) + "x" + IntToStr(theRect.Top) + "x" + IntToStr(theRect.Right) + "x" + IntToStr(theRect.Bottom) + " (" + IntToStr(usupport.rWidth(theRect)) + "x" + IntToStr(usupport.rHeight(theRect)) + ")")
self.infoList.Lines.Add(" parts " + IntToStr(plant.totalPlantParts))
self.infoList.Lines.Add("")
def savePlantsToFile(self, fileName, inPlantMover):
outputFile = TextFile()
i = 0
plant = PdPlant()
if self.plants.Count <= 0:
return
AssignFile(outputFile, fileName)
try:
# v1.5
usupport.setDecimalSeparator()
if not inPlantMover:
# update before writing out (keep as read in if in mover)
# plantDrawOffset_mm is used from here
# plantDrawScale_PixelsPerMm is used from here
self.mainWindowViewMode = udomain.domain.options.mainWindowViewMode
self.mainWindowOrientation = udomain.domain.options.mainWindowOrientation
self.showBoundsRectangle = udomain.domain.options.showBoundsRectangle
Rewrite(outputFile)
# v2.0
writeln(outputFile, "; PlantStudio version 2.0 plant file")
writeln(outputFile, "offset=" + usupport.singlePointToString(self.plantDrawOffset_mm))
writeln(outputFile, "scale=" + usupport.digitValueString(self.plantDrawScale_PixelsPerMm))
if self.mainWindowViewMode == udomain.kViewPlantsInMainWindowOneAtATime:
writeln(outputFile, "concentrated=true")
else:
writeln(outputFile, "concentrated=false")
# v2.0
writeln(outputFile, "orientation (top/side)=" + IntToStr(self.mainWindowOrientation))
# v2.0
writeln(outputFile, "boxes=" + usupport.boolToStr(self.showBoundsRectangle))
writeln(outputFile)
for i in range(0, self.plants.Count):
plant = uplant.PdPlant(self.plants.Items[i])
if plant == None:
continue
plant.writeToPlantFile(outputFile)
finally:
CloseFile(outputFile)
