long ve_bit1(char *s, long v, u08 BitNum, u08 OnOffLabel)
{
if(ve_flag(veREAD)) { // Reading From EEPROM
if(ve_flag(veEEPROM_NO_RW)) return(v); // this var is disabled from EEPROM RW
while (!eeprom_is_ready());
if(eeprom_read_byte((void*) EIndex++)) v |= (1<<BitNum);
}
else if(ve_flag(veWRITE)) { // Writing To EEPROM
if(ve_flag(veEEPROM_NO_RW)) return(v); // this var is disabled from EEPROM RW
while (!eeprom_is_ready());
if(bit_is_set(v,BitNum)) eeprom_write_byte((void*) EIndex++,1);
else eeprom_write_byte((void*) EIndex++,0);
}
else if((veGroupI == veCurGroup) && (++veVarI == veCurVar)) { // if current variable
if(ve_flag(veCOUNT_VARS)) return(v); // iterating just to get counts
veCurVal = MAXLONG; // flag to not draw slider
if(veDelta < 0) v &= ~_BV(BitNum); // - turn off
if(veDelta > 0) v |= _BV(BitNum); // + turn on
veDelta = 0;
#ifdef RES_128x64
lcd_setxy(0,CHAR_HEIGHT*3);
printf("%s ", s);
#else
lcd_setxy(0,CHAR_HEIGHT*4);
printf("%s ", s);
#endif
if(bit_is_set(v,BitNum)) {
if(OnOffLabel) printf("ON");
else printf("1");
}
else {
if(OnOffLabel) printf("OFF");
else printf("0");
}
if (vePort != -1) printf (PS("\n"));
}
return(v);
// options for load/save
}
void AksenMain(void) {
lcd_puts("Hallo");
while(1) {/*
lcd_cls();
lcd_ubyte(analog(0));
lcd_setxy(0, 4);
lcd_ubyte(analog(1));
lcd_setxy(0, 8);
lcd_ubyte(analog(2));
lcd_setxy(0, 12);
lcd_ubyte(analog(3));
lcd_setxy(1, 0);
lcd_ubyte(analog(4));
lcd_setxy(1, 4);
lcd_ubyte(analog(5));
lcd_setxy(1, 8);
lcd_ubyte(analog(6));
lcd_setxy(1, 12);
lcd_ubyte(analog(7));
sleep(50);/**/
lcd_setxy(1,0);
lcd_ubyte(getSensor(0));
lcd_ubyte(getSensor(1));
lcd_ubyte(getSensor(2));
lcd_ubyte(getSensor(3));
lcd_ubyte(getSensor(4));
lcd_ubyte(getSensor(5));
lcd_ubyte(getSensor(6));
lcd_ubyte(getSensor(7));
lcd_ubyte(getSensor(8));
}
}
void md_init(void)
{
md_init_no_logo();
#ifdef LIBRARY_BUILD
lcd_setxy(CHAR_WIDTH*4,ROWS-CHAR_HEIGHT);
printf (PS(LIBRARY_VERSION));
draw_donkey_logo(); // - bezier curves
delay_ms(1500);
lcd_clear();
#endif
}
void ve_group(char *s)
{
if (++veGroupI != veCurGroup) return; // was post += !!! why
if ( ve_flag(veCOUNT_VARS) | ve_flag(veREAD) | ve_flag(veWRITE)) return;
if (vePort==-1) {
lcd_setxy(0,CHAR_HEIGHT*3/2);
// Note: parameter s is PS using PS buffer
// Do not use PS( ) on any of the strings below. Will overwrite s since only
// one buffer used
#ifdef RES_128x64
printf("%s ",s); // skip showing # of vars in group on 128 pixel display
#else
if(veVarCount) printf("%s %d/%d", s, veCurVar, veVarCount); // show current group label
else printf("%s 0/0", s);
#endif
// pad to erase stray chars
// if when say 10/10 loops to 1/10
if((veVarCount > 9) && (veCurVar < 10)) printf(" ");
} else {
printf("%s %d/%d ",s, veCurVar, veVarCount) ;
if (!veVarCount) printf ("\n");
}
}
long ve_int1(char *s, long v, u08 vsize, long min, long max)
{
char ns[COLS/CHAR_WIDTH+1];
long p;
p = 0;
if(ve_flag(veREAD)) { // Read From EEPROM
if(ve_flag(veEEPROM_NO_RW)) return(v); // this var is disabled from EEPROM RW
while (!eeprom_is_ready());
eeprom_read_block(&p,(void*) EIndex,vsize);
EIndex += vsize;
// veVarCount++;
// sign extension issues??
