/*
* Returns all solver SeiralizedProperties
* */
public static SerializedContent[] FindContent(SerializedProperty prop)
{
SerializedContent[] c = IKSolverHeuristicInspector.FindContent(prop);
Array.Resize(ref c, c.Length + 4);
c[c.Length - 4] = new SerializedContent(prop.FindPropertyRelative("transform"), new GUIContent("Aim Transform", "The transform that's you want to be aimed at IKPosition. Needs to be a lineal descendant of the bone hierarchy."));
c[c.Length - 3] = new SerializedContent(prop.FindPropertyRelative("axis"), new GUIContent("Axis", "The local axis of the Transform that you want to be aimed at IKPosition."));
c[c.Length - 2] = new SerializedContent(prop.FindPropertyRelative("clampWeight"), new GUIContent("Clamp Weight", "Clamping rotation of the solver. 0 is free rotation, 1 is completely clamped to transform axis."));
c[c.Length - 1] = new SerializedContent(prop.FindPropertyRelative("clampSmoothing"), new GUIContent("Clamp Smoothing", "Number of sine smoothing iterations applied on clamping to make the clamping point smoother."));
return(c);
}
protected override void AddInspector()
{
// Draw the inspector for IKSolverFABRIK
IKSolverHeuristicInspector.AddInspector(solver, !Application.isPlaying, false);
// Warning box
string message = string.Empty;
if (!script.solver.IsValid(ref message))
{
AddWarningBox(message);
}
}
private static void AddSceneChain(FABRIKChain[] chain, Color color, FABRIKChain selected)
{
foreach (FABRIKChain c in chain)
{
if (!c.IsValid(null))
{
return;
}
}
foreach (FABRIKChain c in chain)
{
col = GetChainColor(c, color);
IKSolverHeuristicInspector.AddScene(c.ik.solver as IKSolverHeuristic, col, selected == c);
}
}
/*
* Draws the scene view helpers for BipedIK.Solvers
* */
public static void AddScene(BipedIKSolvers solvers, ref int selected)
{
// Draw limbs
for (int i = 0; i < solvers.limbs.Length; i++)
{
IKSolverLimbInspector.AddScene(solvers.limbs[i] as IKSolverLimb, GetSolverColor(i), selected == i);
}
// Draw spine
IKSolverHeuristicInspector.AddScene(solvers.spine, GetSolverColor(4), selected == 4);
// Draw look at
IKSolverLookAtInspector.AddScene(solvers.lookAt, GetSolverColor(5), selected == 5);
// Draw aim
IKSolverAimInspector.AddScene(solvers.aim, GetSolverColor(6), selected == 6);
// Draw constraints
ConstraintsInspector.AddScene(solvers.pelvis, GetSolverColor(7), selected == 7);
// Selecting solvers
if (Application.isPlaying)
{
for (int i = 0; i < solvers.ikSolvers.Length; i++)
{
Handles.color = GetSolverColor(i);
if (solvers.ikSolvers[i].GetIKPositionWeight() > 0 && selected != i && solvers.ikSolvers[i].initiated)
{
if (Inspector.DotButton(solvers.ikSolvers[i].GetIKPosition(), Quaternion.identity, GetHandleSize(solvers.ikSolvers[i].GetIKPosition()), GetHandleSize(solvers.ikSolvers[i].GetIKPosition())))
{
selected = i;
}
}
}
if ((solvers.pelvis.positionWeight > 0 || solvers.pelvis.rotationWeight > 0) && selected != solvers.ikSolvers.Length)
{
Handles.color = GetSolverColor(7);
if (Inspector.DotButton(solvers.pelvis.position, Quaternion.identity, GetHandleSize(solvers.pelvis.position), GetHandleSize(solvers.pelvis.position)))
{
selected = solvers.ikSolvers.Length;
}
}
}
}
/// <summary>
/// Draws the custom inspector for IKSolverAim
/// </summary>
public static void AddInspector(SerializedProperty prop, bool editHierarchy)
{
IKSolverHeuristicInspector.AddTarget(prop);
EditorGUILayout.PropertyField(prop.FindPropertyRelative("poleTarget"), new GUIContent("Pole Target", "If assigned, will automatically set polePosition to the position of this Transform."));
EditorGUILayout.PropertyField(prop.FindPropertyRelative("transform"), new GUIContent("Aim Transform", "The transform that's you want to be aimed at IKPosition. Needs to be a lineal descendant of the bone hierarchy."));
EditorGUILayout.PropertyField(prop.FindPropertyRelative("axis"), new GUIContent("Axis", "The local axis of the Transform that you want to be aimed at IKPosition."));
