void sk_main(){
unsigned char level,i;
y_pos(1,0);
lcd_printf(" P:");
for(i=1;i<8;i++) lcd_printf("%X",presa_read_level(i));
heh
y_pos(1,3);
lcd_printf("Menu");
cursore_sceqgli_opz(3);
}
void sk_init(){
y_pos(7,0);
lcd_printf("VISITA");
y_pos(2,1);
lcd_printf("www.pyacqua.net");
y_pos(0,3);
lcd_printf("--------------------");
msDelay(3000);
sk_clear();
}
void sk_menu_1_3(){
unsigned char scelta;
y_pos(1,0);
lcd_printf("<< INFO");
y_pos(1,1);
lcd_printf("Progetto opensource");
y_pos(1,2);
lcd_printf(" per la gestione ");
y_pos(1,3);
lcd_printf(" di acquari ");
scelta=aggiorna_cursore_opz(0,0);//min,max quindi solo ritornare indietro
}
void CompNovoIdentificationBase::getCIDSpectrumLight_(PeakSpectrum & spec, const String & sequence, DoubleReal prefix, DoubleReal suffix)
{
static DoubleReal h2o_mass = EmpiricalFormula("H2O").getMonoWeight();
Peak1D p;
DoubleReal b_pos(0.0 + prefix);
DoubleReal y_pos(h2o_mass + suffix);
for (Size i = 0; i != sequence.size() - 1; ++i)
{
char aa(sequence[i]);
b_pos += aa_to_weight_[aa];
char aa2(sequence[sequence.size() - i - 1]);
y_pos += aa_to_weight_[aa2];
if (b_pos > min_mz_ && b_pos < max_mz_)
{
p.setPosition(b_pos + Constants::PROTON_MASS_U);
p.setIntensity(1.0f);
spec.push_back(p);
}
if (y_pos > min_mz_ && y_pos < max_mz_)
{
p.setPosition(y_pos + Constants::PROTON_MASS_U);
p.setIntensity(1.0f);
spec.push_back(p);
}
}
spec.sortByPosition();
return;
}
void sk_menu_1_2_1(){
unsigned char scelta,presa;
y_pos(1,0);
lcd_printf("<< Assegna nomi");
presa=scegli_presa();
assegna_nome(3,2,presa); //x,y
}
void sk_menu_1_2_3(){
unsigned char scelta;
y_pos(1,0);
lcd_printf("<< IMPOSTA TIMER");
scelta=scegli_presa();
//cursore su linea x
}
void sk_menu_1_2_2(){
unsigned char scelta,stato;
y_pos(1,0);
lcd_printf("<< CAMBIA STATO ");
scelta=scegli_presa();
stato=imposta_stato(scelta);
presa_set_level(scelta,stato);
}
void BasicEnemy::draw(I_GraphicsHandler& graphics) {
if (texture_ == NULL) {
printf("BasicEnemy graphics were null! Setting BasicEnemy graphic...\n");
set_texture(graphics.load_image("assets/ships/BasicEnemy.png"));
}
graphics.draw(texture_, (int)x_pos(), (int)y_pos(), GraphicPriority::MIDDLE);
}
void sk_menu_1_2(){
unsigned char scelta;
y_pos(1,0);
lcd_printf("<< GESTIONE PRESE");
y_pos(1,1);
lcd_printf("Assegna nomi");
y_pos(1,2);
lcd_printf("Cambia stato");
y_pos(1,3);
lcd_printf("Imposta timer");
barra_menu_vert(0);
scelta=aggiorna_cursore_opz(0,3);//12=menu = 1_2
sk_clear();
if (scelta==0) udelay(1);//ritorna
else if (scelta==1) sk_menu_1_2_1();
else if (scelta==2) sk_menu_1_2_2();
else if (scelta==3) sk_menu_1_2_3();
}
void sk_menu_1_1(){
char valore[5];
// int intervalli[6];
// leggi rtc
y_pos(0,0);
lcd_printf("<< CAMBIA DATA");
y_pos(2,2);
//lcd_printf("15:00 25/04/07");
//ora
valore[0]=read_hour();
lcd_printf("%02d:",valore[0]);
valore[1]=read_min();
lcd_printf("%02d ",valore[1]);
//data
valore[2]=read_day();
lcd_printf("%02d",valore[2]);
valore[3]=read_month();
lcd_printf("/%02d",valore[3]);
valore[4]=read_year();
lcd_printf("/%02d",valore[4]);
// x,y,partenza,min,max
valore[0]=inc_cifra(2,2,valore[0],0,24);// hh
valore[1]=inc_cifra(5,2,valore[1],0,59);// mm
set_ora(valore[0],valore[1]);
valore[2]=inc_cifra(9,2,valore[2],0,31);// gg
valore[3]=inc_cifra(12,2,valore[3],0,12);// m
valore[4]=inc_cifra(15,2,valore[4],7,20);// aa
// verifica data x gg bisestili e gg de mesi
set_data(valore[2],valore[3],valore[4]);
//se ok salva il valore
y_pos(4,3);
if (true) lcd_printf("DATA SALVATA");
else lcd_printf("DATA ERRATA");
msDelay(2000);
}
void sk_menu_1(){
// problema... cm fare x scorrere le voci in verticale????