// maybe code datatype in list
// 8 16 32 signed unsigned
switch(vsize) {
case 1: v = (u08) p; break;
case 2: v = (int) p; break;
case 4: v = (long) p; break;
}
return(v);
}
if(ve_flag(veWRITE)) { // Write to EEPROM
if(ve_flag(veEEPROM_NO_RW)) return(v); // this var is disabled from EEPROM RW
while(!eeprom_is_ready());
eeprom_write_block(&v,(void *) EIndex, vsize); // a
EIndex += vsize;
// veVarCount++;
return (v);
}
if((veGroupI == veCurGroup) && (++veVarI == veCurVar)) { // if current variable
if(ve_flag(veCOUNT_VARS)) return(v);
if (veStoreSerialBuffer)
{
veStoreSerialBuffer = 0;
// 0x could do hex scan ?
veBuf[veBufIndex] = 0; // add null terminator
sscanf(veBuf, "%ld", &v);
}
if(ve_flag(veUPDATE_FROM_SLIDER)) {
v = veCurVal;
ve_clrflag(veUPDATE_FROM_SLIDER);
}
if (vePort == -1) {
if(ve_flag(veCALL_INPUT_DIALOG)) {
#ifdef RES_128x64
sprintf(ns, "%-13s", s);
v = menu_calc(ns, NO_MATH|FIX_MODE|NO_DP_CHANGE) / calc_scale; // invoke calculator for number input/edit with no math
#else
sprintf(ns, "%-16s", s);
v = menu_calc(ns, NO_MATH|FIX_MODE|NO_DP_CHANGE) / calc_scale; // invoke calculator for number input/edit with no math
#endif
// sprintf(ns, "%ld", v);
// v = menu_calc(ns, EVAL_TITLE|FIX_MODE|NO_DP_CHANGE) / calc_scale; // invoke calculator for number input/edit with no math
ve_clrflag(veCALL_INPUT_DIALOG);
veDelta = 0;
}
}
v += veDelta; // add delta to variable
veDelta = 0; // reset delta
if(v < min) v = min;
if(v > max) v = max;
if (vePort == -1) {
// Note: on printf statements below -- do not use PS on format strings
// to save RAM. Buffer allocated by PS macro is being used by parameter s
// s will be overwritten and you will see the format string appear in output
#ifdef RES_128x64
lcd_setxy(0,CHAR_HEIGHT*3);
printf("%s %ld", s, v); // show var label and value
#else
lcd_setxy(0,CHAR_HEIGHT*4);
printf("%s %ld", s, v); // show var label and value
#endif
}
veCurMin = min;
veCurMax = max;
veCurVal = v;
//if (vePort != -1) printf ("%s : %s %ld \n",veCurGroupStr,s,v);
if (vePort != -1) printf ("%s %ld \n",s,v);
}
if(v < min) v = min; // clip to min max range regardless of match
if(v > max) v = max; // this applied to every var needed ???
return(v);
// options for load/save
}
void AksenMain(void)
{
byte current_startpoint = 0;
//char check = 99; //Variable zum Pruefen ob Fahrgast vorhanden und Route absolvierbar ist
// Startposition A oder B eventuell mit seitlichen Dipschaltern ueberpruefen => if...
// Initialisierung Suchverfahren
while(1)
{
lcd_setxy(0,0);
lcd_ubyte(analog(8));
//breitensuche(current_startpoint);
// Fahrplan laden
// Fahrplan auslesen -> iterativer Prozess abhängig von der Anzahl der Fahrgaeste
//check = read_plan(current_startpoint);
// transportierte Fahrgaeste auf Karte mit x etc. markieren aber nicht mit 'F'
// Codeanzeige auf Display, ob Fahrgast vorhanden, Route passierbar ist -> lcd_puts("0, -1 oder -2")
...
//Start wenn Licht aus ist -> drive();
}
/*
void breitensuche(byte start)
{
byte aktPosition = start;
byte kosten = 0;
byte kostenKarte[] = 99;
kostenKarte[aktPosition] = 0;
putANummer(aktPosition);
while(aktPosition != 0)
{
kosten++;
if(_fa[aktPosition+1] == '.')
{
putANummer(aktPosition+1);
kostenKarte[aktPosition+1] = kosten;
}
if(_fa[aktPosition+7] == '.')
{
putANummer(aktPosition+7);
kostenKarte[aktPosition+7] = kosten;
}
if(_fa[aktPosition-1] == '.')
{
putANummer(aktPosition-1);
kostenKarte[aktPosition-1] = kosten;
}
if(_fa[aktPosition-7] == '.')
{
putANummer(aktPosition-7);
kostenKarte[aktPosition-7] = kosten;
}
} */
}
