void Block::draw(Level& level) {
// récupération de la texture correspondant au type de bloc
std::string texture_name = "block.tga";
if (getMass() > 0) {
texture_name = "movable_" + texture_name;
}
if (isSelected()) {
texture_name = "selected_" + texture_name;
}
sprite.setTexture(*ResourceManager::get().getTexture(
"objects/" + texture_name
));
// coloration du bloc selon sa charge
if (getCharge() > 0) {
sprite.setColor(sf::Color(180, 180, 255));
} else if (getCharge() < 0) {
sprite.setColor(sf::Color(255, 180, 180));
} else {
sprite.setColor(sf::Color::White);
}
sprite.setPosition(getPosition());
level.getManager().getWindow().draw(sprite);
}
void HoldSkill::tick()
{
if (isEnabled())
{
setCharge(getCharge() - getReduction());
}
else
{
setCharge(getCharge() + getRecharge());
}
}
/********************
* write_mc_parts
*******************/
int write_mc_parts(FILE *fp, mc_evt_t *mc_evt){
int i;
/*
* write header info
*/
fprintf(fp,"%d %d\n", mc_evt->runNo, mc_evt->eventNo);
/*
* now loop over the particle in the event
*/
for(i=0;i<mc_evt->nparts;i++){
fprintf(fp,"%d %d %lf \n",(i+1),
gampID(mc_evt->part[i].pid), mc_evt->part[i].mass);
fprintf(fp," %d %lf %lf %lf %lf\n",
getCharge( mc_evt->part[i].pid),
/* mc_evt->part[i].pid/abs(mc_evt->part[i].pid),*/
mc_evt->part[i].p.space.x,
mc_evt->part[i].p.space.y,
mc_evt->part[i].p.space.z,
mc_evt->part[i].p.t);
}
return 1;
}
CRectangle::CRectangle(CVector b, CVector e)
{
ptbvir.push_back(b);
ptevir.push_back(e);
cancharge=true;
getCharge();
}
/******************************************************************//**
* Initializing protein class
******************************************************************/
CProtein::CProtein(const char *fname) {
vector<AA> aas;
string ss = fname;
if (ss.find("pdb") != std::string::npos) {
CPDB::loadFromPDB(fname, aas);
} else if (ss.find("pqr") != std::string::npos) {
CPDB::loadFromPQR(fname, aas);
}
// Add each atom in each amino acid of protein to matrix of atoms
for (int i = 0; i < aas.size(); i++)
for (int j = 0; j < aas[i].getNumAtoms(); j++)
m_atoms.push_back(aas[i][j]);
// Add charge on atom in each amino acid to vector of charges
for (int i = 0; i < m_atoms.size(); i++) {
if (m_atoms[i].getCharge() != 0.0)
m_chargedAtoms.push_back(&(m_atoms[i]));
}
m_center = computeCenter(); // compute center of geometry if the atom
// reposition each atom WRT to the center of mass of protein
for (int i = 0; i < m_atoms.size(); i++)
m_atoms[i].setPos(m_atoms[i].getPos() - m_center);
computeRadius();
m_sumCharge = 0.0; // Total charge of protein
for (int i = 0; i < getNumCharges(); i++) m_sumCharge += getCharge(i);
REAL s = 0.0; // Total charge of protein to print as output
for (int i = 0; i < getNumCharges(); i++) s += (getCharge(i));
cout << "sum = " << s << " rad = " << m_rad << endl;
// Creating a multipole expansion class for the protein
m_mpe = new CMPE(*this);