unsigned char scelta;
y_pos(1,0);
lcd_printf("<< MENU ");
y_pos(1,1);
lcd_printf("Cambia data");
y_pos(1,2);
lcd_printf("Gestione prese");
y_pos(1,3);
lcd_printf("Info");
barra_menu_vert(0);
scelta=aggiorna_cursore_opz(0,3);
sk_clear();
if (scelta==0) udelay(1);//ritorna
else if (scelta==1) sk_menu_1_1();
else if (scelta==2) sk_menu_1_2();
else if (scelta==3) sk_menu_1_3();
}
//da spostare in qualke altro file, viene comoda anke x assegnare i nomi alle sonde.... oppure il nome esce in automatiko...
// kidere al gruppo.... boh..
void assegna_nome(unsigned x, unsigned y, unsigned char presa) {
//presa 1..7
char alfabeto[37][2]= {"a","b","c","d","e","f","g","h","i","j","k","l","m","n","o","p","q","r","s","t","u","v","w","x","y","z"," ","0","1","2","3","4","5","6","7","8","9"};
char nome[15][2];
unsigned char lettera,carattere,press,i;
y_pos(x,y);
lettera=0;
carattere=0;
while(p_status() != P_OK) {
msDelay(10);
press=p_status();
if (press!=0) {
if (press==P_DOWN) {
if(lettera<26) lettera++;
else lettera=0;
}
else if (press==P_UP) {
if(lettera<26) lettera++;
else lettera=0;
}
else if (press==P_RIGHT) {
if(carattere<15) {
nome[carattere][0]=alfabeto[lettera][0];
carattere++;
x++; // avanza di un carattere
lettera=0;// il prox carattere partirà dalla lettere a.
}
}
y_pos(x,y);
lcd_printf(alfabeto[lettera]);
while (p_status()!=0) msDelay(10);
}
}
presa--;
for(i=0; i<carattere; i++) prese_nomi[presa][i][0]=nome[i][0];
//for(i=carattere;i<15;i++) prese_nomi[presa][i][0]=" ";//azera gli altri caratteri
}
unsigned char scegli_sonda(){
// ritorna 1..7
unsigned char scelta,press,i,sonda;
y_pos(1,1);
lcd_printf("Scegli la sonda");
y_pos(4,2);
lcd_printf(">1 2 3 4 5 6 7");
y_pos(3,3);
for (i=0;i<15;i++) lcd_printf(sonde_nomi[0][i]);
scelta=4;
y_pos(scelta,2);
sonda=1;
while(p_status() != P_OK){
press=p_status();
if (press!=0) {
y_pos(scelta,2);
lcd_printf(" ");
if (press==P_RIGHT) {
scelta+=2;
sonda++;
if (scelta>17){
scelta=4;
sonda=1;
}
}
else if (press==P_LEFT) {
scelta-=2;
sonda--;
if (scelta<4){
scelta=16;
sonda=7;
}
}
y_pos(scelta,2);
lcd_printf(">");
y_pos(3,3);
for (i=0;i<15;i++) lcd_printf(sonde_nomi[sonda-1][i]);
while (p_status()!=0) msDelay(1);
}
}
clean_row(2);
return sonda; // da1..7
}
unsigned char imposta_stato(unsigned char presa) {
unsigned char level,press;
y_pos(1,1);
lcd_printf("Scegli lo stato");
y_pos(6,2);
lcd_printf(" 0 1");
level=presa_read_level(presa);
//porta il cursore sullivello del pin
if (!level) y_pos(6,2);
else y_pos(12,2);
lcd_printf(">");
press=0;
while(p_status() != P_OK) {
press=p_status();
if (press!=0) {
if (press==P_LEFT) {
y_pos(12,2);
lcd_printf(" ");
y_pos(6,2);
lcd_printf(">");
level=0;
while (p_status()==P_LEFT) msDelay(1);
}
if (press==P_RIGHT) {
y_pos(6,2);
lcd_printf(" ");
y_pos(12,2);
lcd_printf(">");
level=1;
while (p_status()==P_RIGHT) msDelay(1);
}
}
}
printf("restituisco %d",level);
return level;
}
