public InputAxisEvent(InputAction inputAction, OuyaSDK.AxisEnum axisEnum, float axis, OuyaPlayer player)
{
m_inputAction = inputAction;
m_axisCode = axisEnum;
m_axis = axis;
m_player = player;
}
public static bool GetButton(GenericButton button, OuyaPlayer p = OuyaPlayer.P01)
{
switch (button)
{
case GenericButton.O:
return OuyaInput.GetButton(OuyaButton.O, p) || Input.GetButton("O");
break;
case GenericButton.U:
return OuyaInput.GetButton(OuyaButton.U, p) || Input.GetButton("U");
break;
case GenericButton.Y:
return OuyaInput.GetButton(OuyaButton.Y, p) || Input.GetButton("Y");
break;
case GenericButton.A:
return OuyaInput.GetButton(OuyaButton.A, p) || Input.GetButton("A");
break;
case GenericButton.LB:
return OuyaInput.GetButton(OuyaButton.LB, p) || Input.GetButton("LB");
break;
case GenericButton.RB:
return OuyaInput.GetButton(OuyaButton.RB, p) || Input.GetButton("RB");
break;
case GenericButton.L3:
return OuyaInput.GetButton(OuyaButton.L3, p) || Input.GetButton("L3");
break;
case GenericButton.R3:
return OuyaInput.GetButton(OuyaButton.R3, p) || Input.GetButton("R3");
break;
case GenericButton.LT:
return OuyaInput.GetButton(OuyaButton.LT, p) || Input.GetButton("LT");
break;
case GenericButton.RT:
return OuyaInput.GetButton(OuyaButton.RT, p) || Input.GetButton("RT");
break;
case GenericButton.DU:
return OuyaInput.GetButton(OuyaButton.DU, p) || Input.GetButton("DU");
break;
case GenericButton.DD:
return OuyaInput.GetButton(OuyaButton.DD, p) || Input.GetButton("DD");
break;
case GenericButton.DL:
return OuyaInput.GetButton(OuyaButton.DL, p) || Input.GetButton("DL");
break;
case GenericButton.DR:
return OuyaInput.GetButton(OuyaButton.DR, p) || Input.GetButton("DR");
break;
case GenericButton.START:
return OuyaInput.GetButton(OuyaButton.START, p) || Input.GetButton("START");
break;
case GenericButton.SELECT:
return OuyaInput.GetButton(OuyaButton.SELECT, p) || Input.GetButton("SELECT");
break;
case GenericButton.SYSTEM:
return OuyaInput.GetButton(OuyaButton.SYSTEM, p) || Input.GetButton("SYSTEM");
break;
default:
return false;
break;
}
}
public static float GetAxis(GenericAxis axis, OuyaPlayer p = OuyaPlayer.P01)
{
switch (axis)
{
case GenericAxis.LX:
return OuyaInput.GetAxis(OuyaAxis.LX, p) + Input.GetAxis("LX");
break;
case GenericAxis.LY:
return OuyaInput.GetAxis(OuyaAxis.LY, p) + Input.GetAxis("LY");
break;
case GenericAxis.RX:
return OuyaInput.GetAxis(OuyaAxis.RX, p) + Input.GetAxis("RX");
break;
case GenericAxis.RY:
return OuyaInput.GetAxis(OuyaAxis.RY, p) + Input.GetAxis("RY");
break;
case GenericAxis.LT:
return OuyaInput.GetAxis(OuyaAxis.LT, p) + Input.GetAxis("LT");
break;
case GenericAxis.RT:
return OuyaInput.GetAxis(OuyaAxis.RT, p) + Input.GetAxis("RT");
break;
case GenericAxis.DX:
return OuyaInput.GetAxis(OuyaAxis.DX, p) + Input.GetAxis("DX");
break;
case GenericAxis.DY:
return OuyaInput.GetAxis(OuyaAxis.DY, p) + Input.GetAxis("DY");
break;
default:
return 0;
break;
}
}
public static OuyaMapType GetControllerType(OuyaPlayer player)
{
/* returns the controller type (enum) for a designated player
*/
int index = (int)player - 1;
if (controllerCount == 0) return OuyaMapType.None;
else return mapTypes[index];
}
public static string GetControllerName(OuyaPlayer player)
{
/* returns the Unity name of the controller for a designated player
*/
int index = (int)player - 1;
if (controllerNames == null || index >= controllerCount) return "No controller found!";
else return controllerNames[index];
}
public static bool GetButtonUp(OuyaButton button, OuyaPlayer player)
{
/* this serves as the OUYA eguivalent to UNITY's Input.GetButtonUp()
* returns true for the frame the button actually goes up
*/
// return the button state for the frame it goes down (down event)
return GetButton(button, ButtonAction.UpFrame, player);
}
public static bool GetButton(OuyaButton button, OuyaPlayer player)
{
/* this serves as the OUYA eguivalent to UNITY's Input.GetButton()
* returns true if the button is pressed
*/
// return the button state for pressed (down state)
return GetButton(button, ButtonAction.Pressed, player);
}
public static float GetAxis(OuyaAxis axis, OuyaPlayer player)
{
/* for retreiving joystick axis values from mapped Unity Input
*/
/* NULL SECURITY */
// check if there is no joystick connected
if (controllerCount == 0) return 0f;
// check if there have more players than controllers
// we consider that the array position is starting at 0 for player 1
int playerIndex = (int)player - 1;
if (playerIndex < 0 || playerIndex >= controllerCount) return 0f;
// finally check if we really found a controller for the player
OuyaMapType mapType = mapTypes[playerIndex];
/* GET MAPPED AXIS NAME */
// prepare fields for storing the results
string axisName = null; bool invert = false;
// get the controller mapping for the player
PlayerController playerController = playerControllers[playerIndex];
// secure that we have found a mapping
if (playerController == null) return 0f;
else
{
/* JOYSTICKS */
// get the axis name for the player controller
switch (axis)
{
case OuyaAxis.LX: axisName = playerController.map_LX; invert = playerController.invert_LX; break;
case OuyaAxis.LY: axisName = playerController.map_LY; invert = playerController.invert_LY; break;
case OuyaAxis.RX: axisName = playerController.map_RX; invert = playerController.invert_RX; break;
case OuyaAxis.RY: axisName = playerController.map_RY; invert = playerController.invert_RY; break;
/* TRIGGERS & D-PAD */
// the dpad and triggers are sometimes treated like an axis joystick
// sometimes however it is just a set of buttons and the pressure senitivity is missing
// this was observed for MacOS XBOX360 (TattieBogle) / Android Ouya / Android + MacOS PS3
/* LT-TRIGGER */
case OuyaAxis.LT: axisName = playerController.map_LT; invert = playerController.invert_LT;
// if the trigger is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (mapType)
{
case OuyaMapType.MotionInJoy_WIN:
case OuyaMapType.PS3_ANDROID:
case OuyaMapType.PS3_OSX:
if (GetButton(OuyaButton.LT, player)) return 1f;
else return 0f;
}
}
break;
/* RT-TRIGGER */
case OuyaAxis.RT: axisName = playerController.map_RT; invert = playerController.invert_RT;
// if the trigger is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (mapType)
{
case OuyaMapType.MotionInJoy_WIN:
case OuyaMapType.PS3_ANDROID:
case OuyaMapType.PS3_OSX:
if (GetButton(OuyaButton.RT, player)) return 1f;
else return 0f;
}
}
break;
/* DX-AXIS */
case OuyaAxis.DX: axisName = playerController.map_DX; invert = playerController.invert_DX;
// if the dpad is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (mapType)
{
#if !UNITY_EDITOR && UNITY_ANDROID
case OuyaMapType.Generic_ANDROID:
case OuyaMapType.Broadcom_ANDROID:
case OuyaMapType.Ouya_CONSOLE:
case OuyaMapType.PS3_ANDROID:
case OuyaMapType.XBOX360_ANDROID_wireless:
if (GetButton(OuyaButton.DL, player)) return -1f;
else if (GetButton(OuyaButton.DR, player)) return 1f;
break;
#endif
#if UNITY_EDITOR || UNITY_STANDALONE_WIN
case OuyaMapType.Ouya_WIN:
case OuyaMapType.MotionInJoy_WIN:
