def fromString(self, aString):
# format is x1 y1 x2 y2
stream = usstream.KfStringStream()
stream.onStringSeparator(aString, " ")
succesful, self.x1 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
succesful, self.y1 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
succesful, self.x2 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
succesful, self.y2 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
return(self)
def adjustValue(self):
newString = ansistring()
oldValueInCurrentUnit = 0.0
newValue = 0.0
newValueInPlantUnit = 0.0
oldString = ""
prompt = ""
nameString = ""
unitString = ""
minString = ""
maxString = ""
outOfRange = false
oldValueInCurrentUnit = self.toCurrentUnit(self.currentValue)
newString = usupport.digitValueString(oldValueInCurrentUnit)
oldString = newString
nameString = UNRESOLVED.copy(self.Caption, 1, 30)
if len(nameString) == 30:
nameString = nameString + "..."
unitString = uunits.UnitStringForEnum(self.param.unitSet, self.currentUnitIndex)
minString = usupport.digitValueString(self.toCurrentUnit(self.minValue))
maxString = usupport.digitValueString(self.toCurrentUnit(self.maxValue))
prompt = "Type a new value."
if InputQuery("Enter value", prompt, newString):
if (newString != oldString) and (usupport.boundForString(newString, self.param.fieldType, newValue)):
newValueInPlantUnit = self.toPlantUnit(newValue)
outOfRange = self.checkValueAgainstBounds(newValueInPlantUnit)
if not outOfRange:
self.currentValue = newValueInPlantUnit
umain.MainForm.doCommand(updcom.PdChangeRealValueCommand().createCommandWithListOfPlants(umain.MainForm.selectedPlants, self.currentValue, self.param.fieldNumber, self.arrayIndex, self.param.regrow))
self.updateDisplay()
self.Invalidate()
def stringToSCurve(aString):
result = SCurveStructure()
result.x1 = 0
result.y1 = 0
result.x2 = 0
result.y2 = 0
result.c1 = 0
result.c2 = 0
# format is x1 y1 x2 y2
stream = usstream.KfStringStream()
stream.onStringSeparator(aString, " ")
succesful, result.x1 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
succesful, result.y1 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
succesful, result.x2 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
succesful, result.y2 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat)
return result
def adjustValue(self):
newString = ansistring()
oldString = ""
nameString = ""
prompt = ""
currentUnitString = ""
newValue = 0.0
oldValue = 0.0
valueInCurrentUnit = 0.0
index = 0
failed = false
points = [0] * (range(0, 1 + 1) + 1)
if self.selectedItemIndex < kItemX1:
return
index = self.selectedItemIndex - kItemX1
oldValue = self.currentValues[index]
nameString = UNRESOLVED.copy(self.Caption, 1, 30)
currentUnitString = uunits.UnitStringForEnum(self.param.unitSet, self.currentUnitIndex)
if len(nameString) == 30:
nameString = nameString + "..."
if not odd(index):
# x
valueInCurrentUnit = self.toCurrentUnit(self.currentValues[index])
newString = usupport.digitValueString(valueInCurrentUnit)
# y
# don't convert y value - is always 0-1
else:
valueInCurrentUnit = self.currentValues[index]
newString = FloatToStrF(valueInCurrentUnit, UNRESOLVED.ffFixed, 7, 2)
oldString = newString
prompt = "Type a new value."
if InputQuery("Enter value", prompt, newString):
if (newString != oldString) and (usupport.boundForString(newString, self.param.fieldType, newValue)):
if not odd(index):
self.currentValues[index] = self.toPlantUnit(newValue)
else:
self.currentValues[index] = newValue
points[0] = self.pointFromXY(self.currentValues[0], self.currentValues[1])
points[1] = self.pointFromXY(self.currentValues[2], self.currentValues[3])
self.keepPointInGraphRect(points[(index - 1) / 2])
self.keepPointsFromCrossing(points[0], points[1], (index - 1) / 2)
failed = self.drawSCurve(false, failed)
if failed:
self.currentValues[index] = oldValue
ShowMessage("Invalid value.")
else:
# don't create change point command here, because only one float is changed
umain.MainForm.doCommand(
updcom.PdChangeRealValueCommand().createCommandWithListOfPlants(
umain.MainForm.selectedPlants,
self.currentValues[index],
self.param.fieldNumber,
index,
self.param.regrow,
)
)
self.Invalidate()
def stringToSCurve(aString):
result = SCurveStructure()
result.x1 = 0
result.y1 = 0
result.x2 = 0
result.y2 = 0
result.c1 = 0
result.c2 = 0
# format is x1 y1 x2 y2
stream = usstream.KfStringStream()
stream.onStringSeparator(aString, " ")
succesful, result.x1 = usupport.boundForString(stream.nextToken(),
uparams.kFieldFloat)
succesful, result.y1 = usupport.boundForString(stream.nextToken(),
uparams.kFieldFloat)
succesful, result.x2 = usupport.boundForString(stream.nextToken(),
uparams.kFieldFloat)
succesful, result.y2 = usupport.boundForString(stream.nextToken(),
uparams.kFieldFloat)
return result
def stringToSCurve(aString):
result = SCurveStructure()
stream = KfStringStream()
result.x1 = 0
result.y1 = 0
result.x2 = 0
result.y2 = 0
result.c1 = 0
result.c2 = 0
# format is x1 y1 x2 y2
stream = usstream.KfStringStream.create
try:
stream.onStringSeparator(aString, " ")
result.x1 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat, result.x1)
result.y1 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat, result.y1)
result.x2 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat, result.x2)
result.y2 = usupport.boundForString(stream.nextToken(), uparams.kFieldFloat, result.y2)
finally:
stream.free
return result
def adjustValue(self):
newString = ansistring()
oldValueInCurrentUnit = 0.0
newValue = 0.0
newValueInPlantUnit = 0.0
oldString = ""
prompt = ""
nameString = ""
unitString = ""
minString = ""
maxString = ""
outOfRange = false
oldValueInCurrentUnit = self.toCurrentUnit(self.currentValue)
newString = usupport.digitValueString(oldValueInCurrentUnit)
oldString = newString
nameString = UNRESOLVED.copy(self.Caption, 1, 30)
if len(nameString) == 30:
nameString = nameString + "..."
unitString = uunits.UnitStringForEnum(self.param.unitSet,
self.currentUnitIndex)
minString = usupport.digitValueString(self.toCurrentUnit(
self.minValue))
maxString = usupport.digitValueString(self.toCurrentUnit(
self.maxValue))
prompt = "Type a new value."
if InputQuery("Enter value", prompt, newString):
if (newString != oldString) and (usupport.boundForString(
newString, self.param.fieldType, newValue)):
newValueInPlantUnit = self.toPlantUnit(newValue)
outOfRange = self.checkValueAgainstBounds(newValueInPlantUnit)
if not outOfRange:
self.currentValue = newValueInPlantUnit
umain.MainForm.doCommand(updcom.PdChangeRealValueCommand(
).createCommandWithListOfPlants(
umain.MainForm.selectedPlants, self.currentValue,
self.param.fieldNumber, self.arrayIndex,
self.param.regrow))
self.updateDisplay()
self.Invalidate()
