// Context -> InputMap
public override Dictionary<string, InputContext> GetMappedContexts()
{
_mappedKeyboardKeys = new List<int>();
_mappedKeyboardKeysAxis = new List<int>();
_mappedXboxButtons = new List<int>();
_mappedXboxAxis = new List<int>();
Dictionary<string, InputContext> mappedContexts = new Dictionary<string, InputContext>();
foreach (XboxContext xboxContext in Contexts)
{
InputMap inputMap = new InputMap();
inputMap.ButtonsToActionsMap = new List<InputToActionMap>[xboxContext.ButtonActions.Length];
inputMap.ButtonsToStatesMap = new List<InputToActionMap>[xboxContext.ButtonStates.Length];
inputMap.AxisToRangesMap = new List<InputToActionMap>[xboxContext.AxisRanges.Length];
for (int i = 0; i < xboxContext.ButtonActions.Length; i++)
{
XboxAction buttonAction = xboxContext.ButtonActions[i];
inputMap.ButtonsToActionsMap[i] = new List<InputToActionMap>();
foreach (XboxInputConstants.Buttons xboxButton in buttonAction.XboxButtons)
{
// TODO: We need to manage this in the InputMapper side
inputMap.ButtonsToActionsMap[i].Add(new InputToActionMap { action = buttonAction.name, input = (int)xboxButton });
if (!_mappedXboxButtons.Contains((int)xboxButton))
{
_mappedXboxButtons.Add((int)xboxButton);
}
}
// Keyboard part
foreach (KeyCode key in buttonAction.KeyboardKeys)
{
// TODO: Find a way to not add 100 to the code (for now, it's necessary since there are overlaps with the xbox enum)
inputMap.ButtonsToActionsMap[i].Add(new InputToActionMap { action = buttonAction.name, input = 100 + (int)key });
// TODO: Temporary
if (!_mappedKeyboardKeys.Contains((int)key))
{
_mappedKeyboardKeys.Add((int)key);
}
}
}
for (int i = 0; i < xboxContext.ButtonStates.Length; i++)
{
XboxState buttonState = xboxContext.ButtonStates[i];
inputMap.ButtonsToStatesMap[i] = new List<InputToActionMap>();
foreach (XboxInputConstants.Buttons xboxButton in buttonState.XboxButtons)
{
// TODO: We need to manage this in the InputMapper side
inputMap.ButtonsToStatesMap[i].Add(new InputToActionMap() { action = buttonState.name, input = (int)xboxButton });
if (!_mappedXboxButtons.Contains((int)xboxButton))
{
_mappedXboxButtons.Add((int)xboxButton);
}
}
// Keyboard part
foreach (KeyCode key in buttonState.KeyboardKeys)
{
// TODO: Find a way to not add 100 to the code (for now, it's necessary since there are overlaps with the xbox enum)
inputMap.ButtonsToStatesMap[i].Add(new InputToActionMap { action = buttonState.name, input = 100 + (int)key });
// TODO: Temporary
if (!_mappedKeyboardKeys.Contains((int)key))
{
_mappedKeyboardKeys.Add((int)key);
}
}
}
for (int i = 0; i < xboxContext.AxisRanges.Length; i++)
{
XboxRange axisRange = xboxContext.AxisRanges[i];
inputMap.AxisToRangesMap[i] = new List<InputToActionMap>();
foreach (XboxInputConstants.Axis xboxAxis in axisRange.Axis)
{
// TODO: We need to manage this in the InputMapper side
inputMap.AxisToRangesMap[i].Add(new InputToActionMap() { action = axisRange.name, input = (int)xboxAxis });
if (!_mappedXboxAxis.Contains((int)xboxAxis))
{
_mappedXboxAxis.Add((int)xboxAxis);
}
}
// Keyboard part
foreach (KeyCode key in axisRange.KeyboardKeys)
{
// TODO: Find a way to not add 100 to the code (for now, it's necessary since there are overlaps with the xbox enum)
inputMap.AxisToRangesMap[i].Add(new InputToActionMap { action = axisRange.name, input = 100 + (int)key });
// TODO: Temporary
if (!_mappedKeyboardKeysAxis.Contains((int)key))
{
_mappedKeyboardKeysAxis.Add((int)key);
}
}
}
InputContext context = new InputContext(xboxContext.name, inputMap);
mappedContexts.Add(xboxContext.name, context);
}
return mappedContexts;
}