if (GetButton(OuyaButton.DL, player)) return -1f;
else if (GetButton(OuyaButton.DR, player)) return 1f;
break;
#endif
#if UNITY_EDITOR || UNITY_STANDALONE_OSX
case OuyaMapType.PS3_OSX:
case OuyaMapType.TattieBogle_OSX:
if (GetButton(OuyaButton.DL, player)) return -1f;
else if (GetButton(OuyaButton.DR, player)) return 1f;
break;
#endif
}
} break;
/* DY-AXIS */
case OuyaAxis.DY: axisName = playerController.map_DY; invert = playerController.invert_DY;
// if the dpad is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (mapType)
{
#if !UNITY_EDITOR && UNITY_ANDROID
case OuyaMapType.Generic_ANDROID:
case OuyaMapType.Broadcom_ANDROID:
case OuyaMapType.Ouya_CONSOLE:
case OuyaMapType.PS3_ANDROID:
case OuyaMapType.XBOX360_ANDROID_wireless:
if (GetButton(OuyaButton.DD, player)) return -1f;
else if (GetButton(OuyaButton.DU, player)) return 1f;
break;
#endif
#if UNITY_EDITOR || UNITY_STANDALONE_WIN
case OuyaMapType.Ouya_WIN:
case OuyaMapType.MotionInJoy_WIN:
if (GetButton(OuyaButton.DD, player)) return -1f;
else if (GetButton(OuyaButton.DU, player)) return 1f;
break;
#endif
#if UNITY_EDITOR || UNITY_STANDALONE_OSX
case OuyaMapType.PS3_OSX:
case OuyaMapType.TattieBogle_OSX:
if (GetButton(OuyaButton.DD, player)) return -1f;
else if (GetButton(OuyaButton.DU, player)) return 1f;
break;
#endif
}
} break;
default: return 0f;
}
}
/* FINAL SECURITY CHECK */
// we return 0 if we didn't find a valid axis
if (axisName == null) return 0f;
/* TRIGGER AXIS RANGE MAPPING */
if (axis == OuyaAxis.LT || axis == OuyaAxis.RT)
{
// some trigger axis need to be remapped inrange before we can return the Unity Input
if (invert) return playerController.rangeMapTriggerAxis(-Input.GetAxisRaw(axisName), axis);
else return playerController.rangeMapTriggerAxis(Input.GetAxisRaw(axisName), axis);
}
/* AXIS FLOAT RESULT FROM UNITY INPUT */
if (invert) return -Input.GetAxisRaw(axisName);
else return Input.GetAxisRaw(axisName);
}
private static bool GetButton(OuyaButton button, ButtonAction buttonAction, OuyaPlayer player)
{
/* for retreiving joystick button values from mapped Unity Input
*/
/* NULL SECURITY */
// check if there is no joystick connected
if (controllerNames == null) return false;
// check if there are more players than joysticks
// this is not really needed in CLARK – just framework coherence
int playerIndex = (int) player - 1;
if (playerIndex >= controllerCount) return false;
// finally check if we really found a joystick for the player
OuyaControllerType controllerType = controllerTypes[playerIndex];
// get the controller mapping for the player
PlayerController playerController = playerControllers[playerIndex];
// secure that we have found a mapping
if (playerController != null) {
/* FIND THE CORRECT MAPPED BUTTON KEY */
switch (controllerType) {
#if !UNITY_EDITOR && UNITY_ANDROID
case OuyaControllerType.Broadcom:
case OuyaControllerType.MogaPro:
// this device was not tested yet
// the setting were just extracted from some examples I found
// please feedback if you find a way to test it
switch (button)
{
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, player);
case OuyaButton.RB: return GetButton(7, buttonAction, player);
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, player);
case OuyaButton.U: return GetButton(3, buttonAction, player);
case OuyaButton.Y: return GetButton(4, buttonAction, player);
case OuyaButton.A: return GetButton(1, buttonAction, player);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, player);
case OuyaButton.R3: return GetButton(14, buttonAction, player);
// d-pad buttons and trigger buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
case OuyaButton.START: return false;
case OuyaButton.SELECT: return false;
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaControllerType.GameStick:
// tested on the real GameStick DevKit
// never succeded in pairing the controller with the Ouya, Mac, Windows
// strangely enough the flat d-pad has pressure sensitive axis output
// triggers do not exist at all on this controller
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, player); // checked
case OuyaButton.U: return GetButton(3, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(4, buttonAction, player); // checked
case OuyaButton.A: return GetButton(1, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(7, buttonAction, player); // checked
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(14, buttonAction, player); // checked
// center buttons
case OuyaButton.SELECT: return GetButton(27, buttonAction, player); // checked
case OuyaButton.START: return GetButton(11, buttonAction, player); // checked
// d-pad buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// the GameStick has no triggers
case OuyaButton.LT: return false;
case OuyaButton.RT: return false;
// SYSTEN is according to GameStick documents: joystick button 20
// but this is not valid in Unity (see script reference Keycode)
case OuyaButton.SYSTEM: return false;
default: return false;
}
#endif
case OuyaControllerType.Ouya:
#if !UNITY_EDITOR && UNITY_ANDROID
// tested on the real Ouya Developers Console
// the d-pad has no pressure sensitive output although the hardware looks like it
// triggers have both: pressure sensitive axis and button event output (nice)
switch (button)
{
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, player); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, player); // checked
case OuyaButton.U: return GetButton(1, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(2, buttonAction, player); // checked
case OuyaButton.A: return GetButton(3, buttonAction, player); // checked
// stick buttons
case OuyaButton.L3: return GetButton(6, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(7, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(8, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(9, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(10, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(11, buttonAction, player); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(12, buttonAction, player); // checked
case OuyaButton.RT: return GetButton(13, buttonAction, player); // checked
// not defined so far – or don't exist on OUYA
case OuyaButton.START: return false;
case OuyaButton.SYSTEM: return false;
case OuyaButton.SELECT: return false;
default: return false;
}
#else
// tested on Windows8 64bit (standalone player) – pairing via OS Bluetooth driver
// the d-pad has no pressure sensitive output although the hardware looks like it
// triggers have both: pressure sensitive axis and button event output
// however trigger buttons only react on full pullthrough
// therefore we prefer to use axis conversion
switch (button)
{
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, player); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, player); // checked
case OuyaButton.U: return GetButton(1, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(2, buttonAction, player); // checked
case OuyaButton.A: return GetButton(3, buttonAction, player); // checked
// stick buttons
