void Android_IN_Move(ticcmd_t* cmd )
{
cmd->ucmd.forwardmove += forwardmove_android * forwardmove[1];
cmd->ucmd.sidemove += sidemove_android * sidemove[1];
//LOGI("Side: %d %d",(int)(sidemove_android * sidemove[1]),(int)(-look_yaw_joy * 1000));
switch(look_pitch_mode)
{
case LOOK_MODE_MOUSE:
G_AddViewPitch(look_pitch_mouse * 30000);
look_pitch_mouse = 0;
break;
case LOOK_MODE_JOYSTICK:
G_AddViewPitch(-look_pitch_joy * 1000);
break;
}
switch(look_yaw_mode)
{
case LOOK_MODE_MOUSE:
G_AddViewAngle(-look_yaw_mouse * 50000);
look_yaw_mouse = 0;
break;
case LOOK_MODE_JOYSTICK:
G_AddViewAngle(-look_yaw_joy * 1000);
break;
}
if (cmd_to_run)
{
AddCommandString(cmd_to_run,0);
cmd_to_run = NULL;
}
}
void Stereo3D::setViewDirection(FGLRenderer& renderer) {
// Set HMD angle parameters for NEXT frame
static float previousYaw = 0;
if (mode == OCULUS_RIFT) {
PitchRollYaw prw = getHeadOrientation(renderer);
if (oculusTracker->isGood()) {
oculusTracker->update(); // get new orientation from headset.
double dYaw = prw.yaw - previousYaw;
G_AddViewAngle(-32768.0*dYaw/3.14159); // determined empirically
previousYaw = prw.yaw;
// Pitch
int pitch = -32768/3.14159*prw.pitch;
int dPitch = (pitch - viewpitch/65536); // empirical
G_AddViewPitch(-dPitch);
// Roll can be local, because it doesn't affect gameplay.
renderer.mAngles.Roll = prw.roll * 180.0 / 3.14159;
}
}
}
