private void AddGamepadInput(CommonXRInputs gamepadButtonOrAxis, bool isNewBinding)
{
Sinput.CheckGamepads();
if (isNewBinding)
{
commonXRMappings.Add(gamepadButtonOrAxis);
}
List <DeviceInput> applicableMapInputs = CommonGamepadMappings.GetApplicableMaps(CommonGamepadInputs.NOBUTTON, gamepadButtonOrAxis, Sinput.gamepads);
for (int i = 0; i < applicableMapInputs.Count; i++)
{
applicableMapInputs[i].commonMappingType = CommonGamepadInputs.NOBUTTON;
}
AddGamepadInputs(applicableMapInputs);
}
public void AddGamepadInput(CommonXRInputs gamepadButtonOrAxis)
{
AddGamepadInput(gamepadButtonOrAxis, true);
}
/*public static List<DeviceInput> GetApplicableMaps(CommonXRInputs t, string[] connectedGamepads) {
* Debug.LogError("DO THISSSSS");
* return new List<DeviceInput>();
* }*/
public static List <DeviceInput> GetApplicableMaps(CommonGamepadInputs commonInputType, CommonXRInputs commonXRInputType, string[] connectedGamepads)
{
//builds input mapping of type t for all known connected gamepads
List <DeviceInput> applicableInputs = new List <DeviceInput>();
bool addthis = false;
for (int i = 0; i < commonMappings.Count; i++)
{
//if (commonMappings[i].isXRdevice) Debug.Log("Found XR device");
//add any applicable button mappings
for (int k = 0; k < commonMappings[i].buttons.Count; k++)
{
addthis = false;
if (!commonMappings[i].isXRdevice && commonMappings[i].buttons[k].buttonType != CommonGamepadInputs.NOBUTTON)
{
if (commonMappings[i].buttons[k].buttonType == commonInputType)
{
addthis = true;
}
}
if (commonMappings[i].isXRdevice && commonMappings[i].buttons[k].vrButtonType != CommonXRInputs.NOBUTTON)
{
//Debug.Log("Adding XR button from common mapping");
if (commonMappings[i].buttons[k].vrButtonType == commonXRInputType)
{
addthis = true;
}
}
if (addthis)
{
//add this button input
DeviceInput newInput = new DeviceInput(InputDeviceType.GamepadButton);
newInput.gamepadButtonNumber = commonMappings[i].buttons[k].buttonNumber;
newInput.commonMappingType = commonInputType;
newInput.displayName = commonMappings[i].buttons[k].displayName;
newInput.allowedSlots = mappingSlots[i].slots.ToArray();
applicableInputs.Add(newInput);
}
}
//add any applicable axis bingings
for (int k = 0; k < commonMappings[i].axis.Count; k++)
{
addthis = false;
if (!commonMappings[i].isXRdevice && commonMappings[i].axis[k].buttonType != CommonGamepadInputs.NOBUTTON)
{
if (commonMappings[i].axis[k].buttonType == commonInputType)
{
addthis = true;
}
}
if (commonMappings[i].isXRdevice && commonMappings[i].axis[k].vrButtonType != CommonXRInputs.NOBUTTON)
{
//Debug.Log("Adding XR Axis from common mapping");
if (commonMappings[i].axis[k].vrButtonType == commonXRInputType)
{
addthis = true;
}
}
if (addthis)
{
//add this axis input
DeviceInput newInput = new DeviceInput(InputDeviceType.GamepadAxis);
newInput.gamepadAxisNumber = commonMappings[i].axis[k].axisNumber;
newInput.commonMappingType = commonInputType;
newInput.displayName = commonMappings[i].axis[k].displayName;
newInput.invertAxis = commonMappings[i].axis[k].invert;
newInput.clampAxis = commonMappings[i].axis[k].clamp;
newInput.axisButtoncompareVal = commonMappings[i].axis[k].compareVal;
newInput.defaultAxisValue = commonMappings[i].axis[k].defaultVal;
newInput.allowedSlots = mappingSlots[i].slots.ToArray();
if (commonMappings[i].axis[k].rescaleAxis)
{
newInput.rescaleAxis = true;
newInput.rescaleAxisMin = commonMappings[i].axis[k].rescaleAxisMin;
newInput.rescaleAxisMax = commonMappings[i].axis[k].rescaleAxisMax;
}
applicableInputs.Add(newInput);
}
}
}
return(applicableInputs);
}