case OuyaButton.L3: return GetButton(6, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(7, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(8, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(9, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(10, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(11, buttonAction, player); // checked
// trigger buttons
// although button states are natively supported we use axis conversion
// this is because trigger buttons will natively only react on full pullthrough
// these buttons then are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far – or don't exist on OUYA
case OuyaButton.START: return false;
case OuyaButton.SYSTEM: return false;
case OuyaButton.SELECT: return false;
default: return false;
}
#endif
case OuyaControllerType.XBox360:
#if !UNITY_EDITOR && UNITY_ANDROID
// tested with the XBOX360 standard controller connected to the OUYA via USB
// hopefully wireless XBOX controllers connected via Bluetooth have the same values
// the d-pad has sensitive pressure axis output – however we won't get button events
// we need to use continious input scanning for managing Buttonup or ButtonDown events
// the same is true for the pressure sensitive axis triggers
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, player); // checked
case OuyaButton.U: return GetButton(3, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(4, buttonAction, player); // checked
case OuyaButton.A: return GetButton(1, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(7, buttonAction, player); // checked
// center buttons
case OuyaButton.START: return GetButton(11, buttonAction, player); // checked
case OuyaButton.SELECT: return GetButton(27, buttonAction, player);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(14, buttonAction, player); // checked
// d-pad buttons and trigger buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
case OuyaButton.SYSTEM: return false;
default: return false;
}
#else
switch (button)
// tested with the XBOX360 standard controller connected to a Win64 machine via USB and official driver
// hopefully wireless XBOX controllers connected via Bluetooth have the same values
// the d-pad has sensitive pressure axis output – however we won't get button events
// we need to use continious input scanning for managing Buttonup or ButtonDown events
// the same is true for the pressure sensitive axis triggers
// this block won't treat the XBOX360 controller running on MacOSX
// on MacOSX we use the TattieBogle driver which leads to a different controller type
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, player); // checked
case OuyaButton.U: return GetButton(2, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(3, buttonAction, player); // checked
case OuyaButton.A: return GetButton(1, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, player); // checked
// center buttons
case OuyaButton.START: return GetButton(7, buttonAction, player); // checked
case OuyaButton.SELECT: return GetButton(6, buttonAction, player); // checked
// stick buttons
case OuyaButton.L3: return GetButton(8, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(9, buttonAction, player); // checked
// d-pad buttons and trigger buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
case OuyaButton.SYSTEM: return false;
default: return false;
}
#endif
case OuyaControllerType.PS3:
#if !UNITY_EDITOR && UNITY_ANDROID
// tested with the PS3 standard controller connected to the OUYA via Bluetooth
// pairing was achieved using a temporary USB cable connection to the OUYA
// the d-pad uses simple button events – there is no pressure sensitivity here
// triggers have both: pressure sentive axis output as well as button events
switch (button)
{
// stick buttons
case OuyaButton.L3: return GetButton(1, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(2, buttonAction, player); // checked
// center buttons
case OuyaButton.START: return GetButton(3, buttonAction, player); // checked
case OuyaButton.SELECT: return GetButton(27, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(4, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(5, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, player); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(8, buttonAction, player); // checked
case OuyaButton.RT: return GetButton(9, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(10, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(11, buttonAction, player); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(14, buttonAction, player); // checked
case OuyaButton.U: return GetButton(15, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(12, buttonAction, player); // checked
case OuyaButton.A: return GetButton(13, buttonAction, player); // checked
// not defined do far
case OuyaButton.SYSTEM: return false;
default: return false;
}
#elif !UNITY_EDITOR && UNITY_STANDALONE_OSX
// tested with the PS3 standard controller connected to the MacOSX via Bluetooth
// pairing was achieved using a temporary USB cable connection to the Mac
// the d-pad and triggers use simple button events – there is no pressure sensitivity here
// this is because the standard Mac connection doesn't show all the features of the controller
// we would need a designated 3rd party driver for that
switch (button)
{
// stick buttons
case OuyaButton.L3: return GetButton(1, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(2, buttonAction, player); // checked
// center buttons
case OuyaButton.START: return GetButton(3, buttonAction, player); // checked
case OuyaButton.SELECT: return GetButton(0, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(4, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(5, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, player); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(8, buttonAction, player); // checked
case OuyaButton.RT: return GetButton(9, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(10, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(11, buttonAction, player); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(14, buttonAction, player); // checked
case OuyaButton.U: return GetButton(15, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(12, buttonAction, player); // checked
case OuyaButton.A: return GetButton(13, buttonAction, player); // checked
// not defined do far
case OuyaButton.SYSTEM: return false;
default: return false;
}
#elif !UNITY_EDITOR && UNITY_STANDALONE_WIN
// tested with the PS3 standard controller connected to Win7 64 via USB
// custom setup was done using the most popular but crappy driver: MotionInJoy
// this needs a CUSTOM button mapping setup in the driver tools to work (see documentation)
// default sets could not be used as they do not make sense (gyro's and sticks share the same axis)
// the d-pad use simple button events – there is no pressure sensitivity here
// the triggers provide both: pressure sensitive axis output and button events
// READ THE DOCUMENTATION to make this work !!!