m_exps.push_back(m_mpe); // Pushing the MPE to an array
// Adding the protein center to an array of centers
m_cens.push_back(&m_center);
m_mols.push_back(this); // Adding the protein to an array of proteins
}
void SMSClient::charge(bool bCharge, unsigned capacity)
{
bool bChange = false;
if (bCharge != getCharging()){
bChange = true;
setCharging(bCharge);
}
if (capacity != getCharge()){
bChange = true;
setCharge(capacity);
}
if (bChange){
Event e(EventClientChanged, this);
e.process();
}
}
/********************
* write_gamp_parts
*******************/
int write_gamp_parts(FILE *fp, mc_evt_t *mc_evt, int photon_beam){
int i;
/*
* Write the number of particles (including the beam)
*/
fprintf(fp,"%d \n", mc_evt->nparts+1);
/*
* Write particle info (id charge p.x p.y p.z p.t)
*/
/* kludged beam */
fprintf(fp,"1 0 0 0 %d %d \n", photon_beam,photon_beam);
/* now write out nparts */
for(i=0;i<mc_evt->nparts;i++){
fprintf(fp,"%d %d %lf %lf %lf %lf \n",
gampID(mc_evt->part[i].pid),getCharge( mc_evt->part[i].pid),
mc_evt->part[i].p.space.x,
mc_evt->part[i].p.space.y,
mc_evt->part[i].p.space.z,
mc_evt->part[i].p.t);
}
}
int main(void){
Charge chNull = NULL;
ChargeArray chANull = NULL;
Charge chrv;
ChargeArray chArv;
int rv;
int len = 5;
int val = -999;
int spot = 3; //spot in array where testing functions
double drv;
//valid:
//Charge ch
//ChargeArray chA
printf("Testing: newCharge\n");
Charge ch = newCharge();
assert(ch !=NULL);
printf("Testing: newChargeA\n");
ChargeArray chA = newChargeA(len);
assert(chA !=NULL);
chArv = newChargeA(val);
assert(chArv ==NULL);
printf("Testing: setDwel\n");
rv= setDwel(chNull, 15.75);
assert(rv==-1);
rv= setDwel(ch, val);
assert(rv==-1);
rv= setDwel(ch, 15.75);
assert(rv==0);
printf("Testing: MinusDwel\n");
rv= MinusDwel(chNull, 1.05);
assert(rv==-1);
rv= MinusDwel(ch, val);
assert(rv==-1);
rv= MinusDwel(ch, 14.25);
assert(rv==0);
printf("Testing: getDwel\n");
drv= getDwel(chNull);
assert(drv==-1);
drv= getDwel(ch);
printf("%f\n", drv);
assert(drv==1.5);
printf("Testing: printCharge, Expecting: dwelltime = 1.5 \n");
rv= printCharge(chNull);
assert(rv==-1);
rv= printCharge(ch);
assert(rv==0);
printf("Testing: sett\n");
rv= sett(chNull, 2.451);
assert(rv==-1);
rv= sett(ch, val);
assert(rv==-1);
rv= sett(ch, 2.451);
assert(rv==0);
printf("Testing: Plust\n");
rv= Plust(chNull, 3.5);
assert(rv==-1);
rv= Plust(ch, val);
assert(rv==-1);
rv= Plust(ch, 3.5);
assert(rv==0);
printf("Testing: gett\n");
drv= gett(chNull);
assert(drv==-1);
drv= gett(ch);
printf("%f\n", drv);
assert(drv==(2.451+3.5));
printf("Testing: getCharge\n");
chrv= getCharge(chANull, 4);
assert(chrv==NULL);
chrv= getCharge(chA, -val); // i > len
assert(chrv==NULL);
chrv= getCharge(chA, val);
assert(chrv==NULL);
chrv= getCharge(chA, 4);
assert(chrv!=NULL);
printf("Testing: setCx\n");
rv= setCx(chNull, 6);
assert(rv==-1);
rv= setCx(getCharge(chA, spot), val);
assert(rv==0);
rv= setCx(getCharge(chA, spot), 6);
