// -------------------
static public TouchSteeringWheelSpriteAnimator CreateWheelAnimator(
TouchSteeringWheel target,
string nameSuffix,
Sprite sprite,
float scale,
string undoLabel = null)
{
RectTransform subObj = CreateSubRectTr(target.transform, target.name + nameSuffix, scale);
// Create Sprite animator...
TouchSteeringWheelSpriteAnimator sprAnimator = subObj.gameObject.AddComponent <TouchSteeringWheelSpriteAnimator>();
sprAnimator.autoConnectToSource = true;
sprAnimator.SetSourceControl(target);
sprAnimator.SetStateSprite(TouchSteeringWheelSpriteAnimator.ControlState.Neutral, sprite);
SetImagePreserveAspectRatio(subObj.gameObject, true);
if (undoLabel != null)
{
Undo.RegisterCreatedObjectUndo(subObj.gameObject, undoLabel);
}
return(sprAnimator);
}
// ---------------
public override void OnInspectorGUI()
{
TouchSteeringWheelSpriteAnimator target = this.target as TouchSteeringWheelSpriteAnimator;
if ((target == null))
{
return;
}
if (!TouchControlSpriteAnimatorInspector.DrawSourceGUI(target))
{
return;
}
TouchSteeringWheel wheel = target.sourceControl as TouchSteeringWheel;
InspectorUtils.BeginIndentedSection(new GUIContent("Sprite Settings"));
this.spriteNeutral.Draw(target.spriteNeutral, target, true, false);
EditorGUILayout.Space();
this.spritePressed.Draw(target.spritePressed, target, target.IsIllegallyAttachedToSource());
InspectorUtils.EndIndentedSection();
// Scaling GUI...
float
rotationRange = target.rotationRange,
rotationSmoothingTime = target.rotationSmoothingTime;
InspectorUtils.BeginIndentedSection(new GUIContent("Transform Animation Settings"));
if ((wheel != null) && (wheel.wheelMode == TouchSteeringWheel.WheelMode.Turn))
{
GUI.enabled = false;
CFGUI.FloatField(new GUIContent("Rot. range", "Wheel's Rotation Range - in TURN wheel mode it's taken from Wheel."),
wheel.maxTurnAngle, 0, 100000, 65);
GUI.enabled = true;
}
else
{
rotationRange = CFGUI.Slider(new GUIContent("Rot. range", "Wheel's Rotation Range"), rotationRange, 0, 180, 65);
}
rotationSmoothingTime = CFGUI.FloatFieldEx(new GUIContent("Smooting Time (ms)", "Wheel Rotation Smooting Time in milliseconds"),
rotationSmoothingTime, 0, 10, 1000, true, 120);
EditorGUILayout.Space();
// TouchControlSpriteAnimatorInspector.DrawScaleGUI(target);
InspectorUtils.EndIndentedSection();
if ((rotationRange != target.rotationRange) ||
(rotationSmoothingTime != target.rotationSmoothingTime))
{
CFGUI.CreateUndo("Sprite Animator Trsnaform modification", target);
target.rotationRange = rotationRange;
target.rotationSmoothingTime = rotationSmoothingTime;
CFGUI.EndUndo(target);
}
}
// ---------------
public override void OnInspectorGUI()
{
TouchSteeringWheel c = (TouchSteeringWheel)this.target;
GUILayout.Box(GUIContent.none, CFEditorStyles.Inst.headerWheel, GUILayout.ExpandWidth(true));
this.DrawWarnings(c);
// Steerign wheel GUI...
TouchSteeringWheel.WheelMode
wheelMode = c.wheelMode;
bool
limitTurnSpeed = c.limitTurnSpeed;
float
minTurnTime = c.minTurnTime,
maxReturnTime = c.maxReturnTime,
maxTurnAngle = c.maxTurnAngle,
turnModeDeadZone = c.turnModeDeadZone;
// digitalThresh = c.digitalThresh;
bool
physicalMode = c.physicalMode,
sendInputWhileReturning = c.sendInputWhileReturning;
float
physicalMoveRangeCm = c.physicalMoveRangeCm;
this.emulateTouchPressure = c.emulateTouchPressure;
const float LABEL_WIDTH = 120;
// Steering Wheel specific inspector....