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(2, buttonAction, player); // checked
case OuyaButton.U: return GetButton(3, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(0, buttonAction, player); // checked
case OuyaButton.A: return GetButton(1, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, player); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(6, buttonAction, player); // checked
case OuyaButton.RT: return GetButton(7, buttonAction, player); // checked
// stick buttons
case OuyaButton.L3: return GetButton(8, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(9, buttonAction, player); // checked
// center buttons
case OuyaButton.SELECT: return GetButton(10, buttonAction, player); // checked
case OuyaButton.START: return GetButton(11, buttonAction, player); // checked
case OuyaButton.SYSTEM: return GetButton(12, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(13, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(14, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(15, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(16, buttonAction, player); // checked
// not defined do far
default: return false;
}
#elif UNITY_EDITOR
// the editor receives platform specific inputs which are not covered by the procompile macros
// therefore the testing developer will have to set the Editor Working Platform
// otherwise this code copies the data of the Windows and MacOSX platforms
if (editorWorkPlatform == EditorWorkPlatform.MacOS) {
// MacOSX via standard Bluetooth connection
switch (button)
{
// stick buttons
case OuyaButton.L3: return GetButton(1, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(2, buttonAction, player); // checked
// center buttons
case OuyaButton.START: return GetButton(3, buttonAction, player); // checked
case OuyaButton.SELECT: return GetButton(0, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(4, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(5, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, player); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(8, buttonAction, player); // checked
case OuyaButton.RT: return GetButton(9, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(10, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(11, buttonAction, player); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(14, buttonAction, player); // checked
case OuyaButton.U: return GetButton(15, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(12, buttonAction, player); // checked
case OuyaButton.A: return GetButton(13, buttonAction, player); // checked
// not defined do far
case OuyaButton.SYSTEM: return false;
default: return false;
}
} else {
// Windows7 via USB and MotionInJoy driver
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(2, buttonAction, player); // checked
case OuyaButton.U: return GetButton(3, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(0, buttonAction, player); // checked
case OuyaButton.A: return GetButton(1, buttonAction, player); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, player); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(6, buttonAction, player); // checked
case OuyaButton.RT: return GetButton(7, buttonAction, player); // checked
// stick buttons
case OuyaButton.L3: return GetButton(8, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(9, buttonAction, player); // checked
// center buttons
case OuyaButton.SELECT: return GetButton(10, buttonAction, player); // checked
case OuyaButton.START: return GetButton(11, buttonAction, player); // checked
case OuyaButton.SYSTEM: return GetButton(12, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(13, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(14, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(15, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(16, buttonAction, player); // checked
default: return false;
}
}
#endif
#if UNITY_EDITOR || UNITY_STANDALONE_OSX
case OuyaControllerType.TattieBogle:
// this is for the XBOX360 standard controller running on MacOSX using the TattieBogle driver
// hopefully wireless XBOX controllers connected via Bluetooth have the same values
// the d-pad has no pressure sensitivity but gives us button events
// triggers provide only pressure sensitive axis output therefore
// we need to use continious input scanning for managing Buttonup or ButtonDown events
switch (button)
{
// shoulder buttons
case OuyaButton.LB: return GetButton(13, buttonAction, player); // checked
case OuyaButton.RB: return GetButton(14, buttonAction, player); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(16, buttonAction, player); // checked
case OuyaButton.U: return GetButton(18, buttonAction, player); // checked
case OuyaButton.Y: return GetButton(19, buttonAction, player); // checked
case OuyaButton.A: return GetButton(17, buttonAction, player); // checked
// stick buttons
case OuyaButton.L3: return GetButton(11, buttonAction, player); // checked
case OuyaButton.R3: return GetButton(12, buttonAction, player); // checked
// center buttons
case OuyaButton.SELECT: return GetButton(10, buttonAction, player); // checked
case OuyaButton.START: return GetButton(9, buttonAction, player); // checked
case OuyaButton.SYSTEM: return GetButton(15, buttonAction, player); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(5, buttonAction, player); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, player); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, player); // checked
case OuyaButton.DR: return GetButton(8, buttonAction, player); // checked
// trigger buttons
// the triggers are axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
default: return false;
}
#endif
case OuyaControllerType.Unknown:
#if !UNITY_EDITOR && UNITY_ANDROID
// we hope to catch any unkown bluetooth controllers on Android here (wild card)
// there can't be any testing for that as it's just a random try
switch (button)
{
// ouya buttons
case OuyaButton.O: return GetButton(0, buttonAction, player);
case OuyaButton.U: return GetButton(3, buttonAction, player);
case OuyaButton.Y: return GetButton(4, buttonAction, player);
case OuyaButton.A: return GetButton(1, buttonAction, player);
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, player);
case OuyaButton.RB: return GetButton(7, buttonAction, player);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, player);
case OuyaButton.R3: return GetButton(14, buttonAction, player);
// d-pad buttons and trigger buttons
// tese buttons are axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
default: return false;
}
#endif
break;
}
}
/* SECURITY FALL THROUGH RETURN */
return false;
}
public static float GetTrigger(OuyaTrigger trigger, OuyaPlayer player)
{
/* returns the trigger axis value after clipping by trigger deadzone
* this is needed if the "Dead" value in the Input Manager Settings were set to 0
* it allows allows to get high precision trigger input with deadzone remapping
*/
// create a field to store the results
float triggerInput;
// get the raw trigger input
switch (trigger)
{
case OuyaTrigger.Left: triggerInput = GetAxis(OuyaAxis.LT, player); break;
case OuyaTrigger.Right: triggerInput = GetAxis(OuyaAxis.RT, player); break;
default: triggerInput = 0f; break;
}
// check for deadzone clipping
if (triggerInput < triggerThreshold) return 0f;
else
{
switch (deadzoneType)
{
case DeadzoneType.AxialClip: return triggerInput;
case DeadzoneType.CircularClip: return triggerInput;
case DeadzoneType.CircularMap:
// remap the values to allow full range input
return (triggerInput - triggerThreshold) / (1f - triggerThreshold);
}
}
// we should never arrive here
return 0f;
}
private static int GetOuyaKeyCode(int buttonNum, OuyaPlayer player)
{
/* calculates the OuyKeyCodefor a given player and button number
* depends on the stability of the int chosen in OuyaKeyCodes
* the advantage is that is much faster than parsing for joystick names
*/
