JSONObject::JSONObject(char* _buffer) : JSONBase(_buffer)
{
if ( !buffer )
return;
try {
SKIP_WHITESPACE();
ERROR_IF_NOT('{');
buffer++;
while ( readValue() ) {}
SKIP_WHITESPACE();
ERROR_IF_NOT('}');
*buffer++ = 0;
} catch(...) {
for ( auto &m : values ) {
if ( m.second ) {
delete m.second;
m.second = 0;
}
}
values.clear();
if ( dynamic_cast<JSONDocument*>(this) ) {
buffer.free();
}
throw;
}
}
bool PlayerMessage::applyGh( CGameHandler *gh )
{
ERROR_IF_NOT(player);
if(gh->getPlayerAt(c) != player) ERROR_AND_RETURN;
gh->playerMessage(player,text);
return true;
}
bool EndTurn::applyGh( CGameHandler *gh )
{
int player = GS(gh)->currentPlayer;
ERROR_IF_NOT(player);
if(gh->states.checkFlag(player, &PlayerStatus::engagedIntoBattle))
COMPLAIN_AND_RETURN("Cannot end turn when in battle!");
gh->states.setFlag(GS(gh)->currentPlayer,&PlayerStatus::makingTurn,false);
return true;
}
bool EndTurn::applyGh( CGameHandler *gh )
{
PlayerColor player = GS(gh)->currentPlayer;
ERROR_IF_NOT(player);
if(gh->queries.topQuery(player))
COMPLAIN_AND_RETURN("Cannot end turn before resolving queries!");
gh->states.setFlag(GS(gh)->currentPlayer,&PlayerStatus::makingTurn,false);
return true;
}
bool SetSelection::applyGh( CGameHandler *gh )
{
ERROR_IF_NOT(player);
if(!gh->getObj(id))
{
tlog1 << "No such object...\n";
ERROR_AND_RETURN;
}
gh->sendAndApply(this);
return true;
}
bool SetSelection::applyGh( CGameHandler *gh )
{
ERROR_IF_NOT(player);
if(!gh->getObj(id))
{
logNetwork->errorStream() << "No such object...";
ERROR_AND_RETURN;
}
gh->sendAndApply(this);
return true;
}
JSONArray::JSONArray(char* _buffer): JSONBase(_buffer) {
if ( !buffer )
return;
try {
SKIP_WHITESPACE();
ERROR_IF_NOT('[');
buffer++;
while ( readValue() ) {}
SKIP_WHITESPACE();
ERROR_IF_NOT(']');
*buffer++ = 0;
} catch(...) {
for ( auto &m : values ) {
if ( m ) {
delete m;
}
}
values.clear();
throw;
}
}
bool TradeOnMarketplace::applyGh( CGameHandler *gh )
{
//market must be owned or visited
const IMarket *m = IMarket::castFrom(market);
if(!m)
COMPLAIN_AND_RETURN("market is not-a-market! :/");
ui8 player = market->tempOwner;
if(player >= GameConstants::PLAYER_LIMIT)
player = gh->getTile(market->visitablePos())->visitableObjects.back()->tempOwner;
if(player >= GameConstants::PLAYER_LIMIT)
COMPLAIN_AND_RETURN("No player can use this market!");
if(hero && (player != hero->tempOwner || hero->visitablePos() != market->visitablePos()))
COMPLAIN_AND_RETURN("This hero can't use this marketplace!");
ERROR_IF_NOT(player);
switch(mode)
{
case EMarketMode::RESOURCE_RESOURCE:
return gh->tradeResources(m, val, player, r1, r2);
case EMarketMode::RESOURCE_PLAYER:
return gh->sendResources(val, player, static_cast<Res::ERes>(r1), static_cast<TPlayerColor>(r2));
case EMarketMode::CREATURE_RESOURCE:
if(!hero)
COMPLAIN_AND_RETURN("Only hero can sell creatures!");
return gh->sellCreatures(val, m, hero, r1, static_cast<Res::ERes>(r2));
case EMarketMode::RESOURCE_ARTIFACT:
if(!hero)
COMPLAIN_AND_RETURN("Only hero can buy artifacts!");
return gh->buyArtifact(m, hero, static_cast<Res::ERes>(r1), ArtifactID(r2));
case EMarketMode::ARTIFACT_RESOURCE:
if(!hero)
COMPLAIN_AND_RETURN("Only hero can sell artifacts!");
return gh->sellArtifact(m, hero, ArtifactInstanceID(r1), static_cast<Res::ERes>(r2));
case EMarketMode::CREATURE_UNDEAD:
return gh->transformInUndead(m, hero, r1);
case EMarketMode::RESOURCE_SKILL:
return gh->buySecSkill(m, hero, SecondarySkill(r2));
case EMarketMode::CREATURE_EXP:
return gh->sacrificeCreatures(m, hero, r1, val);
case EMarketMode::ARTIFACT_EXP:
return gh->sacrificeArtifact(m, hero, ArtifactPosition(r1));
default:
COMPLAIN_AND_RETURN("Unknown exchange mode!");
}
}
bool JSONObject::readValue() {
// Read string chunk terminated by ending quote.
