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#include "obtsDevice.h"
obtsDevice::obtsDevice()
{
}
obtsDevice::obtsDevice(string &imsi,string &imei,string &num,ofImage *_icon,ofVec2f _coords)
{
IMSI=imsi;
IMEI=imei;
number=num;
coords=_coords;
icon=_icon;
active=false;
calling=false;
exciteLevel=0.99;
lastTime=ofGetElapsedTimef();
if (IMSI.size()) {
//colour based on IMSI
string cc=IMSI.substr(3,2);
printf("new device: carrier code %s\n",cc.c_str());
if(!cc.compare("02")) { //O2
colour=ofColor(0,88,150);
}
else if (!cc.compare("01")) { //vodafone
colour=ofColor(248,0,0);
}
else if (!cc.compare("03")) { //meteor
colour=ofColor(242,105,0);
}
else if (!cc.compare("05")) { //three
colour=ofColor(0,168,0);
}
else if (!cc.compare("07")) { //eircom
colour=ofColor(241,91,37);
}
else colour=ofColor(160,160,160);
}
else colour=ofColor(0,0,0);
}
obtsDevice::~obtsDevice()
{
//dtor
}
void obtsDevice::connect(){
if (!active) {
connectionHistory.push_back(timeseg());
active=true;
}
}
void obtsDevice::disconnect(){
if (active) {
connectionHistory[connectionHistory.size()-1].endTime=ofGetElapsedTimef();
active=false;
}
}
void obtsDevice::ringing(obtsDevice *to){
if (!calling) {
callHistory.push_back(tcall(to,false));
calling=true;
}
}
void obtsDevice::connectCall(){
if (calling) {
callHistory[callHistory.size()-1].connect();
}
}
void obtsDevice::call(obtsDevice *to){
if (!calling) {
callHistory.push_back(tcall(to,true));
calling=true;
}
}
void obtsDevice::endCall(){
if (calling) {
callHistory[callHistory.size()-1].endTime=ofGetElapsedTimef();
callHistory[callHistory.size()-1].connected=false;
calling=false;
}
}
void obtsDevice::sms(obtsDevice *to){
smsHistory.push_back(tsms(to));
printf("%s: %i sms in history\n",number.c_str(),smsHistory.size());
}
void obtsDevice::excite(float amount) {
if (!active) connect(); //we lost it for some reason
exciteLevel=amount;
lastUsed=ofGetElapsedTimef();
}
float obtsDevice::timeCoord(float t){
//function to map time to the z dimension
//timescale is the number of pixels per second
//return t*timeScale;
return log10(t+1)*(ofGetHeight()/4);
}
void obtsDevice::draw(float t)
{
timeScale=t;
float decay=2.0;
float now=ofGetElapsedTimef();
if ((now-lastUsed) > 6000) disconnect(); //connection timeout 10 minutes
float timeSeg=now-lastTime;
lastTime=now;
//draw a line at the angular position of the device
//z=0 is the 'surface' i.e. now.
//the device know the time now and when it was created
//needs to know the time the app began in order to scale the line vertically
//dynamic scaling or fixed vertical scale?
//for dynamic, just scale vertically based on time
//for fixed/dynamic, pass a scaling parameter when drawing
//enable depth? possible?
//colour based on IMSI, excitation and movement
//sms and calls coloured based on the phone that made them.
if (connectionHistory.size()) {
float rf=sin((coords.y/(ofGetWidth()*0.9))*TWO_PI);
ofSetColor(colour); //*rf);
float endPos;
for (vector<timeseg>::iterator i=connectionHistory.begin();i!=connectionHistory.end();i++){
float startPos=-timeCoord(now-(*i).startTime);
endPos=(*i).endTime>0.0f?-timeCoord(now-(*i).endTime):0.0f;
ofLine(cos(coords.x)*coords.y,sin(coords.x)*coords.y,startPos,cos(coords.x)*coords.y,sin(coords.x)*coords.y,endPos);
//printf("%f drawing %f,%f,%f to %f,%f,%f\n",ofGetElapsedTimef(),cos(coords.x)*coords.y,sin(coords.x)*coords.y,startPos,cos(coords.x)*coords.y,sin(coords.x)*coords.y,endPos);
}
for (vector<tsms>::iterator i=smsHistory.begin();i!=smsHistory.end();i++){
float timepos=-timeCoord(now-(*i).time);
ofLine(cos(coords.x)*coords.y,sin(coords.x)*coords.y,timepos,cos((*i).recipient->coords.x)*(*i).recipient->coords.y,sin((*i).recipient->coords.x)*(*i).recipient->coords.y,timepos);
}
ofEnableAlphaBlending();
for (vector<tcall>::iterator i=callHistory.begin();i!=callHistory.end();i++){
float stimepos=-timeCoord(now-(*i).startTime);
float etimepos=((*i).endTime>0.0f?-timeCoord(now-(*i).endTime):0.0f);
float ctimepos=(*i).endTime<.01f&&!(*i).connected?0.0f:-timeCoord(now-(*i).connectedTime);
if (((*i).connectedTime>(*i).startTime)||((!(*i).connected)&&((*i).endTime<.01f))) { //draw ringing section
ofSetColor(colour.r,colour.g,colour.b,0x2f);
glBegin(GL_QUADS);
glVertex3f(cos(coords.x)*coords.y,sin(coords.x)*coords.y,stimepos);
glVertex3f(cos((*i).recipient->coords.x)*(*i).recipient->coords.y,sin((*i).recipient->coords.x)*(*i).recipient->coords.y,stimepos);
glVertex3f(cos((*i).recipient->coords.x)*(*i).recipient->coords.y,sin((*i).recipient->coords.x)*(*i).recipient->coords.y,ctimepos);
glVertex3f(cos(coords.x)*coords.y,sin(coords.x)*coords.y,ctimepos);
glEnd();
}
if ((*i).connectedTime>0.0f) { //draw connected section
ofSetColor(colour.r,colour.g,colour.b,0x4f);
glBegin(GL_QUADS);
glVertex3f(cos(coords.x)*coords.y,sin(coords.x)*coords.y,ctimepos);
glVertex3f(cos((*i).recipient->coords.x)*(*i).recipient->coords.y,sin((*i).recipient->coords.x)*(*i).recipient->coords.y,ctimepos);
glVertex3f(cos((*i).recipient->coords.x)*(*i).recipient->coords.y,sin((*i).recipient->coords.x)*(*i).recipient->coords.y,etimepos);
glVertex3f(cos(coords.x)*coords.y,sin(coords.x)*coords.y,etimepos);
glEnd();
}
}
ofDisableAlphaBlending();
int greylev=0x7f+((int)(128.0f*exciteLevel));
//printf("%s %i\n",number.c_str(),greylev);
ofSetColor(greylev,greylev,greylev,0xff);
ofSetDrawBitmapMode(OF_BITMAPMODE_MODEL_BILLBOARD);
ofDrawBitmapString(number,cos(coords.x)*coords.y,sin(coords.x)*coords.y,endPos);
ofSetDrawBitmapMode(OF_BITMAPMODE_SIMPLE);
exciteLevel=pow(exciteLevel,1+(timeSeg*decay));
}
}
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