int* milyen_szinu_lehet(int pont_sorszam,model input){
int * retval,i,k = 0;
int j = maxcolor(m);
retval = (int*)calloc(sizeof(int), j+1);//elsõ a darabszám
for(i = 1; i <= j; i++){
if (i == pont_sorszam)i++;
if(!van_ilyen_szinu_szomszedja(i,pont_sorszam)){
retval[k+1] = i;k++;
}
}
if(k ==0&&j >= MAX_color){retval[0] = 0; return retval;}
if(k>0)
{retval[0] = k ;
return retval;}
if (k ==0 && j< MAX_color) { retval[0] =1; retval[1] = j+1;
return retval;}
exit(-2);
return retval;
}
void KoUniColorChooser::updateSelectorsB()
{
//kDebug(30004)() <<"B selected";
quint8 data[4];
data[2] = 0;
data[1] = 255;
data[0] = m_BIn->value();
data[3] = 255;
KoColor topleft(data, rgbColorSpace());
data[2] = 255;
data[1] = 255;
KoColor topright(data, rgbColorSpace());
data[2] = 0;
data[1] = 0;
KoColor bottomleft(data, rgbColorSpace());
data[2] = 255;
data[1] = 0;
KoColor bottomright(data, rgbColorSpace());
m_xycolorselector->setColors(topleft,topright,bottomleft,bottomright);
data[2] = m_RIn->value();
data[1] = m_GIn->value();
data[0] = 0;
KoColor mincolor(data, rgbColorSpace());
data[0] = 255;
KoColor maxcolor(data, rgbColorSpace());
m_colorSlider->setColors(mincolor, maxcolor);
m_xycolorselector->blockSignals(true);
m_colorSlider->blockSignals(true);
m_xycolorselector->setValues(m_RIn->value(), m_GIn->value());
m_colorSlider->setValue(m_BIn->value());
m_xycolorselector->blockSignals(false);
m_colorSlider->blockSignals(false);
}
int ft2(void){/* Egyáltalán lehetséges még a célt elérni? */
int i = maxcolor(m);
if (i <= MAX_color)
return 1;
else return 0;
}
static void generate_colorbar(
FILE *htmlrep, /* Output file */
time_t begintime,
time_t endtime,
int alignment, /* Align by hour/day/month */
int bartype, /* Day/Week/Month/Year bar */
char *hostname,
char *service,
char *caption, /* Title */
replog_t *periodlog, /* Log entries for period */
reportinfo_t *repinfo) /* Info for the percent summary */
{
int secsperpixel;
char *pctstr = "";
replog_t *colorlog, *walk;
int changeval = 0;
int changealign = 0;
/*
* Pixel-based charts are better, but for backwards
* compatibility allow for a graph that has 100 "pixels"
* and adds a "%" to the width specs.
*/
if (usepct) {
pixels = 100;
pctstr = "%";
}
/* How many seconds required for 1 pixel */
secsperpixel = ((endtime - begintime) / pixels);
/* Need to re-sort the period-log to chronological order */
colorlog = NULL;
{
replog_t *tmp;
for (walk = periodlog; (walk); walk = tmp) {
tmp = walk->next;
walk->next = colorlog;
colorlog = walk;
walk = tmp;
}
}
/* Determine the back/forward link times */
switch (bartype) {
case DAY_BAR : changeval = len1d; changealign = ALIGN_HOUR; break;
case WEEK_BAR : changeval = len1w; changealign = ALIGN_DAY; break;
case MONTH_BAR : changeval = len4w; changealign = ALIGN_DAY; break;
case YEAR_BAR : changeval = len1y; changealign = ALIGN_MONTH; break;
