void Laser::checkWorldPosition()
{
//Remove laser shoot in case if it out game world
if (endPoint_.x < -worldWidth_/2 || endPoint_.x >= worldWidth_/2 ||
endPoint_.y < -worldHeight_/2 || endPoint_.y >= worldHeight_/2)
setCollision();
}
/**
* Builds a new massObject and assigns it to a spriteManager.
*
* @param newsm the spriteManager which should be responsible for updating and deleting this sprite
*/
massObject::massObject(spriteManager* newsm)
: spriteObject(newsm), grounded(false), wasGrounded(false), bStasis(false)
{
#ifdef __MDDEBUG
className = "massObject";
macros::debugMessage(className, "constructor");
#endif
setCollision(COL_SOLID);
setCheckCollision(true);
}
wp_gren_proj::wp_gren_proj(spriteManager* newsm, Player* p) : massObject(newsm), owner(p)
{
#ifdef __MDDEBUG
className = "wp_gren_proj";
macros::debugMessage(className, "constructor");
#endif
gameManager* gm = dynamic_cast<gameManager*>(sm);
setPallete(gm->pickupSprite.palleteID);
//GFX warning!
giveSprite(gm->pickupSprite.spriteData, OBJ_SIZE_16X16, 8, 8, 60);
setBounds(2, 2, 5, -1);
setAnim(26, 27, ANIMSPEED);
setCollision(COL_SOLID);
setCheckCollision(true);
setLayer(2);
}
wp_net_proj::wp_net_proj(spriteManager* newsm, Player* p) : spriteObject(newsm), owner(p)
{
#ifdef __MDDEBUG
className = "wp_net_proj";
macros::debugMessage(className, "constructor");
#endif
gameManager *gm = dynamic_cast<gameManager*>(sm);
setPallete(gm->FXSprite.palleteID);
//GFX warning!
giveSprite(gm->FXSprite.spriteData, OBJ_SIZE_32X32, 16, 16, 60);
setBounds(-8, 8, 6, -8);
setFrame(32);
setCollision(COL_SOLID);
setLayer(2);
owner->setIgnored(this);
}
wp_boomerang_proj::wp_boomerang_proj(spriteManager* newsm, Player* p, wp_boomerang* w) :
spriteObject(newsm), weapon(w), owner(p), bReturning(false), returnx(0), returny(0)
{
#ifdef __MDDEBUG
className = "wp_boomerang_proj";
macros::debugMessage(className, "constructor");
#endif
gameManager *gm = dynamic_cast<gameManager *>(sm);
setPallete(gm->pickupSprite.palleteID);
//GFX warning!
giveSprite(gm->pickupSprite.spriteData, OBJ_SIZE_16X16, 8, 8, 60);
setBounds(-2, 3, 3, -2);
setAnim(20, 23, ANIMSPEED);
setCollision(COL_SOLID);
setLayer(2);
#ifdef __WITHSOUND
playSound(&gm->boomerangLoop, true);
#endif
}
void sweepPrune()
{
std::multimap<float, int> orderedlist_x, orderedlist_y, orderedlist_z;
//get through cubes
for( int i=0; i<collection.size(); i++){
orderedlist_x.insert(pair<float,int>(collection.at(i).box.min.x, i));
orderedlist_x.insert(pair<float,int>(collection.at(i).box.max.x, i));
orderedlist_y.insert(pair<float,int>(collection.at(i).box.min.y, i));
orderedlist_y.insert(pair<float,int>(collection.at(i).box.max.y, i));
orderedlist_z.insert(pair<float,int>(collection.at(i).box.min.z, i));
orderedlist_z.insert(pair<float,int>(collection.at(i).box.max.z, i));
}
//bit vectors for active lists
std::vector<int> activelist_x(collection.size()),
activelist_y(collection.size()),
activelist_z(collection.size());
activelist_x.clear();
activelist_y.clear();
activelist_z.clear();
std::multimap<int,int> paired_x, paired_y, paired_z;
//Reminder: i runs through all the (discrete,as fixed and a priori known) values on axis.