// the buttons numbers 0 to 19 map to player dependent joystick buttons
if (buttonNum < 20)
{
// the calculations derive from the pattern of the integers assigned in OuyaKeyCodes
// joystick buttons start at 330 with player = 0 (None)
// every player has 20 keys
return (330 + buttonNum + ((int)player * 20));
}
// othet buttons map directly to keys
else return buttonNum;
}
private static bool GetButton(int buttonNum, ButtonAction action, OuyaPlayer player)
{
/* gets Unity Input from Ouya key codes derived from plaer and button number (0-19)
*/
// get the correct Ouya key code
int key = GetOuyaKeyCode(buttonNum, player);
// return the mapped Unity input for the correct button action
switch (action)
{
case ButtonAction.Pressed: return Input.GetKey((KeyCode)key);
case ButtonAction.DownFrame: return Input.GetKeyDown((KeyCode)key);
case ButtonAction.UpFrame: return Input.GetKeyUp((KeyCode)key);
default: return Input.GetKey((KeyCode)key);
}
}
public InputButtonEvent(InputAction inputAction, KeyEnum keyCode, OuyaPlayer player)
{
m_inputAction = inputAction;
m_keyCode = keyCode;
m_player = player;
}
public static Vector2 GetJoystick(OuyaJoystick joystick, OuyaPlayer player)
{
/* allows to easily get the input of a joystick
* the input will already be checked by a preset deadzone
*/
switch (joystick)
{
case OuyaJoystick.LeftStick:
switch (deadzoneType)
{
case DeadzoneType.AxialClip:
return CheckDeadzoneAxial(GetAxis(OuyaAxis.LX, player), GetAxis(OuyaAxis.LY, player), deadzoneRadius);
case DeadzoneType.CircularClip:
return CheckDeadzoneCircular(GetAxis(OuyaAxis.LX, player), GetAxis(OuyaAxis.LY, player), deadzoneRadius);
case DeadzoneType.CircularMap:
return CheckDeadzoneRescaled(GetAxis(OuyaAxis.LX, player), GetAxis(OuyaAxis.LY, player), deadzoneRadius);
default:
return Vector2.zero;
}
case OuyaJoystick.RightStick:
switch (deadzoneType)
{
case DeadzoneType.AxialClip:
return CheckDeadzoneAxial(GetAxis(OuyaAxis.RX, player), GetAxis(OuyaAxis.RY, player), deadzoneRadius);
case DeadzoneType.CircularClip:
return CheckDeadzoneCircular(GetAxis(OuyaAxis.RX, player), GetAxis(OuyaAxis.RY, player), deadzoneRadius);
case DeadzoneType.CircularMap:
return CheckDeadzoneRescaled(GetAxis(OuyaAxis.RX, player), GetAxis(OuyaAxis.RY, player), deadzoneRadius);
default:
return Vector2.zero;
}
case OuyaJoystick.DPad:
switch (deadzoneType)
{
case DeadzoneType.AxialClip:
return CheckDeadzoneAxial(GetAxis(OuyaAxis.DX, player), GetAxis(OuyaAxis.DY, player), deadzoneRadius);
case DeadzoneType.CircularClip:
return CheckDeadzoneCircular(GetAxis(OuyaAxis.DX, player), GetAxis(OuyaAxis.DY, player), deadzoneRadius);
case DeadzoneType.CircularMap:
Vector2 dpadInput = CheckDeadzoneRescaled(GetAxis(OuyaAxis.DX, player), GetAxis(OuyaAxis.DY, player), deadzoneRadius);
if (dpadInput.x > 1f) dpadInput.x = 1; else if (dpadInput.x < -1) dpadInput.x = -1;
if (dpadInput.y > 1f) dpadInput.y = 1; else if (dpadInput.y < -1) dpadInput.y = -1;
return dpadInput;
default:
return Vector2.zero;
}
default:
return Vector2.zero;
}
}
public PlayerController(OuyaPlayer player, OuyaMapType controllerType)
{
/* constructor
*/
this.mapType = controllerType;
this.player = player;
}
public static float GetJoystickAngle(OuyaJoystick joystick, OuyaPlayer player)
{
/* returns the angle of a joystick
* This is a convenience method allowing to get the joystick input and
* calculate the angle at the same call
* angles start at the positive joystick-x-axis and then increase conterclockwise
* (x-positive-axis is 0° / y-positive axis is 90° / x-negative axis is 180° / y-negative-axis is 270°)
* no joystrick input leads to return of -1 (as 0 is a real value used for the x-positive input)
*/
return CalculateJoystickAngle(GetJoystick(joystick, player));
}
public void setController(OuyaPlayer player, OuyaMapType mapType)
{
/* allows to reinitialize the ID of an existing controller mapping
*/
this.mapType = mapType;
this.player = player;
}
private static bool GetButton(OuyaButton button, ButtonAction buttonAction, OuyaPlayer player)
{
/* for retreiving joystick button values from mapped Unity Input
*/
/* NULL SECURITY */
// check if there is no joystick connected
if (controllerNames == null) return false;
// check if there are more players than joysticks
// this is not really needed in CLARK – just framework coherence
int playerIndex = (int)player - 1;
if (playerIndex >= controllerCount) return false;
// finally check if we really found a joystick for the player
OuyaMapType mapType = mapTypes[playerIndex];
// get the controller mapping for the player
PlayerController playerController = playerControllers[playerIndex];
// this twisted recursive move is used for switch-mapped players
OuyaPlayer mapPlayer = playerController.player;
// secure that we have found a mapping
if (playerController != null)
{
/* FIND THE CORRECT MAPPED BUTTON KEY */
switch (mapType)
{
/* ANDROID MAPPINGS */
#if !UNITY_EDITOR && UNITY_ANDROID
case OuyaMapType.Broadcom_ANDROID:
// tested mapping for: OuyaGameController connected to Nexus7
// connected via standard Bluetooth connection
case OuyaMapType.Generic_ANDROID:
// tested mapping for: OuyaGameController connected to HTCOne
// connected via standard Bluetooth connection
switch (button)
{
// ouya buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(1, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(2, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(3, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, mapPlayer); // checked
// stick buttons
case OuyaButton.L3: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(7, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(9, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(11, buttonAction, mapPlayer); // checked
// trigger buttons
// although button states are natively supported we use axis conversion
// this is because trigger buttons will natively only react on full pullthrough
// these buttons then are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far – or don't exist
case OuyaButton.START: return false;
case OuyaButton.SYSTEM: return false;
case OuyaButton.SELECT: return false;
default: return false;
}
case OuyaMapType.MogaPro_ANDROID:
// this device was not tested yet
// the setting were just extracted from some examples I found
// please feedback if you find a way to test it
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer);
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer);
case OuyaButton.Y: return GetButton(4, buttonAction, mapPlayer);
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer);
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, mapPlayer);
case OuyaButton.RB: return GetButton(7, buttonAction, mapPlayer);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, mapPlayer);
case OuyaButton.R3: return GetButton(14, buttonAction, mapPlayer);
// d-pad buttons and trigger buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
case OuyaButton.START: return false;
case OuyaButton.SELECT: return false;
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaMapType.GameStick_CONSOLE:
// tested mapping for: GameStick console with native controller
// connected via standard Bluetooth
// triggers do not exist at all on this controller
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(7, buttonAction, mapPlayer); // checked
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(14, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.SELECT: return GetButton(27, buttonAction, mapPlayer); // checked
case OuyaButton.START: return GetButton(11, buttonAction, mapPlayer); // checked
// d-pad buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// the GameStick has no triggers
case OuyaButton.LT: return false;
case OuyaButton.RT: return false;
// SYSTEN is according to GameStick documents: joystick button 20
// but this is not valid in Unity (see script reference KeyCode)
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaMapType.Ouya_CONSOLE:
// tested mapping for: OUYA console with native controller
// connected via standard Bluetooth
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(1, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(2, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(3, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, mapPlayer); // checked
// stick buttons
case OuyaButton.L3: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(7, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(9, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(11, buttonAction, mapPlayer); // checked
// trigger buttons
// although button states are natively supported we use axis conversion
// the button numbers we do not use are: LT 12 / RR 13
// this is because trigger buttons will natively only react on full pullthrough
// this feels very unresponsive and can be solved by evaluating the axis input values
// these two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far – or don't exist on OUYA
case OuyaButton.START: return false;
case OuyaButton.SYSTEM: return false;
case OuyaButton.SELECT: return false;
default: return false;
}
case OuyaMapType.XBOX360_ANDROID:
// tested mapping for: XBOX360 USB controller connnected to OUYA, Nexus7
// connected via USB cable (with USBToGo adapter cable for Nexus7)
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(7, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.START: return GetButton(11, buttonAction, mapPlayer); // checked
// this mapping for the select button works on OUYA but not on Nexus7
// Is it worth a complete new mapping section?
case OuyaButton.SELECT: return GetButton(27, buttonAction, mapPlayer);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(14, buttonAction, mapPlayer); // checked
// d-pad buttons and trigger buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaMapType.XBOX360_ANDROID_wireless:
// tested mapping for: XBOX360 Wireless controller connected to OUYA
// connected via MicrosoftWirelessReceiver which connects via USB cable
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(7, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.START: return GetButton(11, buttonAction, mapPlayer); // checked
case OuyaButton.SELECT: return GetButton(27, buttonAction, mapPlayer);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(14, buttonAction, mapPlayer); // checked
// d-pad buttons
// these buttons are very strange as they run on the same KeyCodes as O U (Y) A buttons
// so if we eant to work fine on Android we can't really use the d-pad
// that's why we partly deactivate these buttons via a flag
// pressing a d-pad button will still lead to [O U Y A] action button events
// this can't be helped – at leas we won't fire d-pad input when pressing action buttons
case OuyaButton.DU:
if (XBOX360W_ANDROID_DPAD) return GetButton(2, buttonAction, mapPlayer); else return false;
case OuyaButton.DD:
if (XBOX360W_ANDROID_DPAD) return GetButton(3, buttonAction, mapPlayer); else return false;
case OuyaButton.DL:
if (XBOX360W_ANDROID_DPAD) return GetButton(0, buttonAction, mapPlayer); else return false;
case OuyaButton.DR:
if (XBOX360W_ANDROID_DPAD) return GetButton(1, buttonAction, mapPlayer); else return false;
// trigger buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaMapType.PS3_ANDROID:
// tested mapping for: PS3 DS controller connected to OUYA
// connection via standard Bluetooth
// pairing achieved using a temporary USB cable connection
switch (button)
{
// stick buttons
case OuyaButton.L3: return GetButton(1, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(2, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.START: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.SELECT: return GetButton(27, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(5, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, mapPlayer); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.RT: return GetButton(9, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(11, buttonAction, mapPlayer); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(14, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(15, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(12, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(13, buttonAction, mapPlayer); // checked
// not defined do far
case OuyaButton.SYSTEM: return false;
default: return false;
}
#endif
/* WINDOWS MAPPINGS */
#if UNITY_EDITOR || UNITY_STANDALONE_WIN
case OuyaMapType.Ouya_WIN:
// tested mapping for: OUYA Game Controller connected to Windows 7+8 64bit
// connection via standard Bluetooth (preinstalled OS drivers)
switch (button)
{
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, mapPlayer); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(1, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(2, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(3, buttonAction, mapPlayer); // checked
// stick buttons
case OuyaButton.L3: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(7, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(9, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(11, buttonAction, mapPlayer); // checked
// trigger buttons
// although button states are natively supported we use axis conversion
// the button numbers we do not use are: LT 12 / RR 13
// this is because trigger buttons will natively only react on full pullthrough
// this feels very unresponsive and can be solved by evaluating the axis input values
// these two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far – or don't exist on OUYA
case OuyaButton.START: return false;
case OuyaButton.SYSTEM: return false;
case OuyaButton.SELECT: return false;
default: return false;
}
case OuyaMapType.XBox360_WIN:
switch (button)
// tested mapping for XBOX360 USB controller connected to Windows 7+8 64bit
// connection via USB cable (official Microsoft XBOX360 Drivers on Windows 7)
// connection via USB cable (preinstalled OS drivers on Windows 8)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(2, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.START: return GetButton(7, buttonAction, mapPlayer); // checked
case OuyaButton.SELECT: return GetButton(6, buttonAction, mapPlayer); // checked
// stick buttons
case OuyaButton.L3: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(9, buttonAction, mapPlayer); // checked
// d-pad buttons and trigger buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaMapType.PS3_WIN:
// tested mapping for: PS3 DS controller connected to Windows 8 64bit
// connection via standard Bluetooth (preinstalled OS drivers)
// pairing achieved using a temporary USB cable connection
switch (button)
{
// stick buttons
case OuyaButton.L3: return GetButton(1, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(2, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.START: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.SELECT: return GetButton(0, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(5, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, mapPlayer); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.RT: return GetButton(9, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(11, buttonAction, mapPlayer); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(14, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(15, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(12, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(13, buttonAction, mapPlayer); // checked
// not defined do far
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaMapType.MotionInJoy_WIN:
// tested mapping for: PS3 DS controller connected to Windows 7 64bit
// connection via USB cable (custom setup using the most popular but crappy driver: MotionInJoy)
// this needs a CUSTOM button mapping setup in the driver tools to work (see documentation)
// default sets could not be used as they do not make sense (gyro's and sticks share the same axis)
// READ THE DOCUMENTATION to make this work !!!
