// ----------------
private void AddAxesToRig()
{
// Check for already present axes...
int enabledAxisNum = 0;
int alreadyPresentAxisNum = 0;
string presentAxisNames = "";
for (int i = 0; i < this.axisList.Count; ++i)
{
if (!this.axisList[i].enabled)
{
continue;
}
enabledAxisNum++;
int axisId = 0;
if (this.rig.IsAxisDefined(this.axisList[i].name, ref axisId))
{
++alreadyPresentAxisNum;
if (alreadyPresentAxisNum <= 10)
{
presentAxisNames += (((alreadyPresentAxisNum == 10) ? "..." : this.axisList[i].name) + "\n");
}
}
}
bool overwriteAll = false;
bool igonrePresentAxes = false;
if (alreadyPresentAxisNum > 0)
{
int overwriteMethod = EditorUtility.DisplayDialogComplex(DIALOG_TITLE, "" + alreadyPresentAxisNum + " out of " + enabledAxisNum +
" selected axes are already present in selected Input Rig.\n\n" +
presentAxisNames + "\n" + "What do you want to do with them?", "Overwrite All", "Ignore All", "Choose one by one");
if (overwriteMethod == 1)
{
igonrePresentAxes = true;
}
else if (overwriteMethod == 0)
{
overwriteAll = true;
}
}
// Apply...
CFGUI.CreateUndo("Transfer axes from Input Manager to Input Rig", this.rig);
for (int i = 0; i < this.axisList.Count; ++i)
{
AxisDescription axisDesc = this.axisList[i];
if (!axisDesc.enabled)
{
continue;
}
InputRig.AxisConfig axisConfig = this.rig.GetAxisConfig(axisDesc.name);
if (axisConfig != null)
{
if (igonrePresentAxes)
{
continue;
}
if (!overwriteAll && !EditorUtility.DisplayDialog(DIALOG_TITLE, "Transfer and overwrite [" + axisDesc.name + "] axis?", "Transfer", "Skip"))
{
continue;
}
axisConfig.axisType = axisDesc.targetAxisType;
}
else
{
axisConfig = this.rig.axes.Add(axisDesc.name, axisDesc.targetAxisType, false);
}
axisConfig.keyboardNegative = KeyCode.None;
axisConfig.keyboardNegativeAlt0 = KeyCode.None;
axisConfig.keyboardPositive = KeyCode.None;
axisConfig.keyboardPositiveAlt0 = KeyCode.None;
axisConfig.scale = 1;
axisConfig.digitalToAnalogDecelTime = 0;
axisConfig.digitalToAnalogAccelTime = 0;
axisConfig.smoothingTime = 0;
axisConfig.rawSmoothingTime = 0;
axisConfig.snap = false;
for (int ai = 0; ai < axisDesc.inputAxes.Count; ++ai)
{
UnityInputManagerUtils.InputAxis inputAxis = axisDesc.inputAxes[ai];
switch (inputAxis.type)
{
case UnityInputManagerUtils.AxisType.KeyOrMouseButton:
KeyCode
positiveCode = InputRig.NameToKeyCode(!inputAxis.invert ? inputAxis.positiveButton : inputAxis.negativeButton),
positiveAltCode = InputRig.NameToKeyCode(!inputAxis.invert ? inputAxis.altPositiveButton : inputAxis.altNegativeButton),
negativeCode = InputRig.NameToKeyCode(!inputAxis.invert ? inputAxis.negativeButton : inputAxis.positiveButton),
negativeAltCode = InputRig.NameToKeyCode(!inputAxis.invert ? inputAxis.altNegativeButton : inputAxis.altPositiveButton);
if ((positiveCode != KeyCode.None) && !UnityInputManagerUtils.IsJoystickKeyCode(positiveCode))
{
axisConfig.keyboardPositive = positiveCode;
axisConfig.affectedKeyPositive = positiveCode;
}
if ((positiveAltCode != KeyCode.None) && !UnityInputManagerUtils.IsJoystickKeyCode(positiveAltCode))
{
axisConfig.keyboardPositiveAlt0 = positiveAltCode;
}
if ((negativeCode != KeyCode.None) && !UnityInputManagerUtils.IsJoystickKeyCode(negativeCode))
{
axisConfig.keyboardNegative = negativeCode;
axisConfig.affectedKeyNegative = negativeCode;
}
if ((negativeAltCode != KeyCode.None) && !UnityInputManagerUtils.IsJoystickKeyCode(negativeAltCode))
{
axisConfig.keyboardNegativeAlt0 = negativeAltCode;
}
if (inputAxis.snap)
{
axisConfig.snap = true;
}
break;
case UnityInputManagerUtils.AxisType.JoystickAxis:
break;
case UnityInputManagerUtils.AxisType.MouseMovement:
{
// Mouse Delta...
if ((inputAxis.axis == UnityInputManagerUtils.MOUSE_X_AXIS_ID) ||
(inputAxis.axis == UnityInputManagerUtils.MOUSE_Y_AXIS_ID))
{
ControlFreak2.Internal.AxisBinding mouseDeltaBinding = (inputAxis.axis == UnityInputManagerUtils.MOUSE_X_AXIS_ID) ?