assert(rv==0);
printf("Testing: CxPlus\n"); //x=8
rv= CxPlus(chNull);
assert(rv==-1);
rv= CxPlus(getCharge(chA, spot));
rv= CxPlus(getCharge(chA, spot)); //done twice
assert(rv==0);
printf("Testing: CxMinus\n"); //x=7 //tot_x = 7
rv= CxMinus(chNull);
assert(rv==-1);
rv= CxMinus(getCharge(chA, spot)); //done once
assert(rv==0);
printf("Testing: CxPlusPeriodic\n"); //x=0 //tot_x = 8
rv= CxPlusPeriodic(chNull, 2);
assert(rv==-1);
rv= CxPlusPeriodic(getCharge(chA, spot), val);
assert(rv==-1);
rv= CxPlusPeriodic(getCharge(chA, spot), 2); //add once
assert(rv==0);
printf("Testing: CxMinusPeriodic\n"); //x=4 //tot_x = 7
rv= CxMinusPeriodic(chNull, 5);
assert(rv==-1);
rv= CxMinusPeriodic(getCharge(chA, spot), val);
assert(rv==-1);
rv= CxMinusPeriodic(getCharge(chA, spot), 5);
assert(rv==0);
printf("Testing: getCx\n");
rv= getCx(chNull);
assert(rv==-1);
rv= getCx(getCharge(chA, spot));
assert(rv==4);
printf("Testing: getXdist\n");
rv= getXdist(chNull);
assert(rv==-1);
rv= getXdist(getCharge(chA, spot));
assert(rv==7);
printf("Testing: printChargeA, Expecting: ch[3]->x = 4\n");
rv= printChargeA(chANull);
assert(rv==-1);
rv= printChargeA(chA);
assert(rv==0);
printf("Testing: setCy\n");
rv= setCy(chNull,8);
assert(rv==-1);
rv= setCy(ch, val);
assert(rv==0);
rv= setCy(ch, 8);
assert(rv==0);
printf("Testing: CyPlus\n"); //y=9 (after function successfully called)
rv= CyPlus(chNull);
assert(rv==-1);
rv= CyPlus(ch);
assert(rv==0);
printf("Testing: CyMinus\n");//y=7
rv= CyMinus(chNull);
assert(rv==-1);
rv= CyMinus(ch);
rv= CyMinus(ch); //subtract twice
assert(rv==0);
printf("Testing: CyPlusPeriodic\n"); //y=0
rv= CyPlusPeriodic(chNull, 2);
assert(rv==-1);
rv= CyPlusPeriodic(ch, val);
assert(rv==-1);
rv= CyPlusPeriodic(ch, 2); //add once
assert(rv==0);
printf("Testing: CyMinusPeriodic\n"); //y=4
rv= CyMinusPeriodic(chNull, 5);
assert(rv==-1);
rv= CyMinusPeriodic(ch, val);
assert(rv==-1);
rv= CyMinusPeriodic(ch, 5);
assert(rv==0);
printf("Testing: getCy\n");
rv= getCy(chNull);
assert(rv==-1);
rv= getCy(ch);
assert(rv==4);
printf("Testing: setCz\n");
rv= setCz(chNull,16);
assert(rv==-1);
rv= setCz(ch, val);
assert(rv==0);
rv= setCz(ch, 16);
assert(rv==0);
printf("Testing: CzPlus\n"); //z=18
rv= CzPlus(chNull);
assert(rv==-1);
rv= CzPlus(ch);
rv= CzPlus(ch); //add twice
assert(rv==0);
printf("Testing: CzMinus\n"); //z=17
rv= CzMinus(chNull);
assert(rv==-1);
rv= CzMinus(ch);
assert(rv==0);
printf("Testing: CzPlusPeriodic\n"); //z=0
rv= CzPlusPeriodic(chNull, 5);
assert(rv==-1);
rv= CzPlusPeriodic(ch, val);
assert(rv==-1);
rv= CzPlusPeriodic(ch, 6);
assert(rv==0);
printf("Testing: CzMinusPeriodic\n"); // z=12
rv= CzMinusPeriodic(chNull, 13);
assert(rv==-1);
rv= CzMinusPeriodic(ch, val);
assert(rv==-1);
rv= CzMinusPeriodic(ch, 13);
assert(rv==0);
printf("Testing: getCz\n");
rv= getCz(chNull);
assert(rv==-1);
rv= getCz(ch);
assert(rv==12);
printf("Testing: deleteCharge\n");
