void RunnerSprite::fixCollision(CollisionFace face,Rect box){
CCLOG("fix face %d,x %f y %f w %f h %f",face,box.origin.x,box.origin.y,box.size.width,box.size.height);
//Director::getInstance()->pause();
Rect interRect = mRunner->getBoundingBox();
float maxX = MIN(interRect.getMaxX(), box.getMaxX());
float minX = MAX(interRect.getMinX(), box.getMinX());
float maxY = MIN(interRect.getMaxY(), box.getMaxY());
float minY = MAX(interRect.getMinY(), box.getMinY());
float width = maxX - minX;
float height = maxY - minY;
if(face == kBOTTON){
setRolePos(Vec2(getRolePos().x,getRolePos().y + height));
return;
}
if(face == kTOP){
setRolePos(Vec2(getRolePos().x,getRolePos().y - height));
return;
}
if(face == kLEFT){
setRolePos(Vec2(getRolePos().x + width,getRolePos().y ));
return;
}
if(face == kRIGHT){
if(getRunState() == kROLEJUMP){
setRolePos(Vec2(getRolePos().x - width ,getRolePos().y ));
}
else{
setRolePos(Vec2(getRolePos().x - width,getRolePos().y ));
}
return;
}
if(face == kRTOP){
if(getRunState() == kROLEJUMP || getRunState() == kROLEJUMP2){
setRolePos(Vec2(getRolePos().x - width ,getRolePos().y - height));
}
else{
setRolePos(Vec2(getRolePos().x - width ,getRolePos().y ));
}
}
if(face == kRBOTTON){
if(getRunState() == kROLEJUMPDOWN){
setRolePos(Vec2(getRolePos().x - width ,getRolePos().y ));
}
else{
setRolePos(Vec2(getRolePos().x - width ,getRolePos().y +height));
}
}
};
void RunnerSprite::jumpDownLogic(){
if(isCollisionWithBarriers(kBOTTON)){
ySpeed = constYSpeed;
CCLOG("isCollisionWithBarriers");
setDoubledJumped(false);
setRunState(kROLERUN);
return;
}
if(isCollisionWithBarriers(kRBOTTON)){
CCLOG("isCollisionWithBarriers jumpDownLogic");
}
Vec2 curPos = getRolePos();
ySpeed += gravity;
if(ySpeed >= 15){
ySpeed = 15;
}
Vec2 rlt = curPos + Vec2(xSpeed,-ySpeed);
setRolePos(rlt);
};
void SceneController::tick(float dt)
{
if (sceneManager)
sceneManager->tick(dt);
Player* player = PlayerController::getInstance().getRole();
if (player)
setRolePos(player->getPosition());
}
void RunnerSprite::jumpUpLogic(){
Vec2 curPos = getRolePos();
CCLOG("ySpeed %f",ySpeed);
if(isCollisionWithBarriers(kTOP)){
setRunState(kROLEJUMPDOWN);
return;
}
if(isCollisionWithBarriers(kRIGHT)){
xSpeed = 0;
}
else if(isCollisionWithBarriers(kRBOTTON)){
xSpeed = constXSpeed;
}
else if(isCollisionWithBarriers(kRTOP)){
setRunState(kROLEJUMPDOWN);
return;
}
ySpeed -= gravity;
if(ySpeed <=0){
ySpeed = 0;
}
if(ySpeed == 0){
setRunState(kROLEJUMPDOWN);
return;
}
float xPos = xSpeed + curPos.x;
float yPos = ySpeed + curPos.y;
setRolePos(Vec2(xPos,yPos));
};
void RunnerSprite::runLogic(){
CCLOG("runner runLogic");
if(isCollisionWithBarriers(kRIGHT)){
setRunState(kROLESTANDBY);
return;
}
if (isCollisionWithBarriers(kRTOP)) {
setRunState(kROLESTANDBY);
return;
}
if(!isCollisionWithBarriers(kBOTTON) ){
setRunState(kROLEJUMPDOWN);
}
CCLOG("cont");
Vec2 preXPos = getRolePos();
Vec2 targetXPos = Vec2(preXPos.x+xSpeed,preXPos.y);
setRolePos(targetXPos);
};
