int Map::setRandomMap()
{
unsigned int min = 5;
for (int h = 0; h < getHeight(); ++h)
{
for (int w = 0; w < getWidth(); ++w)
{
if (h == 0 || h == getHeight() - 1
|| w == 0 || w == getWidth() - 1)
setBox(std::make_pair(h, w), SOLID);
else
{
setBox(std::make_pair(h, w), EMPTY);
setTmpBox(std::make_pair(h, w));
}
}
}
if (getTmpMap().size() < ((getNbPlayers() * min) + (getNbBots() * min)))
return (1);
setPlayersMap();
setBotsMap();
setBlockMap(5, Map::SOLID);
setBlockMap(80, Map::BREAK);
return (0);
}
void Aexample::action(double time, double dtime, double beat, double dbeat)
{
int w=getVideoWidth();
int h=getVideoHeight();
float l=((AexampleFront *)front)->level->get();
dword cl=((AexampleFront *)front)->color0->get();
dword cc=((AexampleFront *)front)->color1->get();
dword cr=((AexampleFront *)front)->color2->get();
Asample *snd=((AexampleBack *)back)->in;
Avideo *vin=((AexampleBack *)back)->vin;
Avideo *out=((AexampleBack *)back)->out;
sword smp[64*2];
sword bas[64*2];
sword med[64*2];
sword tre[64*2];
int nget=0;
l=(l<0.5f)?(l*2.f):((l-0.5f)*10.f+1.f);
if(snd->isConnected())
{
snd->enter(__FILE__,__LINE__);
snd->skip(maxi(snd->avaible()-64, 0));
nget=snd->getBuffer(smp, bas, med, tre, 64);
snd->leave();
}
out->enter(__FILE__,__LINE__);
vin->enter(__FILE__,__LINE__);
{
Abitmap *b=out->getBitmap();
Abitmap *bin=vin->getBitmap();
if(b)
{
int nx=b->w>>2;
int ny=b->h>>1;
int v=0;
if(bin)
{
bin->flags|=bitmapGLOBALALPHA;
bin->alpha=0.05f;
b->set(0, 0, bin, bitmapDEFAULT, bitmapDEFAULT);
}
else
b->boxfa(0, 0, b->w, b->h, 0xff000000, 0.05f);
setBox(b, v+=nx, ny, bas, nget, cl, l);
setBox(b, v+=nx, ny, med, nget, cc, l);
setBox(b, v+=nx, ny, tre, nget, cr, l);
}
}
vin->leave();
out->leave();
}
void ABST::setSegmentRunTable(ASRT & newSegment, uint32_t no) {
uint32_t tempLoc = 29 + getStringLen(29) + 1 + 1;
for (unsigned int i = 0; i < getServerEntryCount(); i++) {
tempLoc += getStringLen(tempLoc) + 1;
}
tempLoc++;
for (unsigned int i = 0; i < getQualityEntryCount(); i++) {
tempLoc += getStringLen(tempLoc) + 1;
}
tempLoc += getStringLen(tempLoc) + 1; //DrmData
tempLoc += getStringLen(tempLoc) + 1; //MetaData
int countLoc = tempLoc;
tempLoc++; //skip segmentRuntableCount
//attempt to reach the wanted position
unsigned int i;
for (i = 0; i < getInt8(countLoc) && i < no; ++i) {
tempLoc += getBoxLen(tempLoc);
}
//we are now either at the end, or at the right position
//let's reserve any unreserved space...
if (no + 1 > getInt8(countLoc)) {
int amount = no + 1 - getInt8(countLoc);
if (!reserve(payloadOffset + tempLoc, 0, amount * 8)) {
return;
};
//set empty erro boxes as contents
for (int j = 0; j < amount; ++j) {
memcpy(data + payloadOffset + tempLoc + j * 8, "\000\000\000\010erro", 8);
}
setInt8(no + 1, countLoc); //set new count
tempLoc += (no - i) * 8;
}
//now, tempLoc is at position for string number no, and we have at least an erro box reserved.
setBox(newSegment, tempLoc);
}
Trap::Trap(int x, int y)
{
LogManager &log_manager = LogManager::getInstance();
#ifdef REGISTER
// Need to update fire rate control each step.
registerInterest(DF_STEP_EVENT);
#endif
// Set object type.
setType("Trap");
auto& resMgr = ResourceManager::getInstance();
setSprite(resMgr.getSprite("trap"));
setSpriteSlowdown(4);
setAltitude(1);
// Set starting location.
WorldManager &world_manager = WorldManager::getInstance();
Position pos(7, world_manager.getBoundary().getVertical() / 2);
setPosition(Position(x, y));
setBox(Box(Position(0, 0), getSprite()->getWidth(), getSprite()->getHeight()));
//setYVelocity(0.25);
// Set firing variables.