this.rig.mouseConfig.horzDeltaBinding : this.rig.mouseConfig.vertDeltaBinding;
mouseDeltaBinding.Clear();
mouseDeltaBinding.Enable(); //.enabled = true;
mouseDeltaBinding.AddTarget().SetSingleAxis(axisDesc.name, inputAxis.invert); //, axisDesc.inputAxis.invert);
//mouseDeltaBinding.separateAxes = false;
//mouseDeltaBinding.singleAxis = axisDesc.name;
axisConfig.scale = inputAxis.sensitivity;
}
// Scroll wheel...
else if ((inputAxis.axis == UnityInputManagerUtils.SCROLL_PRIMARY_AXIS_ID) ||
(inputAxis.axis == UnityInputManagerUtils.SCROLL_SECONDARY_AXIS_ID))
{
ControlFreak2.Internal.AxisBinding scrollBinding = (inputAxis.axis == UnityInputManagerUtils.SCROLL_PRIMARY_AXIS_ID) ?
this.rig.scrollWheel.vertScrollDeltaBinding.deltaBinding : this.rig.scrollWheel.horzScrollDeltaBinding.deltaBinding;
scrollBinding.Clear();
scrollBinding.AddTarget().SetSingleAxis(axisDesc.name, inputAxis.invert);
//scrollBinding.enabled = true;
//scrollBinding.separateAxes = false;
//scrollBinding.singleAxis = axisDesc.name;
}
}
break;
}
}
// Set mouse delta scaling...
if (axisDesc.targetAxisType == InputRig.AxisType.Delta)
{
axisConfig.deltaMode = InputRig.DeltaTransformMode.EmulateMouse;
axisConfig.scale = axisDesc.inputAxis.sensitivity;
}
// Convert gravity to smoothing time...
else if ((axisDesc.targetAxisType == InputRig.AxisType.SignedAnalog) || (axisDesc.targetAxisType == InputRig.AxisType.UnsignedAnalog))
{
float
gravity = 0,
sensitivity = 0;
// Find biggest gravity and sensitivity...
for (int di = 0; di < axisDesc.inputAxes.Count; ++di)
{
if (axisDesc.inputAxes[di].type != UnityInputManagerUtils.AxisType.KeyOrMouseButton)
{
continue;
}
gravity = Mathf.Max(gravity, axisDesc.inputAxes[di].gravity);
sensitivity = Mathf.Max(sensitivity, axisDesc.inputAxes[di].sensitivity);
}
// Convert graivty and sensitivity to digiAccel/Decel times...
axisConfig.digitalToAnalogDecelTime = ((gravity < 0.001f) ? 0.2f : (1.0f / gravity));
axisConfig.digitalToAnalogAccelTime = ((sensitivity < 0.001f) ? 0.2f : (1.0f / sensitivity));
axisConfig.smoothingTime = 0;
axisConfig.rawSmoothingTime = 0;
//if (axisDesc.inputAxis.gravity > 0.1f)
// axisConfig.smoothingTime = Mathf.Min(1.0f, (1.0f / axisDesc.inputAxis.gravity));
}
//if (axisDesc.inputAxis.invert)
// axisConfig.scale = -axisConfig.scale;
}
CFGUI.EndUndo(this.rig);
}
// ---------------
public void Execute()
{
if (this.binding == null)
{
return;
}
CFGUI.CreateUndo(this.undoLabel, this.undoObject);
DigitalBinding digiBinding = (this.binding as DigitalBinding);
AxisBinding analogBinding = (this.binding as AxisBinding);
EmuTouchBinding touchBinding = (this.binding as EmuTouchBinding);
MousePositionBinding mouseBinding = (this.binding as MousePositionBinding);
//JoystickNameBinding joyNameBinding = (this.binding as JoystickNameBinding);
// Digi binding...
if (digiBinding != null)
{
if (this.digiKey != KeyCode.None)
{
digiBinding.Enable();
if (this.digiKeyElemId < 0)
{
digiBinding.AddKey(this.digiKey);
}
else
{
digiBinding.ReplaceKey(this.digiKeyElemId, this.digiKey);
}
}
if (!string.IsNullOrEmpty(this.digiAxisName))
{
digiBinding.Enable();
DigitalBinding.AxisElem elem = null;
if (this.digiAxisElemId < 0)
{
elem = digiBinding.AddAxis();
}
else
{
elem = digiBinding.GetAxisElem(this.digiAxisElemId);
}
if (elem != null)
{
elem.SetAxis(this.digiAxisName, this.digiBindToPositiveAxis);
}
}
}
// Analog Binding...
else if (analogBinding != null)
{
if (!string.IsNullOrEmpty(this.analogAxisName))
{
analogBinding.Enable();
AxisBinding.TargetElem elem = null;
if (this.analogElemId < 0)
{
elem = analogBinding.AddTarget();
}
else
{
elem = analogBinding.GetTarget(this.analogElemId);
}
if (elem != null)
{
if (this.analogSeparate)
{
elem.SetSeparateAxis(this.analogAxisName, this.analogPositiveSide, !this.analogFlip);
}
else
{
elem.SetSingleAxis(this.analogAxisName, this.analogFlip);
}
}
}
}
// Touch Binding...
else if (touchBinding != null)
{
touchBinding.Enable();
}
// Mouse Binding...
else if (mouseBinding != null)
{
mouseBinding.Enable();
}
CFGUI.EndUndo(this.undoObject);
if (this.onRefreshCallback != null)
{
this.onRefreshCallback();
}
}