//*****************
// MAIN
//*****************
int main (int argc, char *argv[]) {
//orologio
time_t now;
struct tm *tm_now;
char conv[3];
char buff[20];
//match
unsigned char hr;
unsigned char min;
int presa,timer;//x cicli for
//aspetta alim stabile
delay_ms(50);
sk_clear();
delay_ms(50);
system ("clear");
if (i2c_open()<0) { printf("Apertura del bus I2C fallita\n"); return 1; }
board_init(); printf("--Init board [PASS]\n");
lcd_init(); printf("--Init lcd [PASS]\n");
ciabatta_init(); printf("--Init ciabatta [PASS]\n");
// socket_init(); printf("--Init socket on 15000 [PASS]\n");
board_init();
ciabatta_init();
sk_init();
printf("\nfox-acqua in esecuzione.\n");
if(fork() != 0){ //eseguito dal processo padre
for(;;){
y_pos(1,3);
lcd_printf("MENU");
cursore_scegli_opz(3);
while(p_status()!= P_OK){
//disegna lo stato delle prese
y_pos(1,0);
lcd_printf(" P:");
for(presa=1;presa<8;presa++) lcd_printf("%d",presa_read_level(presa));
//mostra ora e data
y_pos(12,1);
now = time ( NULL );
tm_now = localtime ( &now );
//%a /* Abbreviated weekday */
//%A /* Full weekday */
//%b /* Abbreviated month */
//%b /* Full month */
//%c /* Full date and time */
//%d /* Day of the month (1-31) */
//%H /* Hour (24 hour clock) */
//%I /* Hour (12 hour clock) */
//%j /* Day of the year (1-366)*/
//%m /* Month (1-12) */
//%M /* Minute (0-59) */
//%p /* AM/PM for 12 hour clock */
//%S /* Second (0-60) */
//%U /* Week number from Sunday */
//%w /* Weekday (0-6) from Sunday */
//%W /* Week number from Monday */
//%x /* Full date */
//%X /* Full time of day */
//%y /* Year without century */
//%Y /* Year with century */
//%Z /* Time zone */
//%% /* Print a % character */
strftime ( buff, sizeof buff, "%H:%M:%S", tm_now );
strftime ( conv, sizeof conv, "%H", tm_now ); hr=atoi(conv);
strftime ( conv, sizeof conv, "%M", tm_now ); min=atoi(conv);
lcd_printf( "%s", buff );
y_pos(12,2);
strftime ( buff, sizeof buff, "%d/%m/%y", tm_now );
lcd_printf( "%s", buff );
//----match tra rtc e timer vari----
//controlla se un delle 10 prese ha un timer attivo
s_timer timer[70];
for (a=0; a<70; a++)
read_timer(&timer[a], a);
//for (presa=0;presa<8;presa++){ //sfoglia le prese
//for(timer=0;timer<10;timer++){ //sfoglia i 10 timer di questa presa
if (presa_timer_stato[presa][timer]<99){
//allora c'� un timer impostato x questa presa
//controlla se deve scattare in questo momento
// !!!!!!!!!!!!!!
// risolvere il problema nel caso in cui: l'utente sia nel menu,
// e quando si ritorna qui l'orologio � andato
// dopo l'evento di un timer.
if (presa_timer[presa][timer][0]==hr){
if (presa_timer[presa][timer][1]==min){//ok, allora imposta la presa.
presa_set_level(presa+1,presa_timer_stato[presa][timer]);
}
}
}
}
}
} //luppa fink� non � premuto
sk_clear();
//socket_printf(cs,"Menu_1_0");
//write(cs,zero,1); //fa scrivee effettivamente la frase sopra svuotando il buffer ke ha interno(penso).