SKIP_WHITESPACE();
if ( *buffer == '}' )
return false;
char *key = nullptr;
JSONBase *value = nullptr;
if ( *buffer == '"' || *buffer == '\'' ) {
if ( !(key = readQuotedValue()) )
throw sfx::bad_json();
} else if ( *buffer != ',' && *buffer != ':' ) {
if ( !(key = readUnquotedValue()) )
throw sfx::bad_json();
} else {
throw sfx::bad_json();
}
SKIP_WHITESPACE();
ERROR_IF_NOT(':');
*buffer++ = 0;
SKIP_WHITESPACE();
if ( *buffer == '"' ) {
value = new JSONString(readQuotedValue());
} else if ( *buffer == '[' ) {
value = new JSONArray(buffer);
buffer = value->buffer;
} else if ( *buffer == '{' ) {
value = new JSONObject(buffer);
buffer = value->buffer;
} else if ( *buffer != ',' ) {
value = new JSONString(readUnquotedValue());
} else {
throw sfx::bad_json();
}
values[key]=value;
SKIP_WHITESPACE();
if ( *buffer == ',' ) {
*buffer++=0;
return true;
}
return false;
}
bool ExchangeArtifacts::applyGh( CGameHandler *gh )
{
ERROR_IF_NOT(src.owningPlayer());//second hero can be ally
return gh->moveArtifact(src, dst);
}
Shape* read_ply(const string& filename, bool flipface, bool normalize, bool flipyz) {
FILE* f = fopen(filename.c_str(), "rt");
if(not f) ERROR("cannot open file %s", filename.c_str());
char line[LINE_SIZE];
// magic
fgets(line, LINE_SIZE, f);
if(not _startswith(line, "ply")) ERROR("unknown file format");
// format
fgets(line, LINE_SIZE, f);
if(not _startswith(line, "format")) ERROR("unknown file format");
// skip till vertex
fgets(line, LINE_SIZE, f);
while(not _startswith(line, "element vertex")) fgets(line, LINE_SIZE, f);
// vertex
int vertex_num = 0;
sscanf(line, "element vertex %d", &vertex_num);
// vertex props
int vertex_pos = -1, vertex_norm = -1, vertex_uv = -1, vertex_col8 = -1, vertex_colf = -1;
int vertex_vals = 0;
fgets(line, LINE_SIZE, f);
while(_startswith(line, "property")) {
if(_startswith(line, "property float x") or _startswith(line, "property float32 x")) vertex_pos = vertex_vals;
if(_startswith(line, "property float nx") or _startswith(line, "property float32 nx")) vertex_norm = vertex_vals;
if(_startswith(line, "property uchar diffuse_red") or _startswith(line, "property uint8 diffuse_red")) vertex_col8 = vertex_vals;
if(_startswith(line, "property uchar red") or _startswith(line, "property uint8 red")) vertex_col8 = vertex_vals;
if(_startswith(line, "property float diffuse_red") or _startswith(line, "property float32 diffuse_red")) vertex_colf = vertex_vals;
if(_startswith(line, "property float red") or _startswith(line, "property float32 red")) vertex_colf = vertex_vals;
vertex_vals ++;
fgets(line, LINE_SIZE, f);
}
// skip till faces
while(not _startswith(line, "element face")) fgets(line, LINE_SIZE, f);
