public Expression GetFunctionExpression(string funcname, Expression argexp, Expression argParams, ParameterExpression inputParams, Expression inputContextParam, List <InputVar> compiledInputVarsList)
{
switch (funcname)
{
case "f:random":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("RandomDouble",
new[] { typeof(double), typeof(double), typeof(IRandomProvider) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetRandomArg(inputContextParam)));
case "f:randomint":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("RandomInt",
new[] { typeof(int), typeof(int), typeof(IRandomProvider) }),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetRandomArg(inputContextParam)));
case "f:roll":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Roll",
new[] { typeof(int), typeof(int), typeof(IRandomProvider) }),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetRandomArg(inputContextParam)));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
/// <summary>
/// Verifies whether the given GameObject is a weapon, and applies it to all slots in the array if it is.
/// Returns the weapon if it was valid, and returns null otherwise.
/// </summary>
private GameObject ValidateWeapon(GameObject weapon)
{
// Remove pre-existing weapons so we can spawn new ones.
FunctionDelegator.ExecuteWhenSafe(RemoveAllWeapons);
// Check if a weapon prefab was specified.
if (weapon == null)
{
// No prefab specified.
return(null);
}
else
{
// Prefab specified, make sure it is actually a weapon, and if it is, whether the array supports it.
ProjectileWeapon weaponScript = weapon.GetComponent <ProjectileWeapon>();
if (weaponScript == null)
{
Debug.LogWarning("Speficied prefab does not contain a ProjectileWeapon script.", this);
return(null);
}
else if (!CanEquipWeapon(weaponScript.Category))
{
Debug.LogWarning("Speficied weapon is not supported by this array.", this);
return(null);
}
// Weapon specified, so fill the array with instances of that weapon.
if (_weaponSlots.Count > 0)
{
foreach (Transform weaponSlot in _weaponSlots)
{
if (weaponSlot != null)
{
// Make sure we only spawn weapon instances if this is a ship in the scene during play mode.
if (Application.isPlaying && !ExFuncs.IsPrefab(this))
{
FunctionDelegator.ExecuteWhenSafe(() =>
{
GameObject weaponInstance = Instantiate(weapon, weaponSlot.position, weaponSlot.rotation, weaponSlot);
_weapons.Add(weaponInstance.GetComponent <ProjectileWeapon>());
});
}
}
else
{
Debug.LogError("One of the weapon slot transforms in " + gameObject.name + " is null.", this);
}
}
}
}
// If we reached this point, the given prefab was a valid weapon, so we can return it.
return(weapon);
}
public Expression GetFunctionExpression(string funcname, Expression argexp, Expression argParams, ParameterExpression inputParams, Expression inputContextParam, List <InputVar> compiledInputVarsList)
{
switch (funcname)
{
case "f:substring":
if (argexp is NewArrayExpression)
{
if ((argexp as NewArrayExpression).Expressions.Count > 2)
{
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Substring",
new[] { typeof(string), typeof(int), typeof(int) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 2))));
}
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Substring",
new[] { typeof(string), typeof(int) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1))));
}
// otherwise we need to inspect the number of args at runtime
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("SubstringRuntime",
new[] { typeof(object[]) }),
ExCasts.WrapArguments(argexp)));
case "f:length":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Length",
new[] { typeof(string) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0))));
case "f:comma":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Comma",
new[] { typeof(string[]) }),
Expression.Call(typeof(ExCasts).GetTypeInfo().GetDeclaredMethod("UnwrapStringArray"),
ExCasts.WrapArguments(argexp))));
case "f:commaand":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("CommaAnd",
new[] { typeof(string[]) }),
Expression.Call(typeof(ExCasts).GetTypeInfo().GetDeclaredMethod("UnwrapStringArray"),
ExCasts.WrapArguments(argexp))));
case "f:replace":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Replace",
new[] { typeof(string), typeof(string), typeof(string) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 2))));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
public Expression GetFunctionExpression(string funcname, Expression argexp, Expression argParams, ParameterExpression inputParams, Expression inputContextParam, List <InputVar> compiledInputVarsList)
{
switch (funcname)
{
case "f:subset":
if (argexp is NewArrayExpression)
{
if ((argexp as NewArrayExpression).Expressions.Count > 2)
{
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Subset",
new[] { typeof(object[]), typeof(int), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 2))));
}
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Subset",
new[] { typeof(object[]), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1))));
}
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("SubsetRuntime",
new[] { typeof(object[]) }),
ExCasts.WrapArguments(argexp)));
case "f:length":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Length",
new[] { typeof(object[]) }),
ExCasts.WrapArguments(argexp)));
case "f:append":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Append",
new[] { typeof(object[]), typeof(object) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsObject(ExFuncs.GetArgIndex(argexp, 1))));
case "f:insert":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Insert",
new[] { typeof(object[]), typeof(object), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsObject(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 2))));
case "f:remove":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Remove",
new[] { typeof(object[]), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1))));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
/// <summary>
/// Processes input for the editor script.
/// Only call from OnSceneGUI.
/// </summary>
private void ProcessInput()
{
if (GetKeyDown(KeyCode.F))
{
// Make sure that the scene window is in focus.
if (SceneView.focusedWindow == SceneView.lastActiveSceneView)
{
// Cache existing selection.
var previousSelection = Selection.objects;
// Create temporary object at center of all selected waypoints.
