void CClientPadState::ToNetPadState(CNetworkPadState& netPadState, bool bOnFoot)
{
// Are we on foot?
if(bOnFoot)
{
// On Foot Left Analog L/R
netPadState.byteLeftAnalogLR[0] = byteKeys[INPUT_MOVE_LEFT];
netPadState.byteLeftAnalogLR[1] = byteKeys[INPUT_MOVE_RIGHT];
// On Foot Left Analog U/D
netPadState.byteLeftAnalogUD[0] = byteKeys[INPUT_MOVE_UP];
netPadState.byteLeftAnalogUD[1] = byteKeys[INPUT_MOVE_DOWN];
}
else
{
// In Vehicle Turn Left/Right
netPadState.byteLeftAnalogLR[0] = byteKeys[INPUT_VEH_MOVE_LEFT];
netPadState.byteLeftAnalogLR[1] = byteKeys[INPUT_VEH_MOVE_RIGHT];
// In Vehicle Lean Forwards/Backwards
netPadState.byteLeftAnalogUD[0] = byteKeys[INPUT_VEH_MOVE_UP];
netPadState.byteLeftAnalogUD[1] = byteKeys[INPUT_VEH_MOVE_DOWN];
}
// Enter/Exit Vehicle
GET_BINARY_KEY(netPadState.keys.bEnterExitVehicle, byteKeys[INPUT_ENTER]);
// On Foot Sprint
GET_BINARY_KEY(netPadState.keys.bSprint, byteKeys[INPUT_SPRINT]);
// On Foot Jump
GET_BINARY_KEY(netPadState.keys.bJump, byteKeys[INPUT_JUMP]);
// On Foot Attack
GET_BINARY_KEY(netPadState.keys.bAttack, byteKeys[INPUT_ATTACK]);
// On Foot Free Aim/Melee Lock On 1
GET_BINARY_KEY(netPadState.keys.bFreeAim1, byteKeys[INPUT_ATTACK2]);
// On Foot Free Aim/Melee Lock On 2
GET_BINARY_KEY(netPadState.keys.bFreeAim2, byteKeys[INPUT_AIM]);
// On Foot Mouse Aim
GET_BINARY_KEY(netPadState.keys.bMouseAim, byteKeys[INPUT_FREE_AIM]);
// On Foot Combat Punch 1
GET_BINARY_KEY(netPadState.keys.bCombatPunch1, byteKeys[INPUT_MELEE_ATTACK1]);
// On Foot Combat Punch 2
GET_BINARY_KEY(netPadState.keys.bCombatPunch2, byteKeys[INPUT_MELEE_ATTACK2]);
// On Foot Combat Kick
GET_BINARY_KEY(netPadState.keys.bCombatKick, byteKeys[INPUT_MELEE_KICK]);
// On Foot Combat Block
GET_BINARY_KEY(netPadState.keys.bCombatBlock, byteKeys[INPUT_MELEE_BLOCK]);
// In Vehicle Accelerate
GET_BINARY_KEY(netPadState.keys.bAccelerate, byteKeys[INPUT_VEH_ACCELERATE]);
// In Vehicle Reverse
GET_BINARY_KEY(netPadState.keys.bReverse, byteKeys[INPUT_VEH_BRAKE]);
// In Vehicle Handbrake 1
GET_BINARY_KEY(netPadState.keys.bHandbrake, byteKeys[INPUT_VEH_HANDBRAKE]);
// In Vehicle Handbrake 2
GET_BINARY_KEY(netPadState.keys.bHandbrake2, byteKeys[INPUT_VEH_HANDBRAKE_ALT]);
// In Vehicle Horn
GET_BINARY_KEY(netPadState.keys.bHorn, byteKeys[INPUT_VEH_HORN]);
// In Vehicle Drive By
GET_BINARY_KEY(netPadState.keys.bDriveBy, byteKeys[INPUT_VEH_ATTACK]);
// In Vehicle Heli Primary Fire
GET_BINARY_KEY(netPadState.keys.bHeliPrimaryFire, byteKeys[INPUT_VEH_ATTACK2]);
}
void CIVPad::FromControlState(CControlState controlState, bool bCurrent)
{
#ifdef EXT_LOG
CLogFile::Printf(__FUNCSIG__);
#endif
// Do we not have a valid pad?
