void LLJoystickAgentTurn::onHeldDown()
{
F32 time = getElapsedHeldDownTime();
updateSlop();
//llinfos << "move forward/backward (and/or turn)" << llendl;
S32 dx = mLastMouse.mX - mFirstMouse.mX + mInitialOffset.mX;
S32 dy = mLastMouse.mY - mFirstMouse.mY + mInitialOffset.mY;
float m = (float) (dx)/abs(dy);
if (m > 1) {
m = 1;
}
else if (m < -1) {
m = -1;
}
gAgent.moveYaw(-LLFloaterMove::getYawRate(time)*m);
// handle forward/back movement
if (dy > mVertSlopFar)
{
// ...if mouse is forward of run region run forward
gAgent.moveAt(1);
}
else if (dy > mVertSlopNear)
{
if( time < NUDGE_TIME )
{
gAgent.moveAtNudge(1);
}
else
{
// ...else if mouse is forward of walk region walk forward
// JC 9/5/2002 - Always run / move quickly.
gAgent.moveAt(1);
}
}
else if (dy < -mVertSlopFar)
{
// ...else if mouse is behind run region run backward
gAgent.moveAt(-1);
}
else if (dy < -mVertSlopNear)
{
if( time < NUDGE_TIME )
{
gAgent.moveAtNudge(-1);
}
else
{
// ...else if mouse is behind walk region walk backward
// JC 9/5/2002 - Always run / move quickly.
gAgent.moveAt(-1);
}
}
}
F32 LLJoystickCameraZoom::getOrbitRate()
{
F32 time = getElapsedHeldDownTime();
if( time < NUDGE_TIME )
{
F32 rate = ORBIT_NUDGE_RATE + time * (1 - ORBIT_NUDGE_RATE)/ NUDGE_TIME;
// llinfos << "rate " << rate << " time " << time << llendl;
return rate;
}
else
{
return 1;
}
}
F32 LLJoystickCameraRotate::getOrbitRate()
{
F32 time = getElapsedHeldDownTime();
if( time < NUDGE_TIME )
{
F32 rate = ORBIT_NUDGE_RATE + time * (1 - ORBIT_NUDGE_RATE)/ NUDGE_TIME;
//LL_INFOS() << rate << LL_ENDL;
return rate;
}
else
{
return 1;
}
}
void LLJoystickAgentSlide::onMouseUp()
{
F32 time = getElapsedHeldDownTime();
if( time < NUDGE_TIME )
{
switch (mInitialQuadrant)
{
case JQ_LEFT:
gAgent.moveLeftNudge(1);
break;
case JQ_RIGHT:
gAgent.moveLeftNudge(-1);
break;
default:
break;
}
}
}
