/// <summary>
/// Depending on config setting a FixedUpdate or Update method will be generated. None will omit this step.
/// </summary>
void ProcessStateEventHandling()
{
StateEventHandlingMethod stateEventMethod = config.GenerateStateEventHandler;
// StateEventHandlingMethod stateEventMethod = StateEventHandlingMethod.FixedUpdate;
switch (stateEventMethod)
{
case StateEventHandlingMethod.FixedUpdate:
GenericMethodCodeElement methodFixedUpdate = new GenericMethodCodeElement("void", "FixedUpdate", AccessType.Private);
methodFixedUpdate.Code.Add("CheckForAnimatorStateChanges ();");
classCodeElement.Methods.Add(methodFixedUpdate);
break;
case StateEventHandlingMethod.Update:
GenericMethodCodeElement methodUpdate = new GenericMethodCodeElement("void", "Update", AccessType.Private);
methodUpdate.Code.Add("CheckForAnimatorStateChanges (animator);");
classCodeElement.Methods.Add(methodUpdate);
break;
default:
return;
}
ProcessTransitions();
}
/// <summary>
/// Callback from InternalAPIAccess to process a single parameter. Hopefully this remains stable on API changes.
/// </summary>
/// <param name="t">Type of parameter in our representation.</param>
/// <param name="item">Raw parameter name.</param>
/// <param name="defaultValue">Default value.</param>
public void ProcessAnimatorParameter(AnimatorParameterType t, string item, string defaultValue)
{
string propName = CodeGenerationUtils.GeneratePropertyName(config.ParameterPrefix, item);
string getterName = "Get" + propName;
string setterName = "Set" + propName;
string fieldName = CodeGenerationUtils.GeneratePropertyName(config.ParameterHashPrefix, item);
fieldName = fieldName.FirstCharToLower();
VoidMethodCodeElement setterMethod = new VoidMethodCodeElement(setterName);
GenericMethodCodeElement getterMethod = null;
GenericFieldCodeElement field = new FieldCodeElement <int> (fieldName, "" + Animator.StringToHash(item));
field.ReadOnly = true;
if (t == AnimatorParameterType.Bool)
{
getterMethod = new MethodCodeElement <bool> (getterName);
getterMethod.Summary.Add("Access to boolean parameter " + item + ", default is: " + defaultValue + ".");
getterMethod.Code.Add("return animator.GetBool (" + fieldName + ");");
setterMethod.Summary.Add("Set boolean value of parameter " + item + ".");
setterMethod.Summary.Add("<param name=\"newValue\">New value for boolean parameter " + item + ".</param>");
setterMethod.AddParameter(typeof(bool), "newValue");
setterMethod.Code.Add("animator.SetBool (" + fieldName + ", newValue);");
}
else if (t == AnimatorParameterType.Float)
{
getterMethod = new MethodCodeElement <float> (getterName);
getterMethod.Summary.Add("Access to float parameter " + item + ", default is: " + defaultValue + ".");
getterMethod.Code.Add("return animator.GetFloat (" + fieldName + ");");
setterMethod.Summary.Add("Set float value of parameter " + item + ".");
setterMethod.Summary.Add("<param name=\"newValue\">New value for float parameter " + item + ".</param>");
setterMethod.AddParameter(typeof(float), "newValue");
setterMethod.Code.Add("animator.SetFloat (" + fieldName + ", newValue);");
// special case for float: provide setter with dampTime and deltaTime
VoidMethodCodeElement methodExtended = new VoidMethodCodeElement(setterName);
methodExtended.AddParameter(typeof(float), "newValue");
methodExtended.AddParameter(typeof(float), "dampTime");
methodExtended.AddParameter(typeof(float), "deltaTime");
methodExtended.Summary.Add("Set float parameter of " + item + " using damp and delta time .");
methodExtended.Summary.Add("<param name=\"newValue\">New value for float parameter " + item + ".</param>");
methodExtended.Summary.Add("<param name=\"dampTime\">The time allowed to parameter " + item + " to reach the value.</param>");
methodExtended.Summary.Add("<param name=\"deltaTime\">The current frame deltaTime.</param>");
methodExtended.Code.Add("animator.SetFloat (" + fieldName + ", newValue, dampTime, deltaTime);");
classCodeElement.Methods.Add(methodExtended);
}
else if (t == AnimatorParameterType.Int)
{
getterMethod = new MethodCodeElement <int> (getterName);
getterMethod.Summary.Add("Access to integer parameter " + item + ", default is: " + defaultValue + ".");
getterMethod.Code.Add("return animator.GetInteger (" + fieldName + ");");
setterMethod.Summary.Add("Set integer value of parameter " + item + ".");
setterMethod.Summary.Add("<param name=\"newValue\">New value for integer parameter " + item + ".</param>");
setterMethod.AddParameter(typeof(int), "newValue");
setterMethod.Code.Add("animator.SetInteger (" + fieldName + ", newValue);");
}
else if (t == AnimatorParameterType.Trigger)
{
setterMethod.Summary.Add("Activate trigger of parameter " + item + ".");
setterMethod.Code.Add("animator.SetTrigger (" + fieldName + ");");
}
else
{
Logger.Warning("Could not find type for param " + item + " as it seems to be no base type.");
return;
}
classCodeElement.Methods.Add(setterMethod);
if (getterMethod != null)
{
classCodeElement.Methods.Add(getterMethod);
}
field.Summary.Add("Hash of parameter " + item);
classCodeElement.Fields.Add(field);
}
/// <summary>
/// Depending on config setting a FixedUpdate or Update method will be generated. None will omit this step.
/// </summary>
void ProcessStateEventHandling () {
StateEventHandlingMethod stateEventMethod = config.GenerateStateEventHandler;
// StateEventHandlingMethod stateEventMethod = StateEventHandlingMethod.FixedUpdate;
switch (stateEventMethod) {
case StateEventHandlingMethod.FixedUpdate:
GenericMethodCodeElement methodFixedUpdate = new GenericMethodCodeElement ("void", "FixedUpdate", AccessType.Private);
methodFixedUpdate.Code.Add ("CheckForAnimatorStateChanges ();");
classCodeElement.Methods.Add (methodFixedUpdate);
break;
case StateEventHandlingMethod.Update:
GenericMethodCodeElement methodUpdate = new GenericMethodCodeElement ("void", "Update", AccessType.Private);
methodUpdate.Code.Add ("CheckForAnimatorStateChanges (animator);");
classCodeElement.Methods.Add (methodUpdate);
break;
default:
return;
}
ProcessTransitions ();
}