if(!m_pPad)
return;
strTemp.Clear();
strTemp.AppendF("%i",controlState.ucInVehicleMove[1]);
if(atoi(strTemp.Get()) > 128) {
controlState.ucInVehicleMove[0] = (unsigned char)'128';
controlState.ucInVehicleMove[1] = (unsigned char)'255';
GET_ANALOG_KEY(INPUT_VEH_MOVE_LEFT, controlState.ucInVehicleMove[0]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_RIGHT, controlState.ucInVehicleMove[1]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_UP, controlState.ucInVehicleMove[2]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_DOWN, controlState.ucInVehicleMove[3]);
}
else {
GET_ANALOG_KEY(INPUT_VEH_MOVE_LEFT, controlState.ucInVehicleMove[0]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_RIGHT, controlState.ucInVehicleMove[1]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_UP, controlState.ucInVehicleMove[2]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_DOWN, controlState.ucInVehicleMove[3]);
}
GET_ANALOG_KEY(INPUT_MOVE_UP, controlState.ucOnFootMove[2]);
GET_ANALOG_KEY(INPUT_MOVE_DOWN, controlState.ucOnFootMove[3]);
GET_ANALOG_KEY(INPUT_VEH_BRAKE, controlState.ucInVehicleTriggers[0]);
GET_ANALOG_KEY(INPUT_VEH_ACCELERATE, controlState.ucInVehicleTriggers[1]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_LEFT_2, controlState.ucInVehicleMove2[0]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_RIGHT_2, controlState.ucInVehicleMove2[1]);
// Binary keys
GET_BINARY_KEY(INPUT_ENTER, controlState.keys.bEnterExitVehicle);
GET_BINARY_KEY(INPUT_SPRINT, controlState.keys.bSprint);
GET_BINARY_KEY(INPUT_JUMP, controlState.keys.bJump);
GET_BINARY_KEY(INPUT_ATTACK, controlState.keys.bAttack);
GET_BINARY_KEY(INPUT_ATTACK2, controlState.keys.bAttack2);
GET_BINARY_KEY(INPUT_AIM, controlState.keys.bAim);
GET_BINARY_KEY(INPUT_FREE_AIM, controlState.keys.bFreeAim);
GET_BINARY_KEY(INPUT_MELEE_ATTACK1, controlState.keys.bMeleeAttack1);
GET_BINARY_KEY(INPUT_MELEE_ATTACK2, controlState.keys.bMeleeAttack2);
GET_BINARY_KEY(INPUT_MELEE_KICK, controlState.keys.bMeleeKick);
GET_BINARY_KEY(INPUT_MELEE_BLOCK, controlState.keys.bMeleeBlock);
GET_BINARY_KEY(INPUT_VEH_HANDBRAKE, controlState.keys.bHandbrake);
GET_BINARY_KEY(INPUT_VEH_HANDBRAKE_ALT, controlState.keys.bHandbrake2);
GET_BINARY_KEY(INPUT_VEH_HORN, controlState.keys.bHorn);
GET_BINARY_KEY(INPUT_VEH_ATTACK, controlState.keys.bDriveBy);
GET_BINARY_KEY(INPUT_VEH_ATTACK2, controlState.keys.bHeliPrimaryFire);
}
void CIVPad::FromControlState(CControls controlState, bool bCurrent)
{
// Do we not have a valid pad?
if(!m_pPad)
return;
// Analog keys
GET_ANALOG_KEY(INPUT_MOVE_LEFT, controlState.ucOnFootMove[0]);
GET_ANALOG_KEY(INPUT_MOVE_RIGHT, controlState.ucOnFootMove[1]);
GET_ANALOG_KEY(INPUT_MOVE_UP, controlState.ucOnFootMove[2]);
GET_ANALOG_KEY(INPUT_MOVE_DOWN, controlState.ucOnFootMove[3]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_LEFT, controlState.ucInVehicleMove[0]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_RIGHT, controlState.ucInVehicleMove[1]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_UP, controlState.ucInVehicleMove[2]);
GET_ANALOG_KEY(INPUT_VEH_MOVE_DOWN, controlState.ucInVehicleMove[3]);
GET_ANALOG_KEY(INPUT_VEH_BRAKE, controlState.ucInVehicleTriggers[0]);
GET_ANALOG_KEY(INPUT_VEH_ACCELERATE, controlState.ucInVehicleTriggers[1]);
// Binary keys
GET_BINARY_KEY(INPUT_ENTER, controlState.keys.bEnterExitVehicle);
GET_BINARY_KEY(INPUT_SPRINT, controlState.keys.bSprint);
GET_BINARY_KEY(INPUT_JUMP, controlState.keys.bJump);
GET_BINARY_KEY(INPUT_ATTACK, controlState.keys.bAttack);
GET_BINARY_KEY(INPUT_ATTACK2, controlState.keys.bAttack2);
GET_BINARY_KEY(INPUT_AIM, controlState.keys.bAim);
GET_BINARY_KEY(INPUT_FREE_AIM, controlState.keys.bFreeAim);
GET_BINARY_KEY(INPUT_MELEE_ATTACK1, controlState.keys.bMeleeAttack1);
GET_BINARY_KEY(INPUT_MELEE_ATTACK2, controlState.keys.bMeleeAttack2);
GET_BINARY_KEY(INPUT_MELEE_KICK, controlState.keys.bMeleeKick);
GET_BINARY_KEY(INPUT_MELEE_BLOCK, controlState.keys.bMeleeBlock);
GET_BINARY_KEY(INPUT_VEH_HANDBRAKE, controlState.keys.bHandbrake);
GET_BINARY_KEY(INPUT_VEH_HANDBRAKE_ALT, controlState.keys.bHandbrake2);
GET_BINARY_KEY(INPUT_VEH_HORN, controlState.keys.bHorn);
GET_BINARY_KEY(INPUT_VEH_ATTACK, controlState.keys.bDriveBy);
GET_BINARY_KEY(INPUT_VEH_ATTACK2, controlState.keys.bHeliPrimaryFire);
}
