/// <summary>
/// Updates the internal cached values for the modules based on the current tank settings for scale/volume/position;
/// done separately from updating the actual models so that the values can be used without the models even being present
/// </summary>
private void updateModuleStats()
{
if (currentTankVerticalScale < currentMainTankModule.minVerticalScale)
{
currentTankVerticalScale = currentMainTankModule.minVerticalScale;
this.updateUIFloatEditControl("currentTankVerticalScale", currentTankVerticalScale);
}
else if (currentTankVerticalScale > currentMainTankModule.maxVerticalScale)
{
currentTankVerticalScale = currentMainTankModule.maxVerticalScale;
this.updateUIFloatEditControl("currentTankVerticalScale", currentTankVerticalScale);
}
float diameterScale = currentTankDiameter / currentMainTankModule.modelDefinition.diameter;
currentMainTankModule.updateScale(diameterScale, currentTankVerticalScale * diameterScale);
currentNoseModule.updateScaleForDiameter(currentTankDiameter * topAdapterRatio);
currentMountModule.updateScaleForDiameter(currentTankDiameter * bottomAdapterRatio);
float totalHeight = currentMainTankModule.currentHeight + currentNoseModule.currentHeight + currentMountModule.currentHeight;
float startY = totalHeight * 0.5f;//start at the top of the first tank
startY -= currentNoseModule.currentHeight;
currentNoseModule.setPosition(startY, ModelOrientation.TOP);
startY -= currentMainTankModule.currentHeight * 0.5f;
currentMainTankModule.currentVerticalPosition = startY;
startY -= currentMainTankModule.currentHeight * 0.5f;
currentMountModule.setPosition(startY, ModelOrientation.BOTTOM);
}
private void updateModulePositions()
{
//update for model scale
topDockModule.updateScale(1);
topModule.updateScaleForDiameter(topDiameter);
coreModule.updateScaleForDiameter(coreDiameter);
bottomModule.updateScaleForDiameter(bottomDiameter);
bottomDockModule.updateScale(1);
//calc positions
float yPos = topModule.currentHeight + (coreModule.currentHeight * 0.5f);
float topDockY = yPos;
yPos -= topModule.currentHeight;
float topY = yPos;
yPos -= coreModule.currentHeight;
float coreY = yPos;
float bottomY = coreY;
yPos -= bottomModule.currentHeight;
float bottomDockY = yPos;
//update internal ref of position
topDockModule.setPosition(topDockY);
topModule.setPosition(topY);
coreModule.setPosition(coreY);
bottomModule.setPosition(bottomY, ModelOrientation.BOTTOM);
bottomDockModule.setPosition(bottomDockY, ModelOrientation.BOTTOM);
//update actual model positions and scales
topDockModule.updateModel();
topModule.updateModel();
coreModule.updateModel();
bottomModule.updateModel();
bottomDockModule.updateModel();
solarModule.updateModelPosition(coreModule.currentVerticalPosition);
Vector3 pos = new Vector3(0, topDockY + topDockModule.currentHeight, 0);
topDockTransform.localPosition = pos;
topControlTransform.localPosition = pos;
pos = new Vector3(0, bottomDockY - bottomDockModule.currentHeight, 0);
bottomDockTransform.localPosition = pos;
bottomControlTransform.localPosition = pos;
}
