void CMovement::Update(void)
{
CRotation* pcRotation;
CPosition* pcPosition;
SFloat3* psPosition;
SQuaternion* psRotation;
CTransformNode* pcMatrix;
if (miType == MT_PRS)
{
psRotation = NULL;
if (mpcRotationAnimation)
{
pcRotation = (CRotation*)mpcRotationAnimation->Update();
psRotation = pcRotation->GetRotation();
}
psPosition = NULL;
if (mpcPositionAnimation)
{
pcPosition = (CPosition*)mpcPositionAnimation->Update();
psPosition = pcPosition->GetPosition();
}
D3DXMatrixTransformation((D3DXMATRIX*)&mpsOutput->sD3DMatrix, NULL, NULL, NULL, NULL, (D3DXQUATERNION*)psRotation, (D3DXVECTOR3*)psPosition);
}
else if (miType = MT_Matrix)
{
pcMatrix = (CTransformNode*)mpcMatrixAnimation->Update();
mpsOutput->sD3DMatrix = *pcMatrix->GetMatrix();
}
if (mpsOffset)
{
Float4x4Multiply(&mpsOutput->sD3DMatrix, &mpsOutput->sD3DMatrix, &mpsOffset->sD3DMatrix);
}
}
E_BEHAVIOR_ACTIONS CAggressiveBehaviorModule::playBehavior(const CGame& inGame)
{
E_BEHAVIOR_ACTIONS nextAction = E_ACTION_STAY;
int opponentIdWithMaxMineCount = -1;
int maxMineCount = 0;
if (inGame.getOpponentIdWithMaxMineCount(opponentIdWithMaxMineCount, maxMineCount))
{
const CHero &targetHero = inGame.getHero(opponentIdWithMaxMineCount);
const CPosition targetHeroPos(targetHero.getPosition());
const int targetHeroCellId = inGame.get1DCoordOnBoard(targetHeroPos);
const CHero &myHero = inGame.getMyHero();
path_t targetHeroPath;
if (inGame.getPathTo(myHero.getId(), targetHeroCellId, false, targetHeroPath))
{
// inGame.printPath(targetHeroPath, m_name);
const CPosition nextPosition(inGame.get2DCoordOnBoard(*targetHeroPath.cbegin()));
int deltaX = nextPosition.getX() - myHero.getPosition().getX();
int deltaY = nextPosition.getY() - myHero.getPosition().getY();
if (deltaX == 1) nextAction = E_ACTION_MOVE_EAST;
else if (deltaX == -1) nextAction = E_ACTION_MOVE_WEST;
else if (deltaY == 1) nextAction = E_ACTION_MOVE_SOUTH;
else if (deltaY == -1) nextAction = E_ACTION_MOVE_NORTH;
} else {}
} else
{
// WAIT
} // else
return nextAction;
} // playBehavior
void Chusky::OnBnClickedPositionButton()
{
CWnd *m_positionWnd;
CPosition positionDlg;
m_positionWnd = &positionDlg;
INT_PTR nResponsePosition = positionDlg.DoModal();
// TODO: 在此添加控件通知处理程序代码
}
void PositionFunction(void* pvCel, float fFractionalTime, void* pvData)
{
//This is the rotation function which an animation can play.
CPosition* pcPosition;
pcPosition = (CPosition*)pvCel;
pcPosition->Update(fFractionalTime);
}
CPosition* CPosition::NewL(MPositionObserver& aObserver)
{
CPosition* self = new(ELeave) CPosition(aObserver);
CleanupStack::PushL(self);
self->ConstructL();
CleanupStack::Pop(self);
return self;
}
void CUtmPoint::ToPosition(CPosition &pos) const
{
double lat,lon;
UtmToLatLonWGS84(m_xzone,m_yzone,m_easting,m_northing,
lat,lon);
pos.Clear();
pos.SetLatitude(lat);
pos.SetLongitude(lon);
}
bool CUtmPoint::FromPosition(const CPosition &pos)
{
Clear();
if(!IsPositionInUtmSpace(pos))
return false;
LatLonToUtmWGS84(m_xzone,m_yzone,m_easting,m_northing,
pos.GetLatitude(),
pos.GetLongitude());
return true;
}
void ALeft::execute(const sf::Int32 elapsed) {
// TODO: Verif' they are existing components
// #1 get all components
CAcceleration * acceleration;
acceleration = (CAcceleration *) parent->getComponent("Acceleration");
CSpeed * speed;
speed = (CSpeed *) parent->getComponent("Speed");
CPosition * position;
position = (CPosition *) parent->getComponent("Position");
// #2 add values
speed->setHSpeed((speed->getHSpeed())-(acceleration->getHAcceleration()));
position->setX((position->getX())+(speed->getHSpeed()));
// #3 change sprites TODO
// example : if elapsed > modulotime/2 then ...
