void Project::AddNode(Node* node, bool select)
{
_node_count++;
if (node->name == "") {
node->name = "node_" + num_to_str(_node_count);
}
if (node->position == vector3di(0, 0, 0))
node->position = vector3di((_node_count - 1), 0, 0);
node->remesh();
nodes.push_back(node);
if (select) {
snode = _node_count - 1;
}
}
void Project::AddNode(Node* node,bool select){
_node_count++;
if (node->name == ""){
core::stringc nd = "Node";
nd += _node_count;
node->name = nd;
}
node->setPosition(vector3di((_node_count - 1), 0, 0));
nodes->push_back(node);
if (select)
snode = _node_count - 1;
}
void Socket :: Init(ComplexBlock* setPMapElement, int setSocketSide)
{
pMapElement = setPMapElement;
vector3di position = pMapElement->GetBlockPos();
switch(setSocketSide)
{
case SOCKET_TOP:
pos = vector3di(position.X, position.Y + 1, position.Z);
break;
case SOCKET_BOTTOM:
pos = vector3di(position.X, position.Y - 1, position.Z);
break;
case SOCKET_LEFT:
pos = vector3di(position.X - 1, position.Y, position.Z);
break;
case SOCKET_RIGHT:
pos = vector3di(position.X + 1, position.Y, position.Z);
break;
case SOCKET_FRONT:
pos = vector3di(position.X, position.Y, position.Z + 1);
break;
case SOCKET_BACK:
pos = vector3di(position.X, position.Y, position.Z - 1);
break;
}
}
void DataPipe::SaveChunk(const unsigned l)
{
FILE* sav;
SDataPlacement plc;
char fn[MAXPATHLEN];
vector3di pos;
SChunkFileRec rec;
bool fnd = false;
//check if this chunk should be saved
if ((!chstat[l].changed) || (settings.dryrun)) return;
pos = vector3di(chstat[l].pos);
#ifdef DPDEBUG
dbg_print("[DP] Saving chunk %u at [%d %d %d]",l,pos.X,pos.Y,pos.Z);
#endif
//if there's a file containing our chunk, use its number
if (!FindChunk(pos,&plc))
plc.filenum = chsavelast; //or just use the next number
else
fnd = true;
//get the save file name and open it
snprintf(fn,sizeof(fn),CHUNKSAVEFILE,root,plc.filenum);
sav = fopen(fn,"wb");
if (!sav) {
errout("[DP] SaveChunk(): unable to open the file '%s'\n",fn);
return;
}
//if our file isn't new, seek to the position needed
if (fnd) {
fseek(sav,plc.offset,SEEK_SET);
} else {
fseek(sav,0,SEEK_END);
plc.offset = (ulli)ftell(sav);
//check the size of the resulting file (in advance)
if ( (plc.offset + ((sizeof(SChunkFileRec) + sizeof(VChunk)) * 2)) >=
settings.maxchfile) {
//next time, we'll open the new file
chsavelast++;
}
}
//fill in placement info remaining
plc.length = sizeof(VChunk);
rec.pos = chstat[l].pos;
rec.length = plc.length;
//write to file
fwrite(&rec,sizeof(rec),1,sav);
fwrite(chunks[l],sizeof(VChunk),1,sav);
//append data placement information
if (!fnd) {
plc.pos = pos;
placetab.insert(std::make_pair(GetChunkLinearOffset(pos),plc));
}
//and we're done
fclose(sav);
chstat[l].changed = false; //remove 'changed' flag
}
bool Player::ProcessEvent(const SGUIEvent* e)
{
SWRayObjIntersect isc; //screen ray intersection
bool rc = false; //rotation change flag
mmask_t modb = BUTTON_CTRL | BUTTON_SHIFT | BUTTON_ALT;
switch (e->t) {
case GUIEV_MOUSE:
if (e->m.bstate & (GUISCRL_UP | GUISCRL_DW)) {
//Wheel (camera rotation)
if ((e->m.bstate & modb) == rot_ver)
rot.X += (e->m.bstate & GUISCRL_UP)? rspd:-rspd;
else if ((e->m.bstate & modb) == rot_hor)
rot.Z -= (e->m.bstate & GUISCRL_UP)? rspd:-rspd;
else return false;
rc = true;
} else if (e->m.bstate == BUTTON1_PRESSED) {
//Action button
isc = *(world->ScreenRay(vector2di(e->m.x,e->m.y)));
switch (state) {
case PCS_EXPLORING:
if (!isc.model) return true;
if (isc.model == model) {
world->LogMsg("SELFPOINT_LOG");
} else if (isc.actor) {
world->GetMsgSys()->SetActorName(isc.actor->GetAttributes().name);
if (isc.actor->GetAttributes().female)
world->LogMsg("ACTRESS_LOG");
else
world->LogMsg("ACTOR_LOG");
}
break;
case PCS_INTERACTING:
//TODO
break;
case PCS_COMBAT:
if (isc.pnt != vector3di(-1))
world->FireTo(isc.pnt,&isc);
break;
default: break;
}
} else
return false;
break;
case GUIEV_KEYPRESS:
switch (binder->DecodeKey(e->k)) {
default: return false;
case PAKEY_WALK_FORW: Move(LMOVE_FORW,1.2f); break; //FIXME: use speed value
case PAKEY_WALK_BACK: Move(LMOVE_BACK,1.2f); break;
case PAKEY_WALK_LEFT: Move(LMOVE_LEFT,1.2f); break;
case PAKEY_WALK_RGHT: Move(LMOVE_RGHT,1.2f); break;
case PAKEY_RUN_FORW: Move(LMOVE_FORW,2.2f); break; //FIXME: use speed value
case PAKEY_RUN_BACK: Move(LMOVE_BACK,2.2f); break;
case PAKEY_RUN_LEFT: Move(LMOVE_LEFT,2.2f); break;
case PAKEY_RUN_RGHT: Move(LMOVE_RGHT,2.2f); break;
case PAKEY_TURN_LEFT: rot.Z += rspd; rc = true; break;
case PAKEY_TURN_RGHT: rot.Z -= rspd; rc = true; break;
case PAKEY_TURN_UP: rot.X += rspd; rc = true; break;
case PAKEY_TURN_DW: rot.X -= rspd; rc = true; break;
case PAKEY_TOG_STATE:
//TODO: check conditions, apply some changes etc
switch (state) {
case PCS_EXPLORING:
state = PCS_INTERACTING;
break;
case PCS_INTERACTING:
state = PCS_COMBAT;
break;
case PCS_COMBAT:
state = PCS_EXPLORING;
break;
case PCS_VEHICLE: break;
}
}
break;
default:
return false;
}
if (rc) SetRot(rot); //Update rotation
return true;
}