rv= deleteCharge(chNull);
assert(rv==-1);
rv= deleteCharge(ch);
assert(rv==0);
printf("Testing: deleteChargeA\n");
rv= deleteChargeA(chANull);
assert(rv==-1);
rv= deleteChargeA(chA);
assert(rv==0);
printf("Testing: initChargePath\n");
Charge ch2 = newCharge();
assert(ch2!=NULL);
fprintf(stderr,"Should print ERROR message: ");
rv = initChargePath(NULL, 3);
assert(rv==-1);
fprintf(stderr,"Should print ERROR message: ");
rv = initChargePath(&ch2,1);
assert(rv==-1);
fprintf(stderr,"initializing same charge again with 2 nodes\n");
rv = initChargePath(&ch2,2);
assert(rv==0);
printCharge(ch2);
fprintf(stderr,"Should print ERROR message: ");
rv = initChargePath(&ch2,2);
assert(rv==-1);
fprintf(stderr,"Deleting ch2\n");
rv= deleteCharge(ch2);
printf("Testing: initChargeArrayPath\n");
ChargeArray cha2 = newChargeA(3);
fprintf(stderr,"Should print ERROR message: ");
rv = initChargeArrayPath(NULL, 2);
assert(rv==-1);
fprintf(stderr,"Should print ERROR message: ");
rv = initChargeArrayPath(cha2,1);
assert(rv==-1);
rv = initChargeArrayPath(cha2,2);
assert(rv==0);
Charge ch3 = getCharge(cha2,2);
assert(ch3!=NULL);
rv= deleteChargeA(cha2);
assert(rv==0);
printf("Mission Completed\n");
return 0;
}
/********************
* write_mc_parts
*******************/
int write_mc_parts(FILE *fp, mc_evt_t *mc_evt){
int i,ret;
static itape_header_t *buffer=NULL;
esr_nparticle_t *esr;
int group=802; /* esrGroup*/
int nparticles;
esr_particle_t esrp[MAX_ESR_PARTS];
if(!buffer){
buffer=(itape_header_t *)malloc(BUFSIZE);
data_newItape(buffer);
}
/*
* write header info
*/
buffer->runNo=mc_evt->runNo;
buffer->eventNo= mc_evt->eventNo;
buffer->spillNo= 0;
buffer->trigger= 1;
if(Debug)
fprintf(fp,"%d %d\n", mc_evt->runNo, mc_evt->eventNo);
esr=data_addGroup(buffer,BUFSIZE,802,sizeof(esr_nparticle_t)+
(mc_evt->nparts)*sizeof(esr_particle_t));
esr->nparticles = mc_evt->nparts;
/*
* now loop over the particle in the event and fill the esr
*/
/*
* Kludged Beam */
esr->beam.space.x=0;
esr->beam.space.y=0;
esr->beam.space.z=KludgedBeam;
esr->beam.t = KludgedBeam;
for(i=0;i<mc_evt->nparts;i++){
esr->p[i].particleType =mc_evt->part[i].pid;
esr->p[i].charge = getCharge( mc_evt->part[i].pid);
esr->p[i].p.space.x=mc_evt->part[i].p.space.x;/* float = double */
esr->p[i].p.space.y=mc_evt->part[i].p.space.y;
esr->p[i].p.space.z=mc_evt->part[i].p.space.z;
esr->p[i].p.t=mc_evt->part[i].p.t;
if(Debug)
fprintf(fp,"%d %d %lf \n",(i+1),
mc_evt->part[i].pid, mc_evt->part[i].mass);
if(Debug)
fprintf(fp," %d %lf %lf %lf %lf\n",
getCharge( mc_evt->part[i].pid),
/*mc_evt->part[i].pid/abs(mc_evt->part[i].pid),*/
mc_evt->part[i].p.space.x,
mc_evt->part[i].p.space.y,
mc_evt->part[i].p.space.z,
mc_evt->part[i].p.t);
}
data_saveGroups(buffer,1,&group);
data_clean(buffer);
data_write(fileno(fp),buffer);
return 1;
}
void Screen::printCharge() {
getCharge(charge_);
lcdPrintCharge(charge_, 8);
lcdPrintChar(' ');
}