GameObject tempSelectionObject = new GameObject();
List <Vector3> allWaypointPositions = new List <Vector3>();
foreach (Waypoint w in targets)
{
allWaypointPositions.Add(w.WorldPosition);
}
tempSelectionObject.transform.position = ExFuncs.Centroid(allWaypointPositions);
// Set selection to temporary object and adjust camera to view it.
Selection.activeGameObject = tempSelectionObject;
if (targets.Length == 1)
{
// Focus on single selected waypoint.
SceneView.lastActiveSceneView.FrameSelected();
}
else
{
Vector3 centroidPosition = tempSelectionObject.transform.position;
Quaternion sceneViewRotation = SceneView.lastActiveSceneView.rotation;
float largestDistanceBetweenWaypoints = ExFuncs.LargestDistance(allWaypointPositions);
// Turn scene camera towards centroid of all selected waypoints, and zoom out to fit all waypoints in the view.
SceneView.lastActiveSceneView.LookAt(centroidPosition, sceneViewRotation, largestDistanceBetweenWaypoints);
}
// Destroy temporary selection object and reset previous selection.
DestroyImmediate(tempSelectionObject);
Selection.objects = previousSelection;
}
}
}
/// <summary>
/// Updates the turning slowdown time based on max velocity and friction.
/// </summary>
private void UpdateTurningSlowdownTime()
{
_turningSlowdownTime = ExFuncs.RoundToDecimal(MaxRotationalVelocity / TurningFriction, 2);
}
/// <summary>
/// Updates the sailing slowdown time based on max velocity and friction.
/// </summary>
private void UpdateSailingSlowdownTime()
{
_sailingSlowdownTime = ExFuncs.RoundToDecimal(MaxSailVelocity / SailingFriction, 2);
}
/// <summary>
/// Updates the driving slowdown time based on max velocity and friction.
/// </summary>
private void UpdateDrivingSlowdownTime()
{
_drivingSlowdownTime = ExFuncs.RoundToDecimal(MaxDrivingVelocity / DrivingFriction, 2);
}
public Expression GetFunctionExpression(string funcname, Expression argexp, Expression argParams, ParameterExpression inputParams, Expression inputContextParam, List <InputVar> compiledInputVarsList)
{
switch (funcname)
{
case "f:sin":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Sin",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:cos":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Cos",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:tan":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Tan",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:abs":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Abs",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:min":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Min",
new[] { typeof(double[]) }),
ExFuncs.GetArgsAsDouble(argexp)));
case "f:max":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Max",
new[] { typeof(double[]) }),
ExFuncs.GetArgsAsDouble(argexp)));
case "f:avg":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Avg",
new[] { typeof(double[]) }),
ExFuncs.GetArgsAsDouble(argexp)));
case "f:sign":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Sign",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:pow":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Pow",
new[] { typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1))));
case "f:sqrt":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Sqrt",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:ln":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Ln",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:log10":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Log10",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:log":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Log",
new[] { typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1))));
case "f:round":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Round",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:floor":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Floor",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:ceiling":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Ceiling",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:acos":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Acos",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:asin":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Asin",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:atan":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Atan",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:atan2":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Atan2",
new[] { typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1))));
case "f:cosh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Cosh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:sinh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Sinh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:tanh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Tanh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:exp":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Exp",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:clamp":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Clamp",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:blend":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Blend",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
// trigonometric
case "f:cot":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Cot",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:sec":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Sec",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:csc":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Csc",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:cas":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Cas",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:sinc":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Sinc",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
// hyperbolic
case "f:asinh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Asinh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:acosh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Acosh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:atanh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Atanh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:acoth":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Acoth",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:asech":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Asech",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:acsch":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Acsch",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:dasinh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Dasinh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:dacosh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Dacosh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:datanh":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Datanh",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:dacoth":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Dacoth",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:dasech":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Dasech",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:dacsch":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Dacsch",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
// periodics
case "f:clausen":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Clausen",
new[] { typeof(double[]) }),
ExFuncs.GetArgsAsDouble(argexp)));
case "f:cycloid":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Cycloid",
new[] { typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1))));
case "f:squarewave":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("SquareWave",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:trianglewave":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("TriangleWave",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
case "f:sawtoothwave":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("SawtoothWave",
new[] { typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0))));
// parametric
case "f:trochoid":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Trochoid",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:trochoidx":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("TrochoidX",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:trochoidy":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("TrochoidY",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:hypotrochoid":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Hypotrochoid",
new[] { typeof(double), typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 3))));
case "f:hypotrochoidx":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("HypotrochoidX",
new[] { typeof(double), typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 3))));
case "f:hypotrochoidy":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("HypotrochoidY",
new[] { typeof(double), typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 3))));
case "f:epitrochoid":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Epitrochoid",
new[] { typeof(double), typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 3))));
case "f:epitrochoidx":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("EpitrochoidX",
new[] { typeof(double), typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 3))));
case "f:epitrochoidy":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("EpitrochoidY",
new[] { typeof(double), typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 3))));
case "f:epicycloid":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Epicycloid",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:epicycloidx":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("EpicycloidX",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:epicycloidy":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("EpicycloidY",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:hypocycloid":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Hypocycloid",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:hypocycloidx":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("HypocycloidX",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
case "f:hypocycloidy":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("HypocycloidY",
new[] { typeof(double), typeof(double), typeof(double) }),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsDouble(ExFuncs.GetArgIndex(argexp, 2))));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
