virtual bool ExternalCondition(const BevNodeInputParam& input) const
{
const BevInputData& inputData = input.GetRealDataType<BevInputData>();
f32 timeStep = inputData.m_TimeStep;
Vec2 targetPoint2D = inputData.m_TargetPosition2D;
Vec3 curPosition3D = inputData.m_Owner->GetPosition();
Vec2 curPosition2D(curPosition3D.x, curPosition3D.y);
Vec2 dir = targetPoint2D - curPosition2D;
if(Math::IsZero(dir.LengthSq()))
{
return true;
}
else
{
Vec2 curFacing = inputData.m_CurrentFacing;
dir.Nomalize();
f32 dotValue = dir.DotProduct(curFacing);
f32 angle = Math::ACos(Math::Clamp<f32>(dotValue, -1.f, 1.f));
if(angle < 0.1f)
{
return true;
}
else
{
return false;
}
}
return false;
}
virtual bool ExternalCondition(const BevNodeInputParam& input) const
{
const BevInputData& inputData = input.GetRealDataType<BevInputData>();
Vec2 targetPoint2D = inputData.m_TargetPosition2D;
Vec3 curPosition3D = inputData.m_Owner->GetPosition();
Vec2 curPosition2D(curPosition3D.x, curPosition3D.y);
Vec2 dir = targetPoint2D - curPosition2D;
if(dir.LengthSq() < 0.5f)
{
return true;
}
return false;
}
virtual BevRunningStatus _DoExecute(const BevNodeInputParam& input, BevNodeOutputParam& output)
{
const BevInputData& inputData = input.GetRealDataType<BevInputData>();
BevOutputData& outputData = output.GetRealDataType<BevOutputData>();
f32 timeStep = inputData.m_TimeStep;
Vec2 targetPoint2D = inputData.m_TargetPosition2D;
Vec3 curPosition3D = inputData.m_Owner->GetPosition();
Vec2 curPosition2D(curPosition3D.x, curPosition3D.y);
Vec2 dir = targetPoint2D - curPosition2D;
if(Math::IsZero(dir.LengthSq()))
{
return k_BRS_Finish;
}
else
{
Vec2 curFacing = inputData.m_CurrentFacing;
dir.Nomalize();
f32 dotValue = dir.DotProduct(curFacing);
f32 angle = Math::ACos(Math::Clamp<f32>(dotValue, -1.f, 1.f));
if(angle < 0.1f)
{
outputData.m_NextFacing = dir;
return k_BRS_Finish;
}
Vec3 vA(curFacing.x, curFacing.y, 0);
Vec3 vB(dir.x, dir.y, 0);
Vec3 vC = vA.CrossProduct(vB);
f32 angleToTurn = Math::Min(timeStep * 3.f, angle);
if(vC.z < 0)
angleToTurn = -angleToTurn;
Quat rotAxis( angleToTurn, Vec3::ZUNIT );
Vec3 ret = vA * rotAxis;
outputData.m_NextFacing = Vec2(ret.x, ret.y);
}
return k_BRS_Executing;
}
virtual BevRunningStatus _DoExecute(const BevNodeInputParam& input, BevNodeOutputParam& output)
{
const BevInputData& inputData = input.GetRealDataType<BevInputData>();
BevOutputData& outputData = output.GetRealDataType<BevOutputData>();
f32 timeStep = inputData.m_TimeStep;
Vec2 targetPoint2D = inputData.m_TargetPosition2D;
Vec3 curPosition3D = inputData.m_Owner->GetPosition();
Vec2 curPosition2D(curPosition3D.x, curPosition3D.y);
Vec2 dir = targetPoint2D - curPosition2D;
if(dir.LengthSq() < 2.f)
{
outputData.m_NextPosition = Vec3(targetPoint2D.x, targetPoint2D.y, 0);
return k_BRS_Finish;
}
else
{
dir.Nomalize();
Vec2 nextPos2D = curPosition2D + dir * timeStep * 100.f;
outputData.m_NextPosition = Vec3(nextPos2D.x, nextPos2D.y, 0);
}
return k_BRS_Executing;
}