sk_menu_1();
sk_clear();
}//for
void CompNovoIdentificationBase::getCIDSpectrum_(PeakSpectrum & spec, const String & sequence, Size charge, DoubleReal prefix, DoubleReal suffix)
{
static DoubleReal h2o_mass = EmpiricalFormula("H2O").getMonoWeight();
static DoubleReal nh3_mass = EmpiricalFormula("NH3").getMonoWeight();
static DoubleReal co_mass = EmpiricalFormula("CO").getMonoWeight();
Peak1D p;
DoubleReal b_pos(0 + prefix);
DoubleReal y_pos(h2o_mass + suffix);
bool b_H2O_loss(false), b_NH3_loss(false), y_NH3_loss(false);
for (Size i = 0; i != sequence.size() - 1; ++i)
{
char aa(sequence[i]);
b_pos += aa_to_weight_[aa];
char aa2(sequence[sequence.size() - i - 1]);
y_pos += aa_to_weight_[aa2];
for (Size z = 1; z <= charge && z < 3; ++z)
{
// b-ions
if (b_pos >= min_mz_ && b_pos <= max_mz_)
{
for (Size j = 0; j != max_isotope_; ++j)
{
if (z == 1 /*|| b_pos > MIN_DOUBLE_MZ*/)
{
p.setPosition((b_pos + (DoubleReal)z * Constants::PROTON_MASS_U + (DoubleReal)j + Constants::NEUTRON_MASS_U) / (DoubleReal)z);
p.setIntensity(isotope_distributions_[(Size)b_pos][j] * 0.8 / (z * z));
spec.push_back(p);
}
}
}
// b-ion losses
if (b_pos - h2o_mass > min_mz_ && b_pos - h2o_mass < max_mz_)
{
if (b_H2O_loss || aa == 'S' || aa == 'T' || aa == 'E' || aa == 'D')
{
b_H2O_loss = true;
p.setPosition((b_pos + z * Constants::PROTON_MASS_U - h2o_mass) / z);
p.setIntensity(0.02 / (DoubleReal)(z * z));
if (z == 1 /* || b_pos > MIN_DOUBLE_MZ*/)
{
spec.push_back(p);
}
}
if (b_NH3_loss || aa == 'Q' || aa == 'N' || aa == 'R' || aa == 'K')
{
b_NH3_loss = true;
p.setPosition((b_pos + z * Constants::PROTON_MASS_U - nh3_mass) / z);
p.setIntensity(0.02 / (DoubleReal)(z * z));
if (z == 1 /* || b_pos > MIN_DOUBLE_MZ*/)
{
spec.push_back(p);
}
}
}
// a-ions only for charge 1
if (z == 1)
{
if (b_pos - co_mass > min_mz_ && b_pos - co_mass < max_mz_)
{
// a-ions
p.setPosition((b_pos + z * Constants::PROTON_MASS_U - co_mass) / (DoubleReal)z);
p.setIntensity(0.1f);
spec.push_back(p);
}
}
if (y_pos > min_mz_ && y_pos < max_mz_)
{
// y-ions
for (Size j = 0; j != max_isotope_; ++j)
{
if (z == 1 /* || y_pos > MIN_DOUBLE_MZ*/)
{
p.setPosition((y_pos + (DoubleReal)z * Constants::PROTON_MASS_U + (DoubleReal)j * Constants::NEUTRON_MASS_U) / (DoubleReal)z);
p.setIntensity(isotope_distributions_[(Size)y_pos][j] / (DoubleReal) (z * z));
spec.push_back(p);
}
}
// H2O loss
p.setPosition((y_pos + z * Constants::PROTON_MASS_U - h2o_mass) / (DoubleReal)z);
p.setIntensity(0.1 / (DoubleReal)(z * z));
if (aa2 == 'Q') // pyroglutamic acid formation
{
p.setIntensity(0.5f);
}
if (z == 1 /* || y_pos > MIN_DOUBLE_MZ*/)
{
spec.push_back(p);
}
// NH3 loss
if (y_NH3_loss || aa2 == 'Q' || aa2 == 'N' || aa2 == 'R' || aa2 == 'K')
{
y_NH3_loss = true;
p.setPosition((y_pos + z * Constants::PROTON_MASS_U - nh3_mass) / (DoubleReal)z);
p.setIntensity(0.1 / (DoubleReal)(z * z));
if (z == 1 /*|| y_pos > MIN_DOUBLE_MZ*/)
{
spec.push_back(p);
}
}
}
}
}
// if Q1 abundant loss of water -> pyroglutamic acid formation
if (sequence[0] == 'Q' && prefix == 0 && suffix == 0)
{
/*
for (PeakSpectrum::Iterator it = spec.begin(); it != spec.end(); ++it)
{
it->setIntensity(it->getIntensity() * 0.5);
}*/
/*
for (Size j = 0; j != max_isotope; ++j)
{
p.setPosition((precursor_weight + charge - 1 + j)/(DoubleReal)charge);
p.setIntensity(isotope_distributions_[(Int)p.getPosition()[0]][j] * 0.1);
spec.push_back(p);
}
*/
}
spec.sortByPosition();
return;
}