void print_sift_scalespace_rgb(const struct sift_scalespace* scalespace, const char* basename)
{
char name[FILENAME_MAX];
int wALL = scalespace->octaves[0]->w;
int hALL = scalespace->octaves[0]->h;
_myfloat* imtemp = xmalloc(wALL*hALL*sizeof(_myfloat));
_myfloat* imrgb = xmalloc(3*wALL*hALL*sizeof(_myfloat));
int nOct = scalespace->nOct;
for(int o = 0; o < nOct; o++){
const struct octa* octave = scalespace->octaves[o];
int nSca = octave->nSca;
int w = octave->w;
int h = octave->h;
for(int s = 1; s < nSca-1; s++){
const _myfloat* image = &octave->imStack[s*w*h];
nearestneighbor_interp(image,w,h,imtemp,wALL,hALL);
gray2Msh2rgb(imtemp, imrgb, wALL, hALL);
sprintf(name,"%s_o%03i_s%03i.png",basename,o,s);
printrgb(imrgb, wALL,hALL, name);
gray2Msh2rgb(image, imrgb, w, h);
sprintf(name,"%s_o%03i_s%03i.png",basename,o,s);
printrgb(imrgb, w, h, name);
// TEMP text files too
//sprintf(name,"%s_o%03i_s%03i.txt",basename,o,s);
//printImage_in_txtfile(image, w, h, name);
// END TEMP text files too
}
}
xfree(imrgb);
xfree(imtemp);
}
void getinfo(usbdevice* kb, usbmode* mode, const char* setting){
if(!strcmp(setting, ":hello")){
if(kb && mode)
return;
nrprintf("hello\n");
return;
} else if(!strcmp(setting, ":fps")){
if(kb && mode)
return;
nrprintf("fps %d\n", fps);
return;
} else if(!strcmp(setting, ":layout")){
if(kb && mode)
nprintf(kb, 0, 0, "layout %s\n", kb->profile.keymap == keymap_uk ? "uk" : "us");
else
nrprintf("layout %s\n", keymap_system == keymap_uk ? "uk" : "us");
return;
} else if(!kb || !mode)
// Only FPS and layout can be printed without an active mode
return;
usbprofile* profile = &kb->profile;
if(!strcmp(setting, ":mode")){
// Get the current mode number
nprintf(kb, 0, mode, "switch\n");
return;
} else if(!strcmp(setting, ":rgb")){
// Get the current RGB settings
char* rgb = printrgb(&mode->light, profile->keymap);
nprintf(kb, 0, mode, "rgb %s\n", rgb);
free(rgb);
return;
} else if(!strcmp(setting, ":hwrgb")){
// Get the current hardware RGB settings
unsigned index = INDEX_OF(mode, profile->mode);
// Make sure the mode number is valid
switch(kb->model){
case 95:
if(index >= HWMODE_K95)
return;
break;
case 70:
if(index >= HWMODE_K70)
return;
break;
default:
return;
}
// Get the mode from the hardware store
char* rgb = printrgb(profile->hw->light + index, profile->keymap);
nprintf(kb, 0, mode, "hwrgb %s\n", rgb);
free(rgb);
return;
}
}
void print_sift_scalespace_rgb_nointerp(const struct sift_scalespace* scalespace, const char* basename)
{
char name[FILENAME_MAX];
int nOct = scalespace->nOct;
for(int o = 0; o < nOct; o++){
struct octa* octave = scalespace->octaves[o];
int nSca = octave->nSca;
int w = octave->w;
int h = octave->h;
for(int s = 1; s < nSca - 1; s++){
const _myfloat* image = &octave->imStack[s*w*h];
_myfloat* imrgb = xmalloc(3*w*h*sizeof(_myfloat));
for(int i = 0; i < 3*w*h; i++){
imrgb[i] = 0.0;
}
gray2Msh2rgb(image, imrgb, w, h);
sprintf(name,"%s_o%03i_s%03i.png",basename,o,s);
printrgb(imrgb, w,h, name);
xfree(imrgb);
}
}
}
static void _cmd_get(usbdevice* kb, usbmode* mode, int nnumber, const char* setting){
usbprofile* profile = kb->profile;
if(!strcmp(setting, ":mode")){
// Get the current mode number
nprintf(kb, nnumber, mode, "switch\n");
return;
} else if(!strcmp(setting, ":rgb")){
// Get the current RGB settings
char* rgb = printrgb(&mode->light, kb);
nprintf(kb, nnumber, mode, "rgb %s\n", rgb);
free(rgb);
return;
} else if(!strcmp(setting, ":hwrgb")){
// Get the current hardware RGB settings
HW_STANDARD;
char* rgb = printrgb(kb->hw->light + index, kb);
