void getIR_test(struct RAWcmd_* cmd) {
unsigned char x;
struct ir_raw_ capture;
lcd_fill(0);
draw_string(0,0,"Beide Fernbedienungen\neinander gegenüber\nlegen, so dass die Infra-\nrotschnittstellen direkt\nzueinander liegen.\nAbstand 2-10cm\nAnzulernene Taste drücken.", 3, DRAW_PUT);
x=captureIR(&capture);
lcd_fill(0);
draw_numU(90,16,x,0, 3, DRAW_PUT);
debug_print_capture(&capture);
clear_cmd(cmd);
x = analyzeIR(&capture, cmd);
//debug_print_cmd(cmd);
draw_numU(90,24,x,0, 3, DRAW_PUT);
if(x)
draw_string(97,24,"FAIL", 3, DRAW_PUT);
else
draw_string(97,24,"OK", 3, DRAW_PUT);
}
void debug_print_cmd(struct RAWcmd_* cmd) {
unsigned char x;
unsigned char ro;
unsigned char co;
x= 0;
ro = 0;
co = 0;
while((x < cmd->CMDlen[0]) && (ro < 20)) {
draw_hexC(co++ * 14,ro * 8,cmd->data[cmd->CMDstart[0]+ x++], 3, DRAW_PUT);
if(co > 4) {
ro++;
co = 0;
}
}
x=0;
co = 0;
ro++;
while((x < cmd->CMDlen[1]) && (ro < 20)) {
draw_hexC(co++ * 14,ro * 8,cmd->data[cmd->CMDstart[1]+ x++], 3, DRAW_PUT);
if(co > 4) {
ro++;
co = 0;
}
}
x=0;
co = 0;
ro++;
while((x < cmd->CMDlen[2]) && (ro < 20)) {
draw_hexC(co++ * 14,ro * 8,cmd->data[cmd->CMDstart[2]+ x++], 3, DRAW_PUT);
if(co > 4) {
ro++;
co = 0;
}
}
draw_numU(90,8,cmd->tval,0, 3, DRAW_PUT);
for (x = 0; x < 16; x++) {
draw_numU(75,20+(x*8),cmd->pulselen[x],0, 3, DRAW_PUT);
}
}
void draw_b(unsigned char x, unsigned char y)
{
unsigned char w;
if(!(is_drawing))
{
if(bat_state & BAT_DEBUG)
{
draw_block(4,0,108,24,3,DRAW_ERASE);
draw_numU(4,0,bat_min>>2,0,3,DRAW_PUT);
draw_numU(32,0,bat_max>>2,0,3,DRAW_PUT);
draw_numU(4,8,(bat_max>>2)-(bat_min>>2),0,3,DRAW_PUT);
draw_numU(60,0,bat_min,0,3,DRAW_PUT);
draw_numU(88,0,bat_max,0,3,DRAW_PUT);
draw_numU(60,8,bat_max-bat_min,0,3,DRAW_PUT);
if((bat_state & BAT_NORMAL))
draw_string(4,16,"Bat.Operation",3,DRAW_PUT);
if((bat_state & BAT_CHARGE))
draw_string(4,16,"Charging",3,DRAW_PUT);
if((bat_state & BAT_CHARGE_DONE))
draw_string(4,16,"Done Charging",3,DRAW_PUT);
}
if (bat_min<0x320)
w = 0;
else if (bat_min>0x380)
w = 12;
else
w = (bat_min-0x320)/8;
draw_block(x+1,y+1,12,5,3,DRAW_ERASE);
draw_rect(x,y,14,7,1,3,DRAW_PUT);
draw_vline(x+14,y+2,3,3,DRAW_PUT);
if(w>0)
draw_block(x+1,y+1,w,5,2,DRAW_PUT);
if(w<12)
draw_block(x+1+w,y+1,12-w,5,0,DRAW_PUT);
}
void debug_print_capture(struct ir_raw_* capture) {
unsigned short space;
unsigned short sum;
unsigned char x;
unsigned char ro;
unsigned char co;
space=32000;
for (x=4; (x < capture->count);x++) {
unsigned short y;
sum = 0;
for (y = x-4; y < x; y++) {
sum += capture->widetable[1].value[(capture->data[y]) & 0x0f];
}
y = capture->widetable[1].value[(capture->data[x]) & 0x0f];
if ((sum < y) && (y < space))
space=y;
}
x= 0;
ro = 0;
co = 0;
while((x <= capture->count) && (ro < 20)) {
draw_hexC(co++ * 14,ro * 8,capture->data[x], 3, DRAW_PUT);
if((capture->widetable[1].value[capture->data[x++] & 0x0f] >= space) || (co > 5)) {
ro++;
co = 0;
}
}
draw_numU(90,8,capture->pulsetime,0, 3, DRAW_PUT);
for (x = 0; x < capture->widetable[1].count; x++) {
draw_numU(90,36+(x*8),capture->widetable[1].value[x],0, 3, DRAW_PUT);
}
}