// face
int face_num = 0;
sscanf(line, "element face %d", &face_num);
// face props
int face_start = -1;
int face_vals = 0;
fgets(line, LINE_SIZE, f);
while(_startswith(line, "property")) {
if(_startswith(line, "property list uchar int vertex_ind")) face_start = face_vals;
if(_startswith(line, "property list uchar uint vertex_ind")) face_start = face_vals;
if(_startswith(line, "property list uint8 int32 vertex_ind")) face_start = face_vals;
if(_startswith(line, "property list char int vertex_ind")) face_start = face_vals;
if(_startswith(line, "property list int8 int32 vertex_ind")) face_start = face_vals;
face_vals ++;
fgets(line, LINE_SIZE, f);
}
ERROR_IF_NOT(face_start>=0, "bad face start");
// skip till end of header
while(not _startswith(line, "end_header")) fgets(line, LINE_SIZE, f);
// read vertex data
vector<vec3f> pos; vector<vec3f> norm; vector<vec2f> uv;
for(int i = 0; i < vertex_num; i ++) {
vector<float> vdata;
for(int j = 0; j < vertex_vals; j ++) {
float v;
fscanf(f, "%f", &v);
vdata.push_back(v);
}
pos.push_back( vec3f(vdata[vertex_pos+0],vdata[vertex_pos+1],vdata[vertex_pos+2]) );
if(vertex_norm >= 0) norm.push_back( vec3f(vdata[vertex_norm+0],vdata[vertex_norm+1],vdata[vertex_norm+2]) );
if(vertex_uv >= 0) uv.push_back( vec2f(vdata[vertex_uv+0],vdata[vertex_uv+1] ));
}
if(normalize) {
range3f bbox;
for(auto v : pos) bbox = runion(bbox,v);
vec3f c = center(bbox); float s = 1/max_component(size(bbox));
for(vec3f& v : pos) v = (v-c)*s;
}
if(flipyz) {
for(vec3f& v : pos) swap(v.y,v.z);
for(vec3f& v : norm) swap(v.y,v.z);
}
// read vertex data
vector<vec3i> triangles; vector<vec4i> quads;
for(int i = 0; i < face_num; i ++) {
int n = 0; fscanf(f, "%d", &n);
if(n == 3) { vec3i face; for(int j=0;j<3;j++) fscanf(f, "%d", &(face[j])); triangles.push_back(face); }
if(n == 4) { vec4i face; for(int j=0;j<4;j++) fscanf(f, "%d", &(face[j])); quads.push_back(face); }
if(n != 3 and n != 4) ERROR("unsupported face type");
}
if(flipface) {
for(vec3i& t : triangles) swap(t.y,t.z);
for(vec4i& t : quads) swap(t.y,t.w);
}
fclose(f);
if(triangles.size() == 0 and quads.size() > 0) {
auto mesh = new Mesh();
mesh->pos = pos;
mesh->norm = norm;
mesh->texcoord = uv;
mesh->quad = quads;
return mesh;
} else if(triangles.size() > 0 and quads.size() == 0) {
auto mesh = new TriangleMesh();
mesh->pos = pos;
mesh->norm = norm;
mesh->texcoord = uv;
mesh->triangle = triangles;
return mesh;
} else if(triangles.size() > 0 and quads.size() > 0) {
auto mesh = new Mesh();
mesh->pos = pos;
mesh->norm = norm;
mesh->texcoord = uv;
mesh->triangle = triangles;
mesh->quad = quads;
return mesh;
} else { WARNING("empty mesh"); return 0; }
}