nprintf(kb, nnumber, mode, "hwrgb %s\n", rgb);
free(rgb);
return;
} else if(!strcmp(setting, ":profilename")){
// Get the current profile name
char* name = getprofilename(profile);
nprintf(kb, nnumber, 0, "profilename %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":name")){
// Get the current mode name
char* name = getmodename(mode);
nprintf(kb, nnumber, mode, "name %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":hwprofilename")){
// Get the current hardware profile name
if(!kb->hw)
return;
char* name = gethwprofilename(kb->hw);
nprintf(kb, nnumber, 0, "hwprofilename %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":hwname")){
// Get the current hardware mode name
HW_STANDARD;
char* name = gethwmodename(kb->hw, index);
nprintf(kb, nnumber, mode, "hwname %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":profileid")){
// Get the current profile ID
char* guid = getid(&profile->id);
int modified;
memcpy(&modified, &profile->id.modified, sizeof(modified));
nprintf(kb, nnumber, 0, "profileid %s %x\n", guid, modified);
free(guid);
} else if(!strcmp(setting, ":id")){
// Get the current mode ID
char* guid = getid(&mode->id);
int modified;
memcpy(&modified, &mode->id.modified, sizeof(modified));
nprintf(kb, nnumber, mode, "id %s %x\n", guid, modified);
free(guid);
} else if(!strcmp(setting, ":hwprofileid")){
// Get the current hardware profile ID
if(!kb->hw)
return;
char* guid = getid(&kb->hw->id[0]);
int modified;
memcpy(&modified, &kb->hw->id[0].modified, sizeof(modified));
nprintf(kb, nnumber, 0, "hwprofileid %s %x\n", guid, modified);
free(guid);
} else if(!strcmp(setting, ":hwid")){
// Get the current hardware mode ID
HW_STANDARD;
char* guid = getid(&kb->hw->id[index + 1]);
int modified;
memcpy(&modified, &kb->hw->id[index + 1].modified, sizeof(modified));
nprintf(kb, nnumber, mode, "hwid %s %x\n", guid, modified);
free(guid);
} else if(!strcmp(setting, ":keys")){
// Get the current state of all keys
for(int i = 0; i < N_KEYS_INPUT; i++){
if(!keymap[i].name)
continue;
int byte = i / 8, bit = 1 << (i & 7);
uchar state = kb->input.keys[byte] & bit;
nprintkey(kb, nnumber, i, state);
}
} else if(!strcmp(setting, ":i")){
// Get the current state of all indicator LEDs
nprintind(kb, nnumber, I_NUM, kb->ileds & I_NUM);
nprintind(kb, nnumber, I_CAPS, kb->ileds & I_CAPS);
nprintind(kb, nnumber, I_SCROLL, kb->ileds & I_SCROLL);
} else if(!strcmp(setting, ":dpi")){
// Get the current DPI levels
char* dpi = printdpi(&mode->dpi, kb);
nprintf(kb, nnumber, mode, "dpi %s\n", dpi);
free(dpi);
return;
} else if(!strcmp(setting, ":hwdpi")){
// Get the current hardware DPI levels
HW_STANDARD;
char* dpi = printdpi(kb->hw->dpi + index, kb);
nprintf(kb, nnumber, mode, "hwdpi %s\n", dpi);
free(dpi);
return;
} else if(!strcmp(setting, ":dpisel")){
// Get the currently-selected DPI
nprintf(kb, nnumber, mode, "dpisel %d\n", mode->dpi.current);
} else if(!strcmp(setting, ":hwdpisel")){
// Get the currently-selected hardware DPI
HW_STANDARD;
nprintf(kb, nnumber, mode, "hwdpisel %d\n", kb->hw->dpi[index].current);
} else if(!strcmp(setting, ":lift")){
// Get the mouse lift height
nprintf(kb, nnumber, mode, "lift %d\n", mode->dpi.lift);
} else if(!strcmp(setting, ":hwlift")){
// Get the hardware lift height
HW_STANDARD;
nprintf(kb, nnumber, mode, "hwlift %d\n", kb->hw->dpi[index].lift);
} else if(!strcmp(setting, ":snap")){
// Get the angle snap status
nprintf(kb, nnumber, mode, "snap %s\n", mode->dpi.snap ? "on" : "off");
} else if(!strcmp(setting, ":hwsnap")){
// Get the hardware angle snap status
HW_STANDARD;