}
void AStand::execute(const sf::Int32 elapsed) {
// TODO: Verif' they are existing components
// #1 get all components
CSpeed * speed;
speed = (CSpeed *) parent->getComponent("Speed");
if ((float) std::abs(speed->getHSpeed()) > 1.2) {
CAcceleration * acceleration;
acceleration = (CAcceleration *) parent->getComponent("Acceleration");
CPosition * position;
position = (CPosition *) parent->getComponent("Position");
// #2 add value
speed->setHSpeed((speed->getHSpeed())-((float)(speed->getHSpeed())/8.0));
position->setX((position->getX())+(speed->getHSpeed()));
} else {
speed->setHSpeed(0.0);
}
// #3 change sprites TODO
// example : if elapsed > modulotime/2 then ...
}
void ALeft::execute(const sf::Int32 elapsed) {
// TODO: Verif' they are existing components
// #1 get all components
CSpeed * speed;
speed = (CSpeed *) parent->getComponent("Speed");
CAcceleration * acceleration;
acceleration = (CAcceleration *) parent->getComponent("Acceleration");
CPosition * position;
position = (CPosition *) parent->getComponent("Position");
if (speed->getHSpeed() > 1.2) {
// #2a go back to 0
speed->setHSpeed((speed->getHSpeed())-((float)(speed->getHSpeed())/8.0));
position->setX((position->getX())+(speed->getHSpeed()));
} else {
// #2b increase speed
speed->setHSpeed((speed->getHSpeed())-(acceleration->getHAcceleration()));
position->setX((position->getX())+(speed->getHSpeed()));
}
// #3 change sprites TODO
// example : if elapsed > modulotime/2 then ...
}
bool CUIContainer::OnLBtnDown( int x ,int y )
{
for (unsigned int i = 0;i < mChilds.size() ; i ++)
{
CPosition pt = mChilds[i]->ParentToSelf(x,y);
if(mChilds[i]->Bound().Contain(x ,y) && mChilds[i]->OnLBtnDown(pt.X() , pt.Y()))
{
if(mFcousedObj && mFcousedObj != mChilds[i])
{
mFcousedObj->OnFocusOut(mChilds[i]);
}
mFcousedObj = mChilds[i];
return true;
}
}
if(mFcousedObj)
{
mFcousedObj->OnFocusOut(NULL);
mFcousedObj = NULL;
}
return false;
}
void ARight::execute(const sf::Int64 elapsed) {
// TODO: Verif' they are existing components
// #1 get all components
sf::Int64 tempElapsedSum = getElapsedSum() + elapsed;
CAcceleration * acceleration;
acceleration = (CAcceleration *) parent->getComponent("Acceleration");
CSpeed * speed = (CSpeed *) parent->getComponent("Speed");
CPosition * position = (CPosition *) parent->getComponent("Position");
CSprite * sprite = (CSprite *) parent->getComponent("Sprite");
if (speed->getHSpeed() < -1.2) {
// #2a go back to 0
speed->setHSpeed((speed->getHSpeed())-((float)(speed->getHSpeed())/8.0));
position->setX((position->getX())+(speed->getHSpeed()));
sprite->updatePosition();
} else {
// #2b add values
speed->setHSpeed((speed->getHSpeed())+
((float)elapsed/acceleration->getHAcceleration()*
speed->getHSpeedMax()));
position->setX((position->getX())+ceil((speed->getHSpeed()))); // round sup
sprite->updatePosition();
}
// #3 change sprites
sf::Int64 temp = 0;
int k = 0; //index to read in tab
while (temp < tempElapsedSum) {
++k;
temp = temp + (getModuloTime()/getSubSprites().size());
}
if ((k-1)>=getSubSprites().size())
{k=getSubSprites().size();}
sprite->updateSubSprite(getSubSprites().at(k-1));
sprite->setDirection("right");
setElapsedSum(tempElapsedSum%getModuloTime());
}
// Call diz function implies an existing CPosition component
void CSprite::updatePosition() {
CPosition * position =(CPosition *) parent->getComponent("Position");
sprite.setPosition( position->getX() , position->getY());
}
bool CBound::Contain( CPosition p ) const
{
return Contain(p.X() , p.Y());
}
