KDvoid CScrGame::ccTouchMoved ( CCTouch* pTouch, CCEvent* pEvent )
{
CCPoint tLocation = pTouch->getLocation ( );
CCPoint tPrev = pTouch->getPreviousLocation ( );
CCPoint tDiff;
if ( m_bTargetCtl )
{
tDiff = ccpSub ( tLocation, tPrev );
for ( KDuint i = 0; i < 2; i++ )
{
if ( m_uiPad[i][1]->getUserData ( ) == pTouch )
{
const CCSize& tWinSize = CCDirector::sharedDirector ( )->getWinSize ( );
CCPoint tPoint = m_uiPad[i][2]->getPosition ( );
CCPoint tMove = ccpAdd ( tPoint, tDiff );
tMove = ccpClamp ( tMove,
ccpSub ( m_uiPad[i][1]->getPosition ( ), ccpMid ( m_uiPad[i][2]->getContentSize ( ) ) ),
ccpAdd ( m_uiPad[i][1]->getPosition ( ), ccpMid ( m_uiPad[i][2]->getContentSize ( ) ) ) );
m_uiPad[i][2]->setPosition ( tMove );
//tMove = ccpAdd ( ccp ( tWinSize.cx / 2 + ( i == 0 ? -30 : 30 ), tWinSize.cy / 2 ),
// ccpMult ( ccpSub ( tPoint, tMove ), 1.5f ) );
tMove = ccpSub ( m_uiPad[i][2]->getPosition ( ), tPoint );
tPoint = ccp ( tWinSize.cx / 2 + ( i == 0 ? -60 : 60 ), tWinSize.cy / 2 );
tMove = ccpClamp ( ccpAdd ( ccpMult ( tMove, 2.0f ) , m_uiTarget[i][0]->getPosition ( ) ),
ccpSub ( tPoint, ( m_uiPad[i][1]->getContentSize ( ) ) ),
ccpAdd ( tPoint, ( m_uiPad[i][1]->getContentSize ( ) ) ) );
m_uiTarget[i][0]->setPosition ( tMove );
}
}
}
if ( m_tWorldTouch.getID ( ) == pTouch->getID ( ) )
{
tDiff = ccpSub ( tLocation, m_tWorldTouch.getLocation ( ) );
m_tWorldDelta.Y = kdFabsf ( tDiff.x ) > 10 ? tDiff.x * 0.2f : 0;
m_tWorldDelta.X = kdFabsf ( tDiff.y ) > 20 ? tDiff.y * -0.2f : 0;
}
}
void GameLayer::processEvent(CCTouch *pTouch, CCEvent *pEvent) {
if (this->_state == STATE_PLAY) {
CCPoint delta = pTouch->getDelta();
CCPoint curPos = this->ship->getPosition();
curPos = ccpAdd(curPos, delta);
curPos = ccpClamp(curPos, CCPointZero, ccp(winSize.width, winSize.height));
this->ship->setPosition(curPos);
}
}
void DaFeiJi::ccTouchesMoved(CCSet * touches, CCEvent *event)
{
if( _state == GAME_STATE::PLAY )
{
CCSetIterator it = touches->begin();
CCTouch* touch = (CCTouch*)(*it);
CCPoint start = touch->getLocation();
CCPoint delta = touch->getDelta();
CCPoint curPos = _ship->getPosition();
curPos= ccpAdd( curPos, delta );
curPos = ccpClamp(curPos, CCPoint(), CCPoint(_winSize.width, _winSize.height) );
_ship->setPosition( curPos );
}
}
void Enemy::updateMovement(float dt)
{
//Point jumpForce = ccp(0.0f,600.0f);
//Point getHitForce = ccp(0.0f, 310.0f);
//float jumCutOff = 2000.0f;
//Point forwardMove = ccp(4000.0f, 0.0f);
Point gravity = ccp(0.0f, -950.0f);
//if(_onGround && _stateJump)
// _vVelocity = ccpAdd(_vVelocity, jumpForce);
//else if(_stateJump && _vVelocity.y > jumCutOff)
// _vVelocity.y = jumCutOff;
//if(_stateHitAbove)
//{
// _vVelocity = ccpSub(_vVelocity,getHitForce);
// _stateHitAbove = false;
//}
//forwardMove.x = forwardMove.x*_vDirection.x;
//Point forwardStep = ccpMult(forwardMove,dt);
Point gravityStep = ccpMult(gravity,dt);
////if(_onGround)
//gravityStep = gravityStep*0.01f;
_vVelocity = ccpAdd(_vVelocity, gravityStep);
//_vVelocity = ccp(_vVelocity.x*0.9f,_vVelocity.y);
//if(_stateRun)
// _vVelocity = ccpAdd(_vVelocity, forwardStep);
const Point constVelocity = ccp(-50.0f,0.0f);
if(_onGround)
_vVelocity = ccpAdd(_vVelocity, constVelocity);
Point minMovement = ccp(-50.0f, -150.0f);
Point maxMovement = ccp(50.0f, 200.0f);
//CCLOG(" velocity %f", _vVelocity.x);
_vVelocity = ccpClamp(_vVelocity,minMovement,maxMovement);
//CCLOG(" velocity %f", _vVelocity.x);
//CCLOG(" stateRUn %d", _stateRun);
CCPoint stepVelocity = ccpMult(_vVelocity,dt);
_pDesiredPosition = ccpAdd(getPosition(),stepVelocity);
//setPosition(_pDesiredPosition);
}
void CCProgressTimer::setMidpoint(CCPoint midPoint)
{
m_tMidpoint = ccpClamp(midPoint, CCPoint::zero, ccp(1,1));
}