nprintf(kb, nnumber, mode, "hwsnap %s\n", kb->hw->dpi[index].snap ? "on" : "off");
}
}
void getinfo(usbdevice* kb, usbmode* mode, int nnumber, const char* setting){
if(!strcmp(setting, ":hello")){
if(kb && mode)
return;
nrprintf(nnumber, "hello\n");
return;
} else if(!strcmp(setting, ":fps")){
if(kb && mode)
return;
nrprintf(nnumber, "fps %d\n", fps);
return;
} else if(!strcmp(setting, ":layout")){
if(kb && mode)
nprintf(kb, nnumber, 0, "layout %s\n", getmapname(kb->profile.keymap));
else
nrprintf(nnumber, "layout %s\n", getmapname(keymap_system));
return;
} else if(!kb || !mode)
// Only FPS and layout can be printed without an active mode
return;
usbprofile* profile = &kb->profile;
if(!strcmp(setting, ":mode")){
// Get the current mode number
nprintf(kb, nnumber, mode, "switch\n");
return;
} else if(!strcmp(setting, ":rgb")){
// Get the current RGB settings
char* rgb = printrgb(&mode->light, profile->keymap);
nprintf(kb, nnumber, mode, "rgb %s\n", rgb);
free(rgb);
return;
} else if(!strcmp(setting, ":rgbon")){
// Get the current RGB status
if(mode->light.enabled)
nprintf(kb, nnumber, mode, "rgb on\n");
else
nprintf(kb, nnumber, mode, "rgb off\n");
return;
} else if(!strcmp(setting, ":hwrgb")){
// Get the current hardware RGB settings
if(!kb->hw)
return;
unsigned index = INDEX_OF(mode, profile->mode);
// Make sure the mode number is valid
HWMODE_OR_RETURN(kb, index);
// Get the mode from the hardware store
char* rgb = printrgb(kb->hw->light + index, profile->keymap);
nprintf(kb, nnumber, mode, "hwrgb %s\n", rgb);
free(rgb);
return;
} else if(!strcmp(setting, ":profilename")){
// Get the current profile name
char* name = getprofilename(profile);
nprintf(kb, nnumber, 0, "profilename %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":name")){
// Get the current mode name
char* name = getmodename(mode);
nprintf(kb, nnumber, mode, "name %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":hwprofilename")){
// Get the current hardware profile name
if(!kb->hw)
return;
char* name = gethwprofilename(kb->hw);
nprintf(kb, nnumber, 0, "hwprofilename %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":hwname")){
// Get the current hardware mode name
if(!kb->hw)
return;
unsigned index = INDEX_OF(mode, profile->mode);
HWMODE_OR_RETURN(kb, index);
char* name = gethwmodename(kb->hw, index);
nprintf(kb, nnumber, mode, "hwname %s\n", name[0] ? name : "Unnamed");
free(name);
} else if(!strcmp(setting, ":profileid")){
// Get the current profile ID
char* guid = getid(&profile->id);
int modified;
memcpy(&modified, &profile->id.modified, sizeof(modified));
nprintf(kb, nnumber, 0, "profileid %s %x\n", guid, modified);
free(guid);
} else if(!strcmp(setting, ":id")){
// Get the current mode ID
char* guid = getid(&mode->id);
int modified;
memcpy(&modified, &mode->id.modified, sizeof(modified));
nprintf(kb, nnumber, mode, "id %s %x\n", guid, modified);
free(guid);
} else if(!strcmp(setting, ":hwprofileid")){
// Get the current hardware profile ID
if(!kb->hw)
return;
char* guid = getid(&kb->hw->id[0]);
int modified;
memcpy(&modified, &kb->hw->id[0].modified, sizeof(modified));
nprintf(kb, nnumber, 0, "hwprofileid %s %x\n", guid, modified);
free(guid);
} else if(!strcmp(setting, ":hwid")){
// Get the current hardware mode ID
if(!kb->hw)
return;
unsigned index = INDEX_OF(mode, profile->mode);
HWMODE_OR_RETURN(kb, index);
char* guid = getid(&kb->hw->id[index + 1]);
int modified;
memcpy(&modified, &kb->hw->id[index + 1].modified, sizeof(modified));
nprintf(kb, nnumber, mode, "hwid %s %x\n", guid, modified);
free(guid);
}
}