InspectorUtils.BeginIndentedSection(new GUIContent("Steering Wheel Settings"));
wheelMode = (TouchSteeringWheel.WheelMode)CFGUI.EnumPopup(new GUIContent("Wheel Mode"), wheelMode, LABEL_WIDTH);
if (c.wheelMode == TouchSteeringWheel.WheelMode.Turn)
{
maxTurnAngle = CFGUI.FloatField(new GUIContent("Max. Turn Angle", "Maximal Turn angle in degrees (TURN Wheel Mode)."),
maxTurnAngle, 1, 3600, LABEL_WIDTH);
turnModeDeadZone = CFGUI.Slider(new GUIContent("Dead-zone", "Dead-zone - how far from wheel's center a finger must be to interact with it."),
turnModeDeadZone, 0.01f, 0.9f, LABEL_WIDTH);
}
else
{
physicalMode = EditorGUILayout.ToggleLeft(new GUIContent("Physical Swipe Mode", "Define wheel's range in centimeters."), physicalMode);
if (physicalMode)
{
InspectorUtils.BeginIndentedSection();
physicalMoveRangeCm = CFGUI.FloatFieldEx(new GUIContent("Range (cm)", "Physical Mode's range in centimeters."),
physicalMoveRangeCm, 0.1f, 10, 1, false, LABEL_WIDTH);
InspectorUtils.EndIndentedSection();
}
}
limitTurnSpeed = EditorGUILayout.ToggleLeft(new GUIContent("Limit turn speed", "Limit how fast the wheel can turn and how fast it can return to neutral position."),
limitTurnSpeed);
if (limitTurnSpeed)
{
InspectorUtils.BeginIndentedSection();
minTurnTime = CFGUI.FloatFieldEx(new GUIContent("Turn Time", "Turn Time in milliseconds - how quick can this wheel move from neutral position to maximal turn angle.\nSet to zero to remove speed limit."),
minTurnTime, 0, 5, 1000, true, LABEL_WIDTH);
maxReturnTime = CFGUI.FloatFieldEx(new GUIContent("Return Time", "Time in milliseconds needed to return from maximal turn angle to neutral position."),
maxReturnTime, 0, 5, 1000, true, LABEL_WIDTH);
InspectorUtils.EndIndentedSection();
}
EditorGUILayout.Space();
this.analogConfigInsp.DrawGUI(c.analogConfig);
InspectorUtils.EndIndentedSection();
InspectorUtils.BeginIndentedSection(new GUIContent("Steering Wheel Bindings"));
sendInputWhileReturning = EditorGUILayout.ToggleLeft(new GUIContent("Send input while returning", "If enabled, wheel's analog state will be sent to the rig while the wheel is returning to the neutral position."),
sendInputWhileReturning, GUILayout.MinWidth(30));
EditorGUILayout.Space();
this.pressBindingInsp.Draw(c.pressBinding, c.rig);
this.touchPressureBindingInsp.Draw(c.touchPressureBinding, c.rig);
this.analogTurnBindingInsp.Draw(c.analogTurnBinding, c.rig);
this.turnLeftBindingInsp.Draw(c.turnLeftBinding, c.rig);
this.turnRightBindingInsp.Draw(c.turnRightBinding, c.rig);
InspectorUtils.EndIndentedSection();
// Register undo...
if ((limitTurnSpeed != c.limitTurnSpeed) ||
(minTurnTime != c.minTurnTime) ||
(maxReturnTime != c.maxReturnTime) ||
(wheelMode != c.wheelMode) ||
(maxTurnAngle != c.maxTurnAngle) ||
(turnModeDeadZone != c.turnModeDeadZone) ||
(sendInputWhileReturning != c.sendInputWhileReturning) ||
(this.emulateTouchPressure != c.emulateTouchPressure) ||
(physicalMode != c.physicalMode) ||
(physicalMoveRangeCm != c.physicalMoveRangeCm))
{
if ((wheelMode == TouchSteeringWheel.WheelMode.Turn) && (wheelMode != c.wheelMode) && (c.analogConfig.analogDeadZone != 0))
{
c.analogConfig.analogDeadZone = 0;
}
CFGUI.CreateUndo("CF2 Steering Wheel modification", c);
c.limitTurnSpeed = limitTurnSpeed;
c.minTurnTime = minTurnTime;
c.maxReturnTime = maxReturnTime;
c.emulateTouchPressure = this.emulateTouchPressure;
c.physicalMode = physicalMode;
c.physicalMoveRangeCm = physicalMoveRangeCm;
c.wheelMode = wheelMode;
c.maxTurnAngle = maxTurnAngle;
c.turnModeDeadZone = turnModeDeadZone;
c.sendInputWhileReturning = sendInputWhileReturning;
CFGUI.EndUndo(c);
}
// Draw Shared Dynamic Control Params...