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(2, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(0, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(5, buttonAction, mapPlayer); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.RT: return GetButton(7, buttonAction, mapPlayer); // checked
// stick buttons
case OuyaButton.L3: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(9, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.SELECT: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.START: return GetButton(11, buttonAction, mapPlayer); // checked
case OuyaButton.SYSTEM: return GetButton(12, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(13, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(14, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(15, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(16, buttonAction, mapPlayer); // checked
// not defined do far
default: return false;
}
case OuyaMapType.GameStick_WIN:
// the GameStick has no working driver on Windows
// so far we can't support the device although we know it's name at least
// this is just a placeholder where real mapping should be once we find a driver
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer);
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer);
case OuyaButton.Y: return GetButton(4, buttonAction, mapPlayer);
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer);
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, mapPlayer);
case OuyaButton.RB: return GetButton(7, buttonAction, mapPlayer);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, mapPlayer);
case OuyaButton.R3: return GetButton(14, buttonAction, mapPlayer);
// center buttons
case OuyaButton.SELECT: return GetButton(27, buttonAction, mapPlayer);
case OuyaButton.START: return GetButton(11, buttonAction, mapPlayer);
// d-pad buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// the GameStick has no triggers
case OuyaButton.LT: return false;
case OuyaButton.RT: return false;
// SYSTEN is according to GameStick documents: joystick button 20
// but this is not valid in Unity (see script reference Keycode)
case OuyaButton.SYSTEM: return false;
default: return false;
}
#endif
/* MACOSX MAPPINGS */
#if UNITY_EDITOR || UNITY_STANDALONE_OSX
case OuyaMapType.PS3_OSX:
// tested mapping for PS3 DS controller connected to the MacOSX
// connection via standard Bluetooth (prinstalled drivers)
// pairing achieved using a temporary USB cable connection
switch (button)
{
// stick buttons
case OuyaButton.L3: return GetButton(1, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(2, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.START: return GetButton(3, buttonAction, mapPlayer); // checked
case OuyaButton.SELECT: return GetButton(0, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(4, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(5, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, mapPlayer); // checked
// trigger buttons
case OuyaButton.LT: return GetButton(8, buttonAction, mapPlayer); // checked
case OuyaButton.RT: return GetButton(9, buttonAction, mapPlayer); // checked
// shoulder buttons
case OuyaButton.LB: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(11, buttonAction, mapPlayer); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(14, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(15, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(12, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(13, buttonAction, mapPlayer); // checked
// not defined do far
case OuyaButton.SYSTEM: return false;
default: return false;
}
case OuyaMapType.TattieBogle_OSX:
// tested mapping for: XBOX360 USB controller connected to MacOSX
// tested mapping for: XBOX360 Wireless controller connected to MacOSX
// connection via USB cable (with the free to dowload TattieBogle driver)
// NOTE: disconnecting a XBOX360 USB controller using Tattie can lead to full system reboot
switch (button)
{
// shoulder buttons
case OuyaButton.LB: return GetButton(13, buttonAction, mapPlayer); // checked
case OuyaButton.RB: return GetButton(14, buttonAction, mapPlayer); // checked
// OUYA buttons
case OuyaButton.O: return GetButton(16, buttonAction, mapPlayer); // checked
case OuyaButton.U: return GetButton(18, buttonAction, mapPlayer); // checked
case OuyaButton.Y: return GetButton(19, buttonAction, mapPlayer); // checked
case OuyaButton.A: return GetButton(17, buttonAction, mapPlayer); // checked
// stick buttons
case OuyaButton.L3: return GetButton(11, buttonAction, mapPlayer); // checked
case OuyaButton.R3: return GetButton(12, buttonAction, mapPlayer); // checked
// center buttons
case OuyaButton.SELECT: return GetButton(10, buttonAction, mapPlayer); // checked
case OuyaButton.START: return GetButton(9, buttonAction, mapPlayer); // checked
case OuyaButton.SYSTEM: return GetButton(15, buttonAction, mapPlayer); // checked
// d-pad buttons
case OuyaButton.DU: return GetButton(5, buttonAction, mapPlayer); // checked
case OuyaButton.DD: return GetButton(6, buttonAction, mapPlayer); // checked
case OuyaButton.DL: return GetButton(7, buttonAction, mapPlayer); // checked
case OuyaButton.DR: return GetButton(8, buttonAction, mapPlayer); // checked
// trigger buttons
// the triggers are axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
default: return false;
}
case OuyaMapType.GameStick_OSX:
// the GameStick has no working driver on MacOSX
// so far we can't support the device although we know it's name at least
// this is just a placeholder where real mapping should be once we find a driver
switch (button)
{
// OUYA buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer);
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer);
case OuyaButton.Y: return GetButton(4, buttonAction, mapPlayer);
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer);
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, mapPlayer);
case OuyaButton.RB: return GetButton(7, buttonAction, mapPlayer);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, mapPlayer);
case OuyaButton.R3: return GetButton(14, buttonAction, mapPlayer);
// center buttons
case OuyaButton.SELECT: return GetButton(27, buttonAction, mapPlayer);
case OuyaButton.START: return GetButton(11, buttonAction, mapPlayer);
// d-pad buttons
// these buttons are two axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// the GameStick has no triggers
case OuyaButton.LT: return false;
case OuyaButton.RT: return false;
// SYSTEN is according to GameStick documents: joystick button 20
// but this is not valid in Unity (see script reference Keycode)
case OuyaButton.SYSTEM: return false;
default: return false;
}
#endif
/* UNKNOWN MAPPINGS */
case OuyaMapType.Unknown:
// we hope to catch any unkown bluetooth controllers here (wild card)
// there can't be any testing for that as it's just a random try
switch (button)
{
// ouya buttons
case OuyaButton.O: return GetButton(0, buttonAction, mapPlayer);
case OuyaButton.U: return GetButton(3, buttonAction, mapPlayer);
case OuyaButton.Y: return GetButton(4, buttonAction, mapPlayer);
