void lib_finder::OnCompilerSetBuildOptions(CodeBlocksEvent& event)
{
event.Skip();
cbProject* Proj = event.GetProject();
ProjectConfiguration* Conf = GetProject(Proj);
if ( Conf->m_DisableAuto ) return;
wxString Target = event.GetBuildTargetName();
if ( Target.IsEmpty() )
{
// Setting up options for project
SetupTarget(Proj,Conf->m_GlobalUsedLibs);
}
else
{
// Setting up compile target
SetupTarget(Proj->GetBuildTarget(Target),Conf->m_TargetsUsedLibs[Target]);
}
}
void BulletNode::ShootState()
{
SetupTarget();
mBulletStartingPos = mBulletPos = mShooterNode->GetWorldTranslation();
if (mTargetNode)
mTargetPos = mTargetNode->GetWorldTranslation();
PVRTVec3 dir = mBulletPos - mTargetPos;
mBulletPos -= dir * 0.1f;
float rotAngle = atan2f(dir.z, dir.x) + PVRT_PI*0.5f;
static int randIndex = 0;
const static float randTable[RAND_TABLE_SIZE] = {1,-4,3,-2,5,-3,6,-5,2,-3,4,-2,4,-5,5,-3,4,-5,6,-3};
if (mNoisy)
{
rotAngle = rotAngle + 0.25f * randTable[randIndex++ % RAND_TABLE_SIZE] * (0.017453292f);
}
PVRTQUATERNION shooterQuat;
PVRTMatrixQuaternionRotationAxis(shooterQuat, PVRTVec3(0,1,0),rotAngle);
PVRTMATRIX shooterRotaionMtx;
PVRTMatrixRotationQuaternion(shooterRotaionMtx, shooterQuat);
PVRTMat4 mat(shooterRotaionMtx.f);
PVRTVec4 zVec(0, 0 , 1.0f, 1.0f);
zVec = mat * zVec;
/*
if (mAutoAim)
{
mDir = mBulletPos - mTargetNode->GetWorldTranslation();
mDir.normalize();
}
*/
mDir.x = zVec.x;
mDir.y = zVec.y;
mDir.z = zVec.z;
//mDir.z = 0;
//mDir.x = -1;
mModelData->GetRoot()->SetRotation(shooterQuat);
mState = state_fly;
}