// list_x[i] returns the cube corresponding to the position (hence it goes only from 1 to collection.size)
//X
for( std::multimap<float,int>::iterator ii = orderedlist_x.begin() ; ii != orderedlist_x.end() ; ii++ ){
if ( (*ii).first == collection.at((*ii).second).getAABBMin().x ){ //STARTPOINT
activelist_x.push_back( (*ii).second );
//std::cout<<"X"<<std::endl;
//printActives(activelist_x);
checkPair(activelist_x, paired_x);
}
else { //ENDPOINT
std::vector<int>::iterator del = std::find(activelist_x.begin(), activelist_x.end(), ((*ii).second) );
if(del != activelist_x.end()) activelist_x.erase(del);
}
}
//collision_x.at((*ii).second) == 0 ? collision_x.at((*ii).second) ++ : collision_x.at((*ii).second) --;
//Y
for( std::multimap<float,int>::iterator ii = orderedlist_y.begin() ; ii != orderedlist_y.end() ; ii++ ){
if ( (*ii).first == collection.at((*ii).second).getAABBMin().y ){ //STARTPOINT
activelist_y.push_back( (*ii).second );
//std::cout<<"Y"<<std::endl;
//printActives(activelist_y);
checkPair(activelist_y, paired_y);
}
else { //ENDPOINT
std::vector<int>::iterator del = std::find(activelist_y.begin(), activelist_y.end(), ((*ii).second) );
if(del != activelist_y.end()) activelist_y.erase(del);
}
}
//Z
for( std::multimap<float,int>::iterator ii = orderedlist_z.begin() ; ii != orderedlist_z.end() ; ii++ ){
if ( (*ii).first == collection.at((*ii).second).getAABBMin().z ){ //STARTPOINT
activelist_z.push_back( (*ii).second );
//std::cout<<"Z"<<std::endl;
//printActives(activelist_z);
checkPair(activelist_z, paired_z);
}
else { //ENDPOINT
std::vector<int>::iterator del = std::find(activelist_z.begin(), activelist_z.end(), ((*ii).second) );
if(del != activelist_z.end()) activelist_z.erase(del);
}
}
for(int i=0 ; i< collection.size(); i++)
setCollision(i, false);
std::multimap<int,int> book;
std::multimap<int,int>::iterator found = paired_y.end();
for( std::multimap<int,int>::iterator ix = paired_x.begin(); ix != paired_x.end(); ix++ )
found = std::find(paired_y.begin(), paired_y.end(), *ix);
if(found != paired_y.end()) std::cout << (*found).first << std::endl;
for( std::multimap<int,int>::iterator ix = paired_x.begin(); ix != paired_x.end(); ix++ )
for(std::multimap<int,int>::iterator iy = paired_y.begin();iy != paired_y.end(); iy++)
for(std::multimap<int,int>::iterator iz = paired_z.begin();iz != paired_z.end();iz++ )
if( equals( (*ix) , (*iy) ) && equals( (*iy), (*iz) ) ) {
setCollision( (*ix).first, true );
setCollision( (*ix).second,true );
book.insert( pair<int,int> ( (*ix).first, (*ix).second )); //nb: I have a "2 collides with 1". should I also include "1 collides with 2"?
}
for(std::multimap<int,int>::iterator it=book.begin(); it!=book.end(); it++)
std::cout << "Body " << (*it).first << " colliding with " << (*it).second << std::endl;
}
BasicMesh* MeshManager::loadMesh(const std::string& fileName, const std::string meshName)
{
shared_ptr<GameFile> file = GameFile::openFile(fileName, "r");
std::string readLine;
BasicMesh* result = new BasicMesh();
std::string collisionLine;
while(!(file->eof()))
{
readLine = file->readLine();
if(readLine.size() == 0 || readLine == "\n")
{
continue;
}
if(readLine.find(NAME_SECTION) == 0)
{
loadName(result, readLine);
continue;
}
else if(readLine.find(VERTICES_SECTION) == 0)
{
loadVertices(result, readLine, file.get());
continue;
}
else if(readLine.find(UVS_SECTION) == 0)
{
loadUvs(result, readLine, file.get());
continue;
}
else if(readLine.find(NORMALS_SECTION) == 0)
{
loadNormals(result, readLine, file.get());
continue;
}
else if(readLine.find(INDICES_SECTION) == 0)
{
loadIndices(result, readLine, file.get());
continue;
}
else if(readLine.find(COLLISION_SECTION) == 0)
{
collisionLine = readLine; // it has to be calculated after all the geometry
continue;
}
else
{
Log("Skipping unknown line in mesh file - %s", readLine.c_str());
}
}
if(collisionLine.size() != 0)
{
setCollision(result, collisionLine);
}
else
{
// by default create box collision
result->setCollisionType(CS_BOX);
result->m_collisionShape = createCollisionShape(result);
}
return result;
}
