public void Initialize(int analog, int digital)
{
Log("Initialize inputs for " + analog + " analogs " + digital + " digitals", LogLevels.DEBUG);
if (analog > MAXRAWAXIS)
{
analog = MAXRAWAXIS;
}
if (digital > MAXRAWINPUTS)
{
digital = MAXRAWINPUTS;
}
RawAxes.Clear();
RawInputs.Clear();
for (int i = 0; i < analog; i++)
{
var axis = new RawAxis();
axis.RawAxisIndex = i;
RawAxes.Add(axis);
}
for (int i = 0; i < digital; i++)
{
var rawinput = new RawInput();
rawinput.RawInputIndex = i;
RawInputs.Add(rawinput);
}
ClearAll();
}
public void PerformDeepInputAnalysis(RawInput input, bool newrawval, bool prevrawval)
{
var cs = BFFManager.CurrentControlSet;
var vJoy = SharedData.Manager.vJoy;
// Bit corresponding to this input
var rawbit = (UInt32)(1 << input.RawInputIndex);
var rawdb = input.Config;
if (rawdb == null)
{
return;
}
// Check if we toggle the bit (or autofire mode)
if (rawdb.IsToggle)
{
// Toggle only if we detect a false->true transition in raw value
if (newrawval && (!prevrawval))
{
// Toggle = xor on every vJoy buttons
if (vJoy != null)
{
vJoy.ToggleButtons(rawdb.MappedvJoyBtns);
}
}
}
else if (rawdb.IsAutoFire)
{
// Autofire set, if false->true transition, then toggle autofire state
if (newrawval && (!prevrawval))
{
// Enable/disable autofire
autofire_mode_on ^= rawbit;
}
// No perform autofire toggle if autofire enabled
if ((autofire_mode_on & rawbit) != 0)
{
// Toggle = xor every n periods
ulong n = (ulong)(cs.vJoyButtonsDB.AutoFirePeriod_ms / BFFManager.GlobalRefreshPeriod_ms);
if ((SharedData.Manager.TickCount % n) == 0)
{
if (vJoy != null)
{
vJoy.ToggleButtons(rawdb.MappedvJoyBtns);
}
}
}
}
else if (rawdb.IsSequencedvJoy)
{
// Sequenced vJoy buttons - every rising edge, will trigger a new vJoy
// if false->true transition, then toggle vJoy and move index
if (newrawval && (!prevrawval))
{
// Clear previous button first
if (vJoy != null)
{
vJoy.Clear1Button(rawdb.MappedvJoyBtns[rawdb.SequenceCurrentToSet]);
}
// Move indexer
rawdb.SequenceCurrentToSet++;
if (rawdb.SequenceCurrentToSet >= rawdb.MappedvJoyBtns.Count)
{
rawdb.SequenceCurrentToSet = 0;
}
if (rawdb.MappedvJoyBtns.Count < 1)
{
return;
}
// Set only indexed one
if (vJoy != null)
{
vJoy.Set1Button(rawdb.MappedvJoyBtns[rawdb.SequenceCurrentToSet]);
}
}
}
else if (rawdb.ShifterDecoder != ShifterDecoderMap.No)
{
// Part of HShifter decoder map, just save the values
switch (rawdb.ShifterDecoder)
{
case ShifterDecoderMap.HShifterLeftRight:
case ShifterDecoderMap.HShifterUp:
case ShifterDecoderMap.HShifterDown:
// rawdb
_HShifterDecoderMap[(int)rawdb.ShifterDecoder - (int)ShifterDecoderMap.HShifterLeftRight] = rawdb;
// state of raw input
_HShifterPressedMap[(int)rawdb.ShifterDecoder - (int)ShifterDecoderMap.HShifterLeftRight] = newrawval;
break;
case ShifterDecoderMap.SequencialUp:
case ShifterDecoderMap.SequencialDown:
// rawdb
_UpDownShifterDecoderMap[(int)rawdb.ShifterDecoder - (int)ShifterDecoderMap.SequencialUp] = rawdb;
// state of raw input
_UpDownShifterPressedMap[(int)rawdb.ShifterDecoder - (int)ShifterDecoderMap.SequencialUp] = newrawval;
break;
}
}
else
{
// Nothing specific : perform simple mask set or clear button
if (newrawval)
{
if (vJoy != null)
{
vJoy.SetButtons(rawdb.MappedvJoyBtns);
}
}
else
{
if (vJoy != null)
{
vJoy.ClearButtons(rawdb.MappedvJoyBtns);
}
}
}
}