void ofxRemoteUIServer::shareParam(string paramName, string* param, ofColor c, int nothingUseful ){
RemoteUIParam p;
p.type = REMOTEUI_PARAM_STRING;
p.stringValAddr = param;
p.stringVal = *param;
p.group = upcomingGroup;
setColorForParam(p, c);
addParamToDB(p, paramName);
cout << "ofxRemoteUIServer Sharing String Param '" << paramName << "'" <<endl;
}
void ofxRemoteUIServer::shareParam(string paramName, int* param, int min, int max, ofColor c ){
RemoteUIParam p;
p.type = REMOTEUI_PARAM_INT;
p.intValAddr = param;
p.maxInt = max;
p.minInt = min;
p.group = upcomingGroup;
setColorForParam(p, c);
p.intVal = *param = ofClamp(*param, min, max);
addParamToDB(p, paramName);
cout << "ofxRemoteUIServer Sharing Int Param '" << paramName << "'" << endl;
}
void ofxRemoteUIServer::shareParam(string paramName, unsigned char* param, ofColor bgColor, int nothingUseful){
RemoteUIParam p;
p.type = REMOTEUI_PARAM_COLOR;
p.redValAddr = param;
p.redVal = param[0];
p.greenVal = param[1];
p.blueVal = param[2];
p.alphaVal = param[3];
p.group = upcomingGroup;
setColorForParam(p, bgColor);
addParamToDB(p, paramName);
cout << "ofxRemoteUIServer Sharing Color Param '" << paramName << "'" <<endl;
}
void ofxRemoteUIClient::trackParam(string paramName, unsigned char* param){
RemoteUIParam p;
map<string,RemoteUIParam>::iterator it = params.find(paramName);
if ( it == params.end() ){ //not found! we add it
p.type = REMOTEUI_PARAM_COLOR;
}else{
p = params[paramName];
if (p.type != REMOTEUI_PARAM_COLOR ){
cout << "wtf called trackParam(color) on a param that's not a color!" << endl;
}
}
p.redValAddr = param;
addParamToDB(p, paramName);
}
void ofxRemoteUIClient::trackParam(string paramName, bool* param){
RemoteUIParam p;
map<string,RemoteUIParam>::iterator it = params.find(paramName);
if ( it == params.end() ){ //not found! we add it
p.type = REMOTEUI_PARAM_BOOL;
}else{
p = params[paramName];
if (p.type != REMOTEUI_PARAM_BOOL ){
cout << "wtf called trackParam(bool) on a param that's not a bool!" << endl;
}
}
p.boolValAddr = param;
addParamToDB(p, paramName);
}
void ofxRemoteUIClient::trackParam(string paramName, int* param, vector<string> list){ //TODO!
RemoteUIParam p;
map<string,RemoteUIParam>::iterator it = params.find(paramName);
if ( it == params.end() ){ //not found! we add it
p.type = REMOTEUI_PARAM_ENUM;
}else{
p = params[paramName];
if (p.type != REMOTEUI_PARAM_ENUM ){
cout << "wtf called trackParam(int) on a param that's not a int!" << endl;
}
}
p.intValAddr = param;
addParamToDB(p, paramName);
}
void ofxRemoteUI::updateParamFromDecodedMessage(ofxOscMessage m, DecodedMessage dm){
string paramName = dm.paramName;
RemoteUIParam original;
bool newParam = true;
unordered_map<string, RemoteUIParam>::iterator it = params.find(paramName);
if ( it != params.end() ){ //found the param, we already had it
original = params[paramName];
newParam = false;
}
RemoteUIParam p = original;
int arg = 0;
switch (dm.argument) {
case FLT_ARG:
p.type = REMOTEUI_PARAM_FLOAT;
p.floatVal = m.getArgAsFloat(arg); arg++;
if(m.getNumArgs() > 1){
p.minFloat = m.getArgAsFloat(arg); arg++;
p.maxFloat = m.getArgAsFloat(arg); arg++;
}
if (p.floatValAddr){
*p.floatValAddr = p.floatVal;
}break;
case INT_ARG:
p.type = REMOTEUI_PARAM_INT;
p.intVal = m.getArgAsInt32(arg); arg++;
p.minInt = m.getArgAsInt32(arg); arg++;
p.maxInt = m.getArgAsInt32(arg); arg++;
if (p.intValAddr){
*p.intValAddr = p.intVal;
}break;
case COLOR_ARG:
p.type = REMOTEUI_PARAM_COLOR;
p.redVal = (int)m.getArgAsInt32(arg); arg++;
p.greenVal = (int)m.getArgAsInt32(arg); arg++;
p.blueVal = (int)m.getArgAsInt32(arg); arg++;
p.alphaVal = (int)m.getArgAsInt32(arg); arg++;
if (p.redValAddr){
*p.redValAddr = p.redVal;
*(p.redValAddr+1) = p.greenVal;
*(p.redValAddr+2) = p.blueVal;
*(p.redValAddr+3) = p.alphaVal;
}break;
case ENUM_ARG:{
p.type = REMOTEUI_PARAM_ENUM;
p.intVal = m.getArgAsInt32(arg); arg++;
p.minInt = m.getArgAsInt32(arg); arg++;
p.maxInt = m.getArgAsInt32(arg); arg++;
if (p.intValAddr){
*p.intValAddr = p.intVal;
}
int n = m.getNumArgs() - 5 - 3; // 3 >> the int vals, 5 >> 4 colors + 1 group
int i = 0;
p.enumList.clear();
for (i = 0; i < n; i++) {
p.enumList.push_back( m.getArgAsString(arg + i) );
}
arg = arg + i;
}break;
case BOL_ARG:
p.type = REMOTEUI_PARAM_BOOL;
p.boolVal = m.getArgAsInt32(arg) == 0 ? false : true; arg++;
if (p.boolValAddr){
*p.boolValAddr = p.boolVal;
}break;
case STR_ARG:
p.type = REMOTEUI_PARAM_STRING;
p.stringVal = m.getArgAsString(arg); arg++;
if (p.stringValAddr){
*p.stringValAddr = p.stringVal;
}break;
case SPACER_ARG:
p.type = REMOTEUI_PARAM_SPACER;
p.stringVal = m.getArgAsString(arg); arg++;
break;
case NULL_ARG: RUI_LOG_ERROR << "updateParamFromDecodedMessage NULL type!"; break;
default: RUI_LOG_ERROR << "updateParamFromDecodedMessage unknown type!"; break;
}
if(m.getNumArgs() > 1){
p.r = m.getArgAsInt32(arg); arg++;
p.g = m.getArgAsInt32(arg); arg++;
p.b = m.getArgAsInt32(arg); arg++;
p.a = m.getArgAsInt32(arg); arg++;
p.group = m.getArgAsString(arg); arg++;
}
if ( !p.isEqualTo(original) || newParam ){ // if the udpdate changed the param, keep track of it
paramsChangedSinceLastCheck.insert(paramName);
}
//here we update our param db
//params[paramName] = p;
if(newParam)
addParamToDB(p, paramName);
else
params[paramName] = p;
}