}
void GameObject::Init( LPDIRECT3DDEVICE9& d3dDevice )
{
D3DXMatrixIdentity( &m_Matrix );
InitMesh( d3dDevice );
setBox();
}
void LinearLayout::update()
{
if (!m_allowedBox.isValid())
return;
setBox(m_allowedBox);
loadResources();
}
void IOHandler::set(int x, int y, Board::State state) {
switch (state) {
case Board::Cross: setCross(x, y); break;
case Board::Box: setBox(x, y); break;
default: assert(0);
}
}
void CC3TouchBox::setParent( CC3Node* aNode )
{
super::setParent( aNode );
deriveNameFrom( aNode );
if ( !m_pMesh )
setBox( getParentBoundingBox() );
}
void CanvasLayout::update()
{
if (!m_parentBox)
return;
setBox(*m_parentBox);
loadResources();
}
void Map::setPlayersMap()
{
std::pair<int, int> p;
int cornerX;
int cornerY;
status who;
who = P1;
srand(time(NULL));
cornerX = 1 + (-2 * (rand() % 2));
cornerY = 1 + (-2 * (rand() % 2));
for (int i = 0; i < getNbPlayers(); ++i)
{
if (i == 1)
{
who = P2;
cornerX = -1 * cornerX;
cornerY = -1 * cornerY;
}
p.second = (cornerX * (rand() % (getWidth()/10)+2)) + (((cornerX * -1)+1) * (getWidth()/2));
p.first = (cornerY * (rand() % (getHeight()/10)+2)) + (((cornerY * -1)+1) * (getHeight()/2));
setBox(std::make_pair(p.first, p.second), who);
popTmpMap(p);
createL(p);
}
}
// Fills the complement of the radius of the trail with minus infties.
// The return value true means success. Failure means that during the fill,
// we intersected the outside of the quasidiagonal area.
// In this case, the operation is not finished.
bool borderDetailedAlignMatrix( AlignMatrix& alignMatrix, const Trail& trail, int radius )
{
int huBookSize = alignMatrix.size();
int enBookSize = alignMatrix.otherSize();
int huPos, enPos;
for ( huPos=0; huPos<huBookSize; ++huPos )
{
int rowStart = alignMatrix.rowStart(huPos);
int rowEnd = alignMatrix.rowEnd(huPos);
for ( enPos=rowStart; enPos<rowEnd; ++enPos )
{
alignMatrix.cell(huPos,enPos) = outsideOfRadiusValue;
}
}
// We seriously use the fact that many-to-zero segments are subdivided into one-to-zero segments.
// Inside setBox, an exception is thrown if we try to write outside the quasidiagonal.
// If we catch such an exception, it means that the quasidiagonal is not thick enough.
// In this case, we abandon the whole align, just to be sure.
try
{
for ( int i=0; i<trail.size(); ++i )
{
setBox( alignMatrix, trail[i].first, trail[i].second, radius, insideOfRadiusValue );
}
}
catch ( const char* errorType )
{
massert( std::string(errorType) == "out of quasidiagonal" )
return false;
}
bool verify = true;
if (verify)
{
int numberOfEvaluatedItems(0);
for ( huPos=0; huPos<huBookSize; ++huPos )
{
int rowStart = alignMatrix.rowStart(huPos);
int rowEnd = alignMatrix.rowEnd(huPos);
for ( enPos=rowStart; enPos<rowEnd; ++enPos )
{
if (alignMatrix[huPos][enPos]==insideOfRadiusValue)
{
++numberOfEvaluatedItems;
}
}
}
std::cerr << numberOfEvaluatedItems << " items inside the border." << std::endl;
}
return true;
}
void Map::setBlockMap(int percent, status block)
{
std::pair<int, int> p;
int nb;
nb = (percent * getTmpMap().size()) / 100;
for(int i = 0; i < nb; ++i)
{
p = getTmpMap()[rand() % getTmpMap().size()];
setBox(std::make_pair(p.first, p.second), block);
popTmpMap(p);
}
}
void Map::setBotsMap()
{
std::pair<int, int> p;
srand(time(NULL));
for (int i = 0; i < getNbBots(); ++i)
{
while (checkIfCharacter(p = getTmpMap()[rand() % getTmpMap().size()], P1) == 0
|| checkIfCharacter(p, P2) == 0 || checkIfCharacter(p, BOT) == 0)
;
setBox(std::make_pair(p.first, p.second), BOT);
popTmpMap(p);
createL(p);
}
}
void containerFullBox::setContent(Box & newContent, uint32_t no) {
int tempLoc = 4;
unsigned int contentCount = getContentCount();
for (unsigned int i = 0; i < no; i++) {
if (i < contentCount) {
tempLoc += getBoxLen(tempLoc);
} else {
if (!reserve(tempLoc, 0, (no - contentCount) * 8)) {
return;
};
memset(data + tempLoc, 0, (no - contentCount) * 8);
tempLoc += (no - contentCount) * 8;
break;
}
}
setBox(newContent, tempLoc);
}
Bullet::Bullet(Position hero_pos, int velocityX, int velocityY, int typee) {
// Set object properties.
setType("Bullet");
setXVelocity(velocityX);// move 1 space right every frame
setYVelocity(velocityY);
type = typee;
auto& resMgr = ResourceManager::getInstance();
if (type == 1)
{
setSprite(resMgr.getSprite("bullet1"));
}
else if (type == 2)
{
setSprite(resMgr.getSprite("bullet-left"));
}
else if (type == 3)
{
setSprite(resMgr.getSprite("bullet-right"));
}
setSpriteSlowdown(4);
// Set object type.
