/// <summary>
/// Create a tuningOptionID from devClass and xmlInstance (jsN for joysticks, 1 for gamepad)
/// </summary>
/// <param name="deviceClass">Joysstick or Gamepad class name</param>
/// <param name="instance">The xml instance number or 1 for gamepad</param>
/// <returns>An ID or a dummy ID if the instance is not found</returns>
public static string TuneOptionIDfromJsN(string deviceClass, int instance)
{
// only search for joysticks
if (JoystickCls.IsDeviceClass(deviceClass))
{
for (int i = 0; i < m_jsMap.Length; i++)
{
if (m_jsMap[i] == instance)
{
return(string.Format("{0}{1}{2}", deviceClass, ID_Delimiter, i.ToString( )));
}
}
// not found return
return(string.Format("{0}{1}{2}", deviceClass, ID_Delimiter, -1)); // will not be found in the collection
}
else if (GamepadCls.IsDeviceClass(deviceClass))
{
// gamepad
return(string.Format("{0}{1}{2}", deviceClass, ID_Delimiter, instance));
}
else if (MouseCls.IsDeviceClass(deviceClass))
{
// mouse
return(string.Format("{0}{1}{2}", deviceClass, ID_Delimiter, instance));
}
else
{
return(string.Format("{0}{1}{2}", deviceClass, ID_Delimiter, instance));
}
}
/// <summary>
/// Query the devices if the input is disabled
/// </summary>
/// <param name="input">The input command</param>
/// <returns>True if disabled input</returns>
static public bool IsDisabledInput(string input)
{
bool disabledInput = false;
disabledInput = DeviceCls.IsDisabledInput(input); // generic
if (disabledInput)
{
return(disabledInput);
}
disabledInput = JoystickCls.IsDisabledInput(input);
if (disabledInput)
{
return(disabledInput);
}
disabledInput = GamepadCls.IsDisabledInput(input);
if (disabledInput)
{
return(disabledInput);
}
disabledInput = KeyboardCls.IsDisabledInput(input);
if (disabledInput)
{
return(disabledInput);
}
disabledInput = MouseCls.IsDisabledInput(input);
if (disabledInput)
{
return(disabledInput);
}
// others..
return(disabledInput);
}
/// <summary>
/// Try to derive the device class from the devInput string (mo1_, kb1_, xi1_, jsN_)
/// </summary>
/// <param name="devInput">The input command string dev_input format</param>
/// <returns>A proper DeviceClass string</returns>
static public string DeviceClassFromInput(string devInput)
{
string deviceClass = DeviceCls.DeviceClass;
deviceClass = JoystickCls.DeviceClassFromInput(devInput);
if (!DeviceCls.IsUndefined(deviceClass))
{
return(deviceClass);
}
deviceClass = GamepadCls.DeviceClassFromInput(devInput);
if (!DeviceCls.IsUndefined(deviceClass))
{
return(deviceClass);
}
deviceClass = KeyboardCls.DeviceClassFromInput(devInput);
if (!DeviceCls.IsUndefined(deviceClass))
{
return(deviceClass);
}
deviceClass = MouseCls.DeviceClassFromInput(devInput);
if (!DeviceCls.IsUndefined(deviceClass))
{
return(deviceClass);
}
// others..
return(deviceClass);
}
/// <summary>
/// Format an XML -options- node from the tuning contents
/// </summary>
/// <returns>The XML string or an empty string</returns>
public string Options_toXML()
{
if ((/*SensitivityUsed ||*/ ExponentUsed || InvertUsed || NonLinCurveUsed) == false)
{
return(""); // not used
}
if (DevInstanceNo < 1)
{
return(""); // no device to assign it to..
}
string tmp = "";
// again we have to translate from internal deviceClass mouse to CIG type keyboard ...
string type = m_devClass;
if (MouseCls.IsDeviceClass(type))
{
type = KeyboardCls.DeviceClass;
}
tmp += $"\t<options type=\"{type}\" instance=\"{m_devInstanceNo.ToString( )}\" Product=\"{m_deviceRef.DevName + " " + m_deviceRef.DevGUID}\">\n";// 3.5 do we need Product here ??
tmp += string.Format("\t\t<{0} ", m_option);
if (InvertUsed)
{
tmp += string.Format("invert=\"1\" ");
}
/*
* if ( SensitivityUsed ) {
* tmp += string.Format( "sensitivity=\"{0}\" ", Sensitivity );
* }
*/
if (NonLinCurveUsed)
{
// add exp to avoid merge of things...