// Context -> InputMap
public override Dictionary <string, InputContext> GetMappedContexts()
{
_mappedKeyboardKeys = new List <int>();
_mappedKeyboardKeysAxis = new List <int>();
_mappedXboxButtons = new List <int>();
_mappedXboxAxis = new List <int>();
Dictionary <string, InputContext> mappedContexts = new Dictionary <string, InputContext>();
foreach (XboxContext xboxContext in Contexts)
{
InputMap inputMap = new InputMap();
inputMap.ButtonsToActionsMap = new List <InputToActionMap> [xboxContext.ButtonActions.Length];
inputMap.ButtonsToStatesMap = new List <InputToActionMap> [xboxContext.ButtonStates.Length];
inputMap.AxisToRangesMap = new List <InputToActionMap> [xboxContext.AxisRanges.Length];
for (int i = 0; i < xboxContext.ButtonActions.Length; i++)
{
XboxAction buttonAction = xboxContext.ButtonActions[i];
inputMap.ButtonsToActionsMap[i] = new List <InputToActionMap>();
foreach (XboxInputConstants.Buttons xboxButton in buttonAction.XboxButtons)
{
// TODO: We need to manage this in the InputMapper side
inputMap.ButtonsToActionsMap[i].Add(new InputToActionMap {
action = buttonAction.name, input = (int)xboxButton
});
if (!_mappedXboxButtons.Contains((int)xboxButton))
{
_mappedXboxButtons.Add((int)xboxButton);
}
}
// Keyboard part
foreach (KeyCode key in buttonAction.KeyboardKeys)
{
// TODO: Find a way to not add 100 to the code (for now, it's necessary since there are overlaps with the xbox enum)
inputMap.ButtonsToActionsMap[i].Add(new InputToActionMap {
action = buttonAction.name, input = 100 + (int)key
});
// TODO: Temporary
if (!_mappedKeyboardKeys.Contains((int)key))
{
_mappedKeyboardKeys.Add((int)key);
}
}
}
for (int i = 0; i < xboxContext.ButtonStates.Length; i++)
{
XboxState buttonState = xboxContext.ButtonStates[i];
inputMap.ButtonsToStatesMap[i] = new List <InputToActionMap>();
foreach (XboxInputConstants.Buttons xboxButton in buttonState.XboxButtons)
{
// TODO: We need to manage this in the InputMapper side
inputMap.ButtonsToStatesMap[i].Add(new InputToActionMap()
{
action = buttonState.name, input = (int)xboxButton
});
if (!_mappedXboxButtons.Contains((int)xboxButton))
{
_mappedXboxButtons.Add((int)xboxButton);
}
}
// Keyboard part
foreach (KeyCode key in buttonState.KeyboardKeys)
{
// TODO: Find a way to not add 100 to the code (for now, it's necessary since there are overlaps with the xbox enum)
inputMap.ButtonsToStatesMap[i].Add(new InputToActionMap {
action = buttonState.name, input = 100 + (int)key
});
// TODO: Temporary
if (!_mappedKeyboardKeys.Contains((int)key))
{
_mappedKeyboardKeys.Add((int)key);
}
}
}
for (int i = 0; i < xboxContext.AxisRanges.Length; i++)
{
XboxRange axisRange = xboxContext.AxisRanges[i];
inputMap.AxisToRangesMap[i] = new List <InputToActionMap>();
foreach (XboxInputConstants.Axis xboxAxis in axisRange.Axis)
{
// TODO: We need to manage this in the InputMapper side
inputMap.AxisToRangesMap[i].Add(new InputToActionMap()
{
action = axisRange.name, input = (int)xboxAxis
});
if (!_mappedXboxAxis.Contains((int)xboxAxis))
{
_mappedXboxAxis.Add((int)xboxAxis);
}
}
// Keyboard part
foreach (KeyCode key in axisRange.KeyboardKeys)
{
// TODO: Find a way to not add 100 to the code (for now, it's necessary since there are overlaps with the xbox enum)
inputMap.AxisToRangesMap[i].Add(new InputToActionMap {
action = axisRange.name, input = 100 + (int)key
});
// TODO: Temporary
if (!_mappedKeyboardKeysAxis.Contains((int)key))
{
_mappedKeyboardKeysAxis.Add((int)key);
}
}
}
InputContext context = new InputContext(xboxContext.name, inputMap);
mappedContexts.Add(xboxContext.name, context);
}
return(mappedContexts);
}
