/// <summary>
/// Update the scale and position values for all currently configured models. Does no validation, only updates positions.<para/>
/// After calling this method, all models will be scaled and positioned according to their internal position/scale values and the orientations/offsets defined in the models.
/// </summary>
public void UpdateModulePositions()
{
//scales for modules depend on the module above/below them
//first set the scale for the core module -- this depends directly on the UI specified 'diameter' value.
if (lengthWidth)
{
coreModule.setScaleForHeightAndDiameter(currentLength, currentDiameter);
}
else
{
coreModule.setScaleForDiameter(currentDiameter, currentVScale);
}
//next, set nose scale values
noseModule.setDiameterFromBelow(coreModule.moduleUpperDiameter, currentVScale);
//finally, set mount scale values
mountModule.setDiameterFromAbove(coreModule.moduleLowerDiameter, currentVScale);
//total height of the part is determined by the sum of the heights of the modules at their current scale
float totalHeight = noseModule.moduleHeight;
totalHeight += coreModule.moduleHeight;
totalHeight += mountModule.moduleHeight;
//position of each module is set such that the vertical center of the models is at part origin/COM
float pos = totalHeight * 0.5f; //abs top of model
pos -= noseModule.moduleHeight; //bottom of nose model
noseModule.setPosition(pos);
pos -= coreModule.moduleHeight * 0.5f; //center of 'core' model
coreModule.setPosition(pos);
pos -= coreModule.moduleHeight * 0.5f; //bottom of 'core' model
mountModule.setPosition(pos);
}
private void UpdateModulePositions()
{
lengthWidth = coreModule.definition.lengthWidth;
float height = lengthWidth ? panelLength : coreModule.moduleHeight;
if (lengthWidth)
{
coreModule.setScaleForHeightAndDiameter(panelLength, panelWidth, lengthWidth);
}
else
{
coreModule.setScaleForHeightAndDiameter(panelScale, panelScale, lengthWidth);
}
coreModule.setPosition(height / 2);
coreModule.updateModelMeshes(lengthWidth);
/*
* if (fullScale)
* {
* ROLLog.debug("UpdateModulePositions() fullScale");
* float currentDiameter = coreModule.definition.diameter * panelScale;
* coreModule.setScaleForDiameter(currentDiameter, 1);
* height = coreModule.moduleHeight;
* pos = height * 0.5f;
* coreModule.setPosition(pos);
* coreModule.updateModelMeshes();
* }
* else
* {
* ROLLog.debug("UpdateModulePositions()");
* lengthWidth = coreModule.definition.lengthWidth;
* ROLLog.debug($"lengthWidth: {lengthWidth}");
* if (lengthWidth)
* {
* coreModule.setScaleForHeightAndDiameter(panelLength, panelWidth, lengthWidth);
* height = coreModule.modulePanelLength;
* }
* else
* {
* coreModule.setScaleForHeightAndDiameter(panelScale, panelScale, lengthWidth);
* height = coreModule.moduleHeight;
* }
* pos = height * 0.5f;
* coreModule.setPosition(pos);
* coreModule.updateModelMeshes(lengthWidth);
* }
*/
animationName = coreModule.definition.animationName;
FindAnimations();
// Allow StartFSM() to configure the animation state (time/speed/weight)
// Change handler will need to re-call StartFSM() to properly reset a model.
if (pivotName.Equals("sunPivot"))
{
hasPivot = false;
}
pivotName = coreModule.GetPivotName();
panelRotationTransform = part.FindModelTransform(pivotName);
originalRotation = currentRotation = panelRotationTransform.localRotation;
secondaryTransformName = raycastTransformName = coreModule.GetSecondaryTransform();
}