tmp += string.Format("exponent=\"1.00\" > \n"); // CIG get to default expo 2.something if not set to 1 here
tmp += string.Format("\t\t\t<nonlinearity_curve>\n");
tmp += string.Format("\t\t\t\t<point in=\"{0}\" out=\"{1}\"/>\n", m_PtsIn[0], m_PtsOut[0]);
tmp += string.Format("\t\t\t\t<point in=\"{0}\" out=\"{1}\"/>\n", m_PtsIn[1], m_PtsOut[1]);
tmp += string.Format("\t\t\t\t<point in=\"{0}\" out=\"{1}\"/>\n", m_PtsIn[2], m_PtsOut[2]);
tmp += string.Format("\t\t\t</nonlinearity_curve>\n");
tmp += string.Format("\t\t</{0}> \n", m_option);
}
else if (ExponentUsed)
{
// only exp used
tmp += string.Format("exponent=\"{0}\" /> \n", Exponent);
}
else
{
// neither exp or curve
tmp += string.Format(" /> \n");// nothing...
}
tmp += string.Format("\t</options>\n \n");
return(tmp);
}
/// <summary>
/// Read an action from XML - do some sanity checks
/// </summary>
/// <param name="xml">the XML action fragment</param>
/// <returns>True if an action was decoded</returns>
public bool fromXML(XElement actionNode)
{
ActionName = (string)actionNode.Attribute("name"); // mandadory
foreach (XElement bindingNode in actionNode.Nodes( ))
{
string binding = bindingNode.Name.ToString( );
string input = "", actModeName = "", multi = "";
input = (string)bindingNode.Attribute("input"); // mandadory
if (string.IsNullOrEmpty(input))
{
input = "";
}
actModeName = (string)bindingNode.Attribute("ActivationMode");
multi = (string)bindingNode.Attribute("multiTap");
string device = (string)bindingNode.Attribute("device");
//process
input = DeviceCls.fromXML(input); // move from external to internal blend
if (!string.IsNullOrEmpty(device))
{
// AC1 style - need to reformat mouse and keyboard according to AC2 style now
if (KeyboardCls.IsDeviceClass(device))
{
input = KeyboardCls.FromAC1(input);
}
else if (MouseCls.IsDeviceClass(device))
{
input = MouseCls.FromAC1(input);
}
else if (GamepadCls.IsDeviceClass(device))
{
input = GamepadCls.FromAC1(input);
}
}
Device = Act.DeviceClassFromInput(input);
ActivationMode actMode = null;
if (!string.IsNullOrEmpty(actModeName))
{
actMode = ActivationModes.Instance.ActivationModeByName(actModeName); // should be a valid ActivationMode for this action
}
else
{
actMode = new ActivationMode(ActivationMode.Default); // no specific name given, use default
if (!string.IsNullOrEmpty(multi))
{
actMode.MultiTap = int.Parse(multi); // modify with given multiTap
}
}
if (binding == "rebind")
{
Key = Act.DevTag(Device) + ActionName; // unique id of the action
ActionDevice = Act.ADevice(Device); // get the enum of the input device
}
AddCommand(input, actMode);
}//foreach
return(true);
}
/// <summary>
/// Extends the input to a device input if not already done
/// </summary>
/// <param name="input">An input</param>
/// <param name="aDevice">The ActionDevice</param>
/// <returns>A valid devInput (dev_input) format</returns>
static public string DevInput(string input, ActionDevice aDevice)
{
switch (aDevice)
{
case ActionDevice.AD_Gamepad: return(GamepadCls.DevInput(input));
case ActionDevice.AD_Joystick: return(JoystickCls.DevInput(input));
case ActionDevice.AD_Keyboard: return(KeyboardCls.DevInput(input));
case ActionDevice.AD_Mouse: return(MouseCls.DevInput(input));
default: return(input);
}
}
/// <summary>
/// Return the color of a device
/// </summary>
/// <param name="devInput">The devinput (determine JS colors)</param>
/// <param name="aDevice">The ActionDevice</param>
/// <returns>The device color</returns>
static public System.Drawing.Color DeviceColor(string devInput)
{
// background is along the input
ActionDevice aDevice = ADeviceFromInput(devInput);
switch (aDevice)
{
case ActionDevice.AD_Gamepad: return(GamepadCls.XiColor( ));
case ActionDevice.AD_Joystick: return(JoystickCls.JsNColor(JoystickCls.JSNum(devInput)));// need to know which JS
case ActionDevice.AD_Keyboard: return(KeyboardCls.KbdColor( ));
case ActionDevice.AD_Mouse: return(MouseCls.MouseColor( ));
default: return(MyColors.UnassignedColor);
}
}