this.DrawDynamicTouchControlGUI(c);
}
// ---------------
public override void OnInspectorGUI()
{
TouchSteeringWheel c = (TouchSteeringWheel)this.target;
GUILayout.Box(GUIContent.none, CFEditorStyles.Inst.headerWheel, GUILayout.ExpandWidth(true));
this.DrawWarnings(c);
// Steerign wheel GUI...
bool
limitTurnSpeed = c.limitTurnSpeed;
float
minTurnTime = c.minTurnTime,
maxReturnTime = c.maxReturnTime;
// digitalThresh = c.digitalThresh;
bool
physicalMode = c.physicalMode;
float
physicalMoveRangeCm = c.physicalMoveRangeCm;
//
const float LABEL_WIDTH = 120;
// Steering Wheel specific inspector....
InspectorUtils.BeginIndentedSection(new GUIContent("Steering Wheel Settings"));
limitTurnSpeed = EditorGUILayout.ToggleLeft(new GUIContent("Limit turn speed", "Limit how fast the wheel can turn and how fast it can return to neutral position."),
limitTurnSpeed);
if (limitTurnSpeed)
{
InspectorUtils.BeginIndentedSection();
minTurnTime = CFGUI.FloatFieldEx(new GUIContent("Min. Turn Time", "Minimal Turn Time in milliseconds - how quick can this wheel move from neutral position to maximal turn angle."),
minTurnTime, 0, 5, 1000, true, LABEL_WIDTH);
maxReturnTime = CFGUI.FloatFieldEx(new GUIContent("Max. Return Time", "Time in milliseconds needed to return from maximal turn angle to neutral position."),
maxReturnTime, 0, 5, 1000, true, LABEL_WIDTH);
InspectorUtils.EndIndentedSection();
}
physicalMode = EditorGUILayout.ToggleLeft(new GUIContent("Physical Mode", "Define wheel's range in centimeters."), physicalMode);
if (physicalMode)
{
InspectorUtils.BeginIndentedSection();
physicalMoveRangeCm = CFGUI.FloatFieldEx(new GUIContent("Range (cm)", "Physical Mode's range in centimeters."),
physicalMoveRangeCm, 0.1f, 10, 1, false, LABEL_WIDTH);
InspectorUtils.EndIndentedSection();
}
EditorGUILayout.Space();
this.analogConfigInsp.DrawGUI(c.analogConfig);
InspectorUtils.EndIndentedSection();
InspectorUtils.BeginIndentedSection(new GUIContent("Steering Wheel Bindings"));
this.pressBindingInsp.Draw(c.pressBinding, c.rig);
this.analogTurnBindingInsp.Draw(c.analogTurnBinding, c.rig);
this.turnLeftBindingInsp.Draw(c.turnLeftBinding, c.rig);
this.turnRightBindingInsp.Draw(c.turnRightBinding, c.rig);
InspectorUtils.EndIndentedSection();
// Register undo...
if ((limitTurnSpeed != c.limitTurnSpeed) ||
(minTurnTime != c.minTurnTime) ||
(maxReturnTime != c.maxReturnTime) ||
//(digitalThresh != c.digitalThresh) ||
(physicalMode != c.physicalMode) ||
(physicalMoveRangeCm != c.physicalMoveRangeCm))
{
CFGUI.CreateUndo("CF2 Steering Wheel modification", c);
c.limitTurnSpeed = limitTurnSpeed;
c.minTurnTime = minTurnTime;
c.maxReturnTime = maxReturnTime;
//c.digitalThresh = digitalThresh;
c.physicalMode = physicalMode;
c.physicalMoveRangeCm = physicalMoveRangeCm;
CFGUI.EndUndo(c);
}
// Draw Shared Dynamic Control Params...
this.DrawDynamicTouchControlGUI(c);
}