case OuyaButton.A: return GetButton(1, buttonAction, mapPlayer);
// shoulder buttons
case OuyaButton.LB: return GetButton(6, buttonAction, mapPlayer);
case OuyaButton.RB: return GetButton(7, buttonAction, mapPlayer);
// stick buttons
case OuyaButton.L3: return GetButton(13, buttonAction, mapPlayer);
case OuyaButton.R3: return GetButton(14, buttonAction, mapPlayer);
// d-pad buttons and trigger buttons
// tese buttons are axis and do not give out UP or DOWN events natively
// we use button state management and continious scanning to provide these
case OuyaButton.DU: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DD: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DL: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.DR: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.LT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
case OuyaButton.RT: return GetCachedButtonEvent(button, buttonAction, playerIndex);
// not defined so far
default: return false;
}
}
}
/* SECURITY FALL THROUGH RETURN */
return false;
}
public static float GetAxis(OuyaAxis axis, OuyaPlayer player)
{
/* for retreiving joystick axis values from mapped Unity Input
*/
/* NULL SECURITY */
// check if there is no joystick connected
if (controllerCount == 0) return 0f;
// check if there have more players than controllers
// we consider that the array position is starting at 0 for player 1
int playerIndex = (int)player - 1;
if (playerIndex < 0 || playerIndex >= controllerCount) return 0f;
// finally check if we really found a controller for the player
OuyaControllerType controllerType = controllerTypes[playerIndex];
/* GET MAPPED AXIS NAME */
// prepare fields for storing the results
string axisName = null; bool invert = false;
// get the controller mapping for the player
PlayerController playerController = playerControllers[playerIndex];
// secure that we have found a mapping
if (playerController == null) return 0f;
else
{
/* JOYSTICKS */
// get the axis name for the player controller
switch (axis) {
case OuyaAxis.LX: axisName = playerController.map_LX; invert = playerController.invert_LX; break;
case OuyaAxis.LY: axisName = playerController.map_LY; invert = playerController.invert_LY; break;
case OuyaAxis.RX: axisName = playerController.map_RX; invert = playerController.invert_RX; break;
case OuyaAxis.RY: axisName = playerController.map_RY; invert = playerController.invert_RY; break;
/* TRIGGERS & D-PAD */
// the dpad and triggers are sometimes treated like an axis joystick
// sometimes however it is just a set of buttons and the pressure senitivity is missing
// this was observed for MacOS XBOX360 (TattieBogle) / Android Ouya / Android + MacOS PS3
/* LT-TRIGGER */
case OuyaAxis.LT: axisName = playerController.map_LT; invert = playerController.invert_LT;
// if the trigger is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (controllerType) {
case OuyaControllerType.PS3:
if (GetButton(8, ButtonAction.Pressed, player)) return 1f; else return 0f;
}
}
break;
/* RT-TRIGGER */
case OuyaAxis.RT: axisName = playerController.map_RT; invert = playerController.invert_RT;
// if the trigger is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (controllerType) {
case OuyaControllerType.PS3:
if (GetButton(9, ButtonAction.Pressed, player)) return 1f; else return 0f;
}
}
break;
/* DX-AXIS */
case OuyaAxis.DX: axisName = playerController.map_DX; invert = playerController.invert_DX;
// if the dpad is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (controllerType) {
case OuyaControllerType.Ouya:
if (GetButton(10, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(11, ButtonAction.Pressed, player)) return 1f;
break;
case OuyaControllerType.PS3:
#if !UNITY_EDITOR && UNITY_ANDROID
if (GetButton(7, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(5, ButtonAction.Pressed, player)) return 1f;
#elif !UNITY_EDITOR && UNITY_STANDALONE_OSX
if (GetButton(7, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(5, ButtonAction.Pressed, player)) return 1f;
#elif !UNITY_EDITOR && UNITY_STANDALONE_WIN
if (GetButton(16, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(14, ButtonAction.Pressed, player)) return 1f;
#elif UNITY_EDITOR
// in the editor we have to set on which platform we are working
// different editor working environments are not covered by Unity's macros
if (editorWorkPlatform == EditorWorkPlatform.MacOS)
{
if (GetButton(7, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(5, ButtonAction.Pressed, player)) return 1f;
}
else {
if (GetButton(16, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(14, ButtonAction.Pressed, player)) return 1f;
}
#endif
break;
#if UNITY_EDITOR || UNITY_STANDALONE_OSX
case OuyaControllerType.TattieBogle:
if (GetButton(7, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(8, ButtonAction.Pressed, player)) return 1f;
break;
#endif
}
} break;
/* DY-AXIS */
case OuyaAxis.DY: axisName = playerController.map_DY; invert = playerController.invert_DY;
// if the dpad is treated like a button we convert button press bool flags into axis values
if (axisName == null)
{
switch (controllerType) {
case OuyaControllerType.Ouya:
if (GetButton(8, ButtonAction.Pressed, player)) return 1f;
else if (GetButton(9, ButtonAction.Pressed, player)) return -1f;
break;
case OuyaControllerType.PS3:
#if !UNITY_EDITOR && UNITY_ANDROID
if (GetButton(6, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(4, ButtonAction.Pressed, player)) return 1f;
#elif !UNITY_EDITOR && UNITY_STANDALONE_OSX
if (GetButton(6, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(4, ButtonAction.Pressed, player)) return 1f;
#elif !UNITY_EDITOR && UNITY_STANDALONE_WIN
if (GetButton(15, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(16, ButtonAction.Pressed, player)) return 1f;
#elif UNITY_EDITOR
// in the editor we have to set on which platform we are working (Win or MacOS)
// different editor working environments are not covered by Unity's macros
if (editorWorkPlatform == EditorWorkPlatform.MacOS)
{
if (GetButton(6, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(4, ButtonAction.Pressed, player)) return 1f;
}
else {
if (GetButton(15, ButtonAction.Pressed, player)) return -1f;
else if (GetButton(16, ButtonAction.Pressed, player)) return 1f;
}
#endif
break;
#if UNITY_EDITOR || UNITY_STANDALONE_OSX
case OuyaControllerType.TattieBogle:
if (GetButton(5, ButtonAction.Pressed, player)) return 1f;
else if (GetButton(6, ButtonAction.Pressed, player)) return -1f;
break;
#endif
}
} break;
default: return 0f;
}
}
/* FINAL SECURITY CHECK */
// we return 0 if we didn't find a valid axis
if (axisName == null) return 0f;
/* TRIGGER AXIS RANGE MAPPING */
if (axis == OuyaAxis.LT || axis == OuyaAxis.RT) {
// some trigger axis need to be remapped inrange before we can return the Unity Input
if (invert) return playerController.rangeMapTriggerAxis(-Input.GetAxisRaw(axisName), axis);
else return playerController.rangeMapTriggerAxis(Input.GetAxisRaw(axisName), axis);
}
/* AXIS FLOAT RESULT FROM UNITY INPUT */
if (invert) return -Input.GetAxisRaw(axisName);
else return Input.GetAxisRaw(axisName);
}
