// ===========================================================================
// Copyright 2018 Autodesk, Inc. All rights reserved.
//
// Use of this software is subject to the terms of the Autodesk license
// agreement provided at the time of installation or download, or which
// otherwise accompanies this software in either electronic or hard copy form.
// ===========================================================================
//
//
//	Creation Date:	May 29, 1997
//
//	Procedure Name:
//	AErigidConstraintTemplate
//
//	Description Name;
//	Creates the attribute editor controls for the rigidConstraint node
//
//	Input Value:
//	nodeName
//
//	Output Value:
//	None
//

global proc AErigidConstraintTemplate( string $nodeName )
{
	
	editorTemplate -suppress "rigidBody1";
	editorTemplate -suppress "rigidBody2";
	editorTemplate -suppress "worldVector";

	editorTemplate -beginScrollLayout;

	AEtransformMain $nodeName;
	
	editorTemplate -beginLayout (uiRes("m_AErigidConstraintTemplate.kRigidConstraintAttributes"))  -collapse false;
		editorTemplate -addControl "constraintType" "constraintTypeControls";
		editorTemplate -addControl "interpenetrate";
		editorTemplate -addControl "initialPosition";
		editorTemplate -addControl "initialOrientation";

		editorTemplate -addSeparator;

		editorTemplate -addControl "force";
		editorTemplate -addControl "solverId";
	editorTemplate -endLayout;

	editorTemplate -beginLayout (uiRes("m_AErigidConstraintTemplate.kSpringAttributes")) ;
		editorTemplate -addControl "springStiffness";
		editorTemplate -addControl "springDamping";
		editorTemplate -addControl "springRestLength";
	editorTemplate -endLayout;

	editorTemplate -beginLayout (uiRes("m_AErigidConstraintTemplate.kConstraintControl")) ;
		editorTemplate -addControl "constrain";
		editorTemplate -addControl "relativeTo" "relativeToControls";
		editorTemplate -addControl "userDefinedPosition";
	editorTemplate -endLayout;

	editorTemplate -suppress "translate";
	editorTemplate -suppress "rotate";
	editorTemplate -suppress "scale";
	editorTemplate -suppress "shear";
	editorTemplate -suppress "rotateOrder";
	editorTemplate -suppress "rotateAxis";
	editorTemplate -suppress "rotatePivot";
	editorTemplate -suppress "rotatePivotTranslate";
	editorTemplate -suppress "scalePivot";
	editorTemplate -suppress "scalePivotTranslate";
	editorTemplate -suppress "minTransLimit";
	editorTemplate -suppress "maxTransLimit";
	editorTemplate -suppress "minRotLimit";
	editorTemplate -suppress "maxRotLimit";
	editorTemplate -suppress "minScaleLimit";
	editorTemplate -suppress "maxScaleLimit";
	editorTemplate -suppress "geometry";
	editorTemplate -suppress "selectHandle";
	editorTemplate -suppress "displayHandle";
	editorTemplate -suppress "displayRotatePivot";
	editorTemplate -suppress "displayScalePivot";
	editorTemplate -suppress "displayLocalAxis";
	editorTemplate -suppress "dynamics";
	editorTemplate -suppress "showManipDefault";

	// include/call base class/node attributes
	AEdynBaseTemplate $nodeName;
	AEdynObjectCommon $nodeName;
	AEdynObjectInclude $nodeName;

	editorTemplate -addExtraControls;
	editorTemplate -endScrollLayout;

}


global proc relativeToControls( string $nodeName )
{
	string $attr = $nodeName + ".relativeTo";
	int $type = `getAttr $attr`;

	if ($type == 3) 
	{
		// User Defined Position
		editorTemplate -dimControl $nodeName "userDefinedPosition" false;
	} 
	else 
	{
		editorTemplate -dimControl $nodeName "userDefinedPosition" true;
	}
}


global proc constraintTypeControls( string $nodeName )
{
	string $attr = $nodeName + ".constraintType";
	int $type = `getAttr $attr`;

	if ($type == 1) {
		// Pin
		editorTemplate -dimControl $nodeName "interpenetrate" false;
		editorTemplate -dimControl $nodeName "springStiffness" true;
		editorTemplate -dimControl $nodeName "springDamping" true;
		editorTemplate -dimControl $nodeName "springRestLength" true;
		editorTemplate -dimControl $nodeName "initialPosition" false;
		editorTemplate -dimControl $nodeName "initialOrientation" true;
	} else if ($type == 2 || $type == 5) {
		// 2 = Nail & 5 = Barrier
		editorTemplate -dimControl $nodeName "interpenetrate" true;
		editorTemplate -dimControl $nodeName "springStiffness" true;
		editorTemplate -dimControl $nodeName "springDamping" true;
		editorTemplate -dimControl $nodeName "springRestLength" true;
		editorTemplate -dimControl $nodeName "initialPosition" false;

		if ( $type == 5 )
		{
			editorTemplate -dimControl $nodeName "initialOrientation" false;
		}
		else
		{
			editorTemplate -dimControl $nodeName "initialOrientation" true;
		}
	} else if ($type == 3 || $type == 4) {
		// 3 = uniHinge & 4 = hinge
		editorTemplate -dimControl $nodeName "interpenetrate" false;
		editorTemplate -dimControl $nodeName "springStiffness" true;
		editorTemplate -dimControl $nodeName "springDamping" true;
		editorTemplate -dimControl $nodeName "springRestLength" true;
		editorTemplate -dimControl $nodeName "initialPosition" false;
		editorTemplate -dimControl $nodeName "initialOrientation" false;
	} else if ($type == 6 || $type == 7) {
		// spring & 7 = multi spring
		editorTemplate -dimControl $nodeName "interpenetrate" false;
		editorTemplate -dimControl $nodeName "springStiffness" false;
		editorTemplate -dimControl $nodeName "springDamping" false;
		editorTemplate -dimControl $nodeName "springRestLength" false;
		editorTemplate -dimControl $nodeName "initialPosition" true;
		editorTemplate -dimControl $nodeName "initialOrientation" true;
	}
}