setBox(Box(Position(0, 0), getSprite()->getWidth(), getSprite()->getHeight()));
Position pos1;
// Set starting location, based on hero's position passed in.
if (velocityY == 0)
{
Position pos(hero_pos.getX() + 3 * velocityX, hero_pos.getY());
pos1 = pos;
}
if (velocityX == 0 )
{
Position pos(hero_pos.getX(), hero_pos.getY() + 3 * velocityY);
pos1 = pos;
}
setPosition(pos1);
}
bool MyGLWidget::qt_invoke( int _id, QUObject* _o )
{
switch ( _id - staticMetaObject()->slotOffset() ) {
case 0: setBox(); break;
case 1: setWire(); break;
case 2: setHidden(); break;
case 3: setFlat(); break;
case 4: setFlatWire(); break;
case 5: setSmooth(); break;
case 6: setSmallTetra(); break;
case 7: TrackMouseModality(); break;
case 8: SectionMouseModality(); break;
case 9: SwitchTextSimplex(); break;
case 10: SwitchTextPhysics(); break;
case 11: SwitchTextQuality(); break;
default:
return QGLWidget::qt_invoke( _id, _o );
}
return TRUE;
}
Platform::Platform()
{
setType("Platform");
isItThick = false;
size = 50;
setSolidness(HARD);
setXVelocity(0.0);
setYVelocity(0.0);
setAltitude(3); // Make them in the background.
WorldManager &world_manager = WorldManager::getInstance();
//Position pos(random() % world_manager.getBoundary().getHorizontal(),
// random() % world_manager.getBoundary().getVertical());
Position pos(0, 15);
setPosition(pos);
height = 5;
setBox(Box(Position(), size, height));
thecolor = rand() % 7;
}
Saucer::Saucer()
{
LogManager &log_manager = LogManager::getInstance();
auto& resMgr = ResourceManager::getInstance();
setSprite(resMgr.getSprite("saucer"));
// Set object type.
setType("Saucer");
setBox(Box(Position(0, 0), getSprite()->getWidth(), getSprite()->getHeight()));
// Set speed in vertical direction.
setXVelocity(-0.25); // 1 space every 4 frames
setSpriteSlowdown(4);
moveToStart();
#ifdef REGISTER
// Register interest in "nuke" event.
registerInterest(NUKE_EVENT);
#endif
}
Platform::Platform(bool thickness, int sizee, int heightt, int x, int y, float x_speed, float y_speed)
{
setType("Platform");
isItThick = thickness;
size = sizee;
setSolidness(HARD);
setXVelocity(x_speed);
move_countdown = 10;
setYVelocity(y_speed);
setAltitude(3); // Make them in the background.
WorldManager &world_manager = WorldManager::getInstance();
//Position pos(random() % world_manager.getBoundary().getHorizontal(),
// random() % world_manager.getBoundary().getVertical());
Position pos(x, y);
setPosition(pos);
height = heightt;
setBox(Box(Position(), size, height));
thecolor = rand() % 7;
}
Bullet::Bullet(Position hero_pos, int velocityX) {
// Set object properties.
setType("Bullet");
setXVelocity(velocityX);// move 1 space right every frame
//setYVelocity(velocityY);
type = 0;
auto& resMgr = ResourceManager::getInstance();
setSprite(resMgr.getSprite("bullet"));
setSpriteSlowdown(4);
// Set object type.
setBox(Box(Position(0, 0), getSprite()->getWidth(), getSprite()->getHeight()));
// Set starting location, based on hero's position passed in.
//if (velocityY == 0 && velocityX != 0)
Position pos(hero_pos.getX() + 3 * velocityX, hero_pos.getY());
//if (velocityY != 0 && velocityX == 0)
// Position pos(hero_pos.getX(), hero_pos.getY() + 3 * velocityY);
//if (velocityY != 0 && velocityX != 0)
// Position pos(hero_pos.getX() + 3 * velocityX, hero_pos.getY() + 3 * velocityY);
setPosition(pos);
}
void setBox3(const Real& s0, const Real& s1, const Real& s2){ setBox(Vector3r(s0,s1,s2)); }
CHitbox::CHitbox(void)
{
offsetX = 0;
offsetY = 0;
setBox(0, 0, 0, 0);
}
/** If we should remeasure and update the bounding box dimensions, do so. */
void CC3TouchBox::updateAfterTransform( CC3NodeUpdatingVisitor* visitor )
{
if (m_shouldAlwaysMeasureParentBoundingBox)
setBox( getParentBoundingBox() );
}
AABox::AABox( Vec3 &corner, float x, float y, float z) {
setBox(corner,x,y,z);
}
CHitbox::CHitbox(int p_offsetx, int p_offsety, int p_w, int p_h)
{
offsetX = p_offsetx;
offsetY = p_offsety;
setBox(offsetX, offsetY, p_w, p_h);
}
AABB::AABB( sf::Vector3<float> &corner, float x, float y, float z)
{
setBox(corner,x,y,z);
}