}
/* Beginning of page */
fprintf(htmlrep, "<TABLE SUMMARY=\"Bounding rectangle\" WIDTH=\"%d%s\" BORDER=0 BGCOLOR=\"#666666\">\n", pixels, pctstr);
fprintf(htmlrep, "<TR><TD>\n");
/* The date stamps, percent summaries and zoom/reset links */
fprintf(htmlrep, "<TABLE SUMMARY=\"%s\" WIDTH=\"100%%\" BORDER=0 FRAME=VOID CELLSPACING=0 CELLPADDING=1 BGCOLOR=\"#000033\">\n", caption);
fprintf(htmlrep, "<TR BGCOLOR=%s><TD>\n", barbkgcolor);
fprintf(htmlrep, " <TABLE SUMMARY=\"Adjustment, Past navigation\" WIDTH=\"100%%\" BORDER=0 CELLSPACING=0 CELLPADDING=0>\n");
if (usepct) {
fprintf(htmlrep, " <TR><TD ALIGN=RIGHT VALIGN=TOP><A HREF=\"%s&PIXELS=%d\">Time reset</A></TD></TR>\n",
selfurl, (usepct ? 0 : pixels));
}
else {
fprintf(htmlrep, " <TR><TD ALIGN=RIGHT VALIGN=TOP><A HREF=\"%s&ENDTIME=%u&PIXELS=%d\">Zoom +</A></TD></TR>\n",
selfurl, (unsigned int)endtime, pixels+200);
if (pixels > 200) {
fprintf(htmlrep, " <TR><TD ALIGN=RIGHT VALIGN=TOP><A HREF=\"%s&ENDTIME=%u&PIXELS=%d\">Zoom -</A></TD></TR>\n",
selfurl, (unsigned int)endtime, pixels-200);
}
}
fprintf(htmlrep, " <TR><TD ALIGN=LEFT VALIGN=BOTTOM><BR>\n");
if (colorlog && colorlog->starttime <= begintime) {
fprintf(htmlrep, "<A HREF=\"%s&ENDTIME=%u&PIXELS=%d\">",
selfurl, calc_time(endtime, -changeval, changealign, END_UNCHANGED), (usepct ? 0 : pixels));
}
fprintf(htmlrep, "<B>%s</B>", ctime(&begintime));
if (colorlog && colorlog->starttime <= begintime) fprintf(htmlrep, "</A>");
fprintf(htmlrep, "\n </TD></TR>\n");
fprintf(htmlrep, " </TABLE>\n");
fprintf(htmlrep, "</TD>\n");
fprintf(htmlrep, "<TD ALIGN=CENTER>\n");
generate_pct_summary(htmlrep, hostname, service, caption, repinfo, secsperpixel);
fprintf(htmlrep, "</TD>\n");
fprintf(htmlrep, "<TD>\n");
fprintf(htmlrep, " <TABLE SUMMARY=\"Adjustment, Future navigation\" WIDTH=\"100%%\" BORDER=0 CELLSPACING=0 CELLPADDING=0>\n");
fprintf(htmlrep, " <TR><TD ALIGN=LEFT VALIGN=TOP><A HREF=\"%s&PIXELS=%d\">Time reset</A></TD></TR>\n",
selfurl, (usepct ? 0 : pixels));
if (!usepct) {
fprintf(htmlrep, " <TR><TD ALIGN=LEFT VALIGN=TOP><A HREF=\"%s&ENDTIME=%u&PIXELS=%d\">Zoom reset</A></TD></TR>\n",
selfurl, (unsigned int)endtime, DEFPIXELS);
}
fprintf(htmlrep, " <TR><TD ALIGN=RIGHT VALIGN=BOTTOM><BR>\n");
fprintf(htmlrep, " <A HREF=\"%s&ENDTIME=%d&PIXELS=%d\">", selfurl,
calc_time(endtime, +changeval, changealign, END_UNCHANGED), (usepct ? 0 : pixels));
fprintf(htmlrep, "<B>%s</B>", ctime(&endtime));
fprintf(htmlrep, "</A>\n");
fprintf(htmlrep, " </TD></TR>\n");
fprintf(htmlrep, " </TABLE>\n");
fprintf(htmlrep, "</TD>\n");
fprintf(htmlrep, "</TR>\n");
fprintf(htmlrep, "<TR BGCOLOR=%s><TD COLSPAN=5><HR></TD></TR>\n", barbkgcolor);
fprintf(htmlrep, "</TABLE>\n");
/* The period marker line */
fprintf(htmlrep, "<TABLE SUMMARY=\"Periods\" WIDTH=\"100%%\" BORDER=0 FRAME=VOID CELLSPACING=0 CