void SDLController::Tick()
{
float x[3];
float y[3];
// we'll accept input from left stick, right stick or dpad...
// X axis
x[0] = ApplyDeadZone(SDL_GameControllerGetAxis(m_Ctrl, SDL_CONTROLLER_AXIS_LEFTX));
x[1] = ApplyDeadZone(SDL_GameControllerGetAxis(m_Ctrl, SDL_CONTROLLER_AXIS_RIGHTX));
if (SDL_GameControllerGetButton(m_Ctrl, SDL_CONTROLLER_BUTTON_DPAD_LEFT))
x[2] = -1.0f;
else if (SDL_GameControllerGetButton(m_Ctrl, SDL_CONTROLLER_BUTTON_DPAD_RIGHT))
x[2] = 1.0f;
else
x[2] = 0.0f;
m_X = AvgNonZero(x);
// Y axis
y[0] = ApplyDeadZone(SDL_GameControllerGetAxis(m_Ctrl, SDL_CONTROLLER_AXIS_LEFTY));
y[1] = ApplyDeadZone(SDL_GameControllerGetAxis(m_Ctrl, SDL_CONTROLLER_AXIS_RIGHTY));
if (SDL_GameControllerGetButton(m_Ctrl, SDL_CONTROLLER_BUTTON_DPAD_UP))
y[2] = -1.0f;
else if (SDL_GameControllerGetButton(m_Ctrl, SDL_CONTROLLER_BUTTON_DPAD_DOWN))
y[2] = 1.0f;
else
y[2] = 0.0f;
m_Y = AvgNonZero(y);
// buttons
int buttons = 0;
if (SDL_GameControllerGetButton(m_Ctrl,SDL_CONTROLLER_BUTTON_A)==1)
buttons |= CTRL_BTN_FIRE;
if (SDL_GameControllerGetButton(m_Ctrl,SDL_CONTROLLER_BUTTON_START)==1)
buttons |= CTRL_BTN_START;
m_PrevBtnState = m_BtnState;
m_BtnState = buttons;
}
//컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴
//Procedure GetKeyCommon
//Author R. Hyde
//Date Tue 31 Oct 1995
//
//Description f
//
//Inputs
//
//Returns
//
//------------------------------------------------------------------------------
void ManualPilot::GetKeyCommon(AirStrucPtr const ControlledAC)
{
PMODEL pModel = ControlledAC->fly.pModel;
//#define PRINT_STICK_RUDDER
#ifdef PRINT_STICK_RUDDER
SWord temp;
temp = 39 + ControlledAC->fly.aileron / 1000;
PrintString(temp, 0, " ");
temp = 39 + ControlledAC->fly.rudder / 1000;
PrintString(temp, 23, " ");
temp = 12 + ControlledAC->fly.elevator / 2700;
PrintString(66, temp, " ");
temp = 39 + pModel->Aileron / 1000;
PrintString(temp, 1, " ");
temp = 39 + pModel->Rudder / 1000;
PrintString(temp, 24, " ");
temp = 12 + pModel->Elevator / 2700;
PrintString(73, temp, " ");
#endif
GetStickKeys (ControlledAC2); //RDH 04Mar96
//Set control values in Model including Central deadzone and end clipping
//#define PRINT_INPUT_DATA
#ifdef PRINT_INPUT_DATA
PrintVar(40, 15, "Raw Elev %.0f ", (FP)ControlledAC->fly.elevator);
PrintVar(40, 16, "Raw Ailn %.0f ", (FP)ControlledAC->fly.aileron);
PrintVar(40, 17, "Raw Rudd %.0f ", (FP)ControlledAC->fly.rudder);
#endif
if(_Analogue.tune[AU_ELEVATOR].mode == AM_REALISTIC)
ApplyDeadZone (ControlledAC, ControlledAC->fly.elevator, pModel->Elevator, _Analogue.tune[AU_ELEVATOR].deadzones);
else
ApplyDeadZone2(ControlledAC, ControlledAC->fly.elevator, pModel->Elevator, _Analogue.tune[AU_ELEVATOR].deadzones);
if(_Analogue.tune[AU_AILERON].mode == AM_REALISTIC)
ApplyDeadZone (ControlledAC, ControlledAC->fly.aileron, pModel->Aileron, _Analogue.tune[AU_AILERON].deadzones);
else
ApplyDeadZone2(ControlledAC, ControlledAC->fly.aileron, pModel->Aileron, _Analogue.tune[AU_AILERON].deadzones);
if(_Analogue.tune[AU_RUDDER].mode == AM_REALISTIC)
ApplyDeadZone (ControlledAC, ControlledAC->fly.rudder, pModel->Rudder, _Analogue.tune[AU_RUDDER].deadzones);
else
ApplyDeadZone2(ControlledAC, ControlledAC->fly.rudder, pModel->Rudder, _Analogue.tune[AU_RUDDER].deadzones);
FP temp = 1.0 - pModel->Speed / pModel->ControlLossV1;
if(temp < 0.0) temp = 0.0;
ControlledAC->fly.rudder = temp * ControlledAC->fly.rudder;
pModel->Rudder = temp * pModel->Rudder;
SecondaryControls (ControlledAC2);
if(Save_Data.flightdifficulty[FD_SPINS])
{
if(pModel->BombingPhase == 1)
pModel->ElevatorTrim = 8192;
if(pModel->BombingPhase == 2)
{
pModel->ElevatorTrim = 0;
if(pModel->Elevator < -30000)
pModel->Elevator = pModel->Elevator + 30000;
else
pModel->Elevator = 0;
}
pModel->Elevator += pModel->ElevatorTrim;
pModel->Aileron += pModel->AileronTrim;
pModel->Rudder += pModel->RudderTrim;
if(Save_Data.flightdifficulty [FD_SLIPSTREAMEFFECTS])
pModel->Rudder += pModel->SlipstreamRudder;
}
MODLIMIT(pModel->Elevator, 32767);
MODLIMIT(pModel->Aileron, 32767);
MODLIMIT(pModel->Rudder, 32767);
#ifdef PRINT_INPUT_DATA
PrintVar(60, 15, "Mod Elev %.0f ", (FP)pModel->Elevator);
PrintVar(60, 16, "Mod Ailn %.0f ", (FP)pModel->Aileron);
PrintVar(60, 17, "Mod Rudd %.0f ", (FP)pModel->Rudder);
#endif
#ifdef PRINT_STICK_RUDDER
temp = 39 + ControlledAC->fly.aileron / 1000;
PrintVar(temp, 0, "%.0f", FP(ControlledAC->fly.aileron));
temp = 39 + ControlledAC->fly.rudder / 1000;
PrintVar(temp, 23, "%.0f", FP(ControlledAC->fly.rudder));
temp = 12 + ControlledAC->fly.elevator / 2700;
PrintVar(66, temp, "%.0f", FP(ControlledAC->fly.elevator));
temp = 39 + pModel->Aileron / 1000;
PrintVar(temp, 1, "%.0f", FP(pModel->Aileron));
temp = 39 + pModel->Rudder / 1000;
PrintVar(temp, 24, "%.0f", FP(pModel->Rudder));
temp = 12 + pModel->Elevator / 2700;
PrintVar(73, temp, "%.0f", FP(pModel->Elevator));
#endif
bool ThrottleSettingChanged = FALSE;
bool PropSettingChanged = FALSE;
PENGINE pEngine0 = pModel->EngineList;
PENGINE pEngine1 = pModel->EngineList->List.NextItem();
if(pEngine0)
{
if(Key_Tests.KeyPress3d(FK_THROTTLE0))
{
SLong tmpacthrust = pEngine0->ThrottleSetting;
SLong delta = _Interactive.GetDelta(INST_THROTTLE, tmpacthrust);
tmpacthrust += (delta*100)>>7;
MODMAXMIN(tmpacthrust,0,100);
pEngine0->ThrottleSetting = tmpacthrust;
pModel->ModelThrottle = tmpacthrust;
ControlledAC->fly.thrustpercent = tmpacthrust;
}
if(Key_Tests.KeyPress3d(FK_PROPPITCH0))
{
SLong tmpacprop = 100.0 * pEngine0->PropSetting;
SLong delta = _Interactive.GetDelta(INST_PROPPITCH, tmpacprop);
tmpacprop += (delta*100)>>7;
MODMAXMIN(tmpacprop,0,100);
pEngine0->PropSetting = 0.01 * tmpacprop;
pModel->ModelPropSetting = tmpacprop;
ControlledAC->fly.propsetting = tmpacprop;
}