EditorGUILayout.PropertyField(prop.FindPropertyRelative("poleAxis"), new GUIContent("Pole Axis", "Keeps that axis of the Aim Transform directed at the polePosition."));
EditorGUILayout.Space();
IKSolverHeuristicInspector.AddIKPositionWeight(prop);
EditorGUILayout.PropertyField(prop.FindPropertyRelative("poleWeight"), new GUIContent("Pole Weight", "The weight of the Pole."));
IKSolverHeuristicInspector.AddProps(prop);
EditorGUILayout.PropertyField(prop.FindPropertyRelative("clampWeight"), new GUIContent("Clamp Weight", "Clamping rotation of the solver. 0 is free rotation, 1 is completely clamped to transform axis."));
EditorGUILayout.PropertyField(prop.FindPropertyRelative("clampSmoothing"), new GUIContent("Clamp Smoothing", "Number of sine smoothing iterations applied on clamping to make the clamping point smoother."));
IKSolverHeuristicInspector.AddBones(prop, editHierarchy, true);
}
/*
* Draws the custom inspector for BipedIK.Solvers
* */
public static void AddInspector(SerializedProperty prop, SerializedProperty[] props)
{
EditorGUILayout.PropertyField(prop, false);
if (prop.isExpanded)
{
for (int i = 0; i < props.Length; i++)
{
BeginProperty(props[i]);
if (props[i].isExpanded)
{
if (i <= 3)
{
IKSolverLimbInspector.AddInspector(props[i], false, false);
}
else if (i == 4)
{
IKSolverHeuristicInspector.AddInspector(props[i], false, false);
}
else if (i == 5)
{
IKSolverAimInspector.AddInspector(props[i], false);
}
else if (i == 6)
{
IKSolverLookAtInspector.AddInspector(props[i], false, false);
}
else if (i == 7)
{
ConstraintsInspector.AddInspector(props[i]);
}
}
EndProperty(props[i]);
}
}
}
void OnSceneGUI()
{
// Draw the scene veiw helpers
IKSolverHeuristicInspector.AddScene(script.solver, Color.cyan, true);
}
protected override void AddInspector()
{
// Draw the inspector for IKSolverFABRIK
IKSolverHeuristicInspector.AddInspector(solver, !Application.isPlaying, false, content);
}
protected override SerializedContent[] FindContent()
{
return(IKSolverHeuristicInspector.FindContent(solver));
}
public void OnEnable()
{
// Store the MonoScript for changing script execution order
if (!Application.isPlaying)
{
MonoScript monoScript = MonoScript.FromMonoBehaviour(script);
// Changing the script execution order to make sure BipedIK always executes after any other script except FullBodyBipedIK
int executionOrder = MonoImporter.GetExecutionOrder(monoScript);
if (executionOrder != 9998)
{
MonoImporter.SetExecutionOrder(monoScript, 9998);
}
}
references = serializedObject.FindProperty("references");
solvers = serializedObject.FindProperty("solvers");
solversProps = BipedIKSolversInspector.FindProperties(solvers);
// Caching Solver Contents
leftFootContent = IKSolverLimbInspector.FindContent(solversProps[0]);
rightFootContent = IKSolverLimbInspector.FindContent(solversProps[1]);
leftHandContent = IKSolverLimbInspector.FindContent(solversProps[2]);
rightHandContent = IKSolverLimbInspector.FindContent(solversProps[3]);
spineContent = IKSolverHeuristicInspector.FindContent(solversProps[4]);
aimContent = IKSolverAimInspector.FindContent(solversProps[5]);
lookAtContent = IKSolverLookAtInspector.FindContent(solversProps[6]);
pelvisContent = ConstraintsInspector.FindContent(solversProps[7]);
solverContents = new SerializedContent[8][] {
leftFootContent, rightFootContent, leftHandContent, rightHandContent, spineContent, aimContent, lookAtContent, pelvisContent
};
// Automatically detecting references
if (!Application.isPlaying)
{
if (script.references.isEmpty)
{
BipedReferences.AutoDetectReferences(ref script.references, script.transform, new BipedReferences.AutoDetectParams(false, true));
references.isExpanded = true;
solvers.isExpanded = false;
for (int i = 0; i < solversProps.Length; i++)
{
solversProps[i].isExpanded = false;
}
// Setting default values and initiating
script.InitiateBipedIK();
script.SetToDefaults();
EditorUtility.SetDirty(script);
}
else
{
script.InitiateBipedIK();
}
Warning.logged = false;
BipedReferences.CheckSetup(script.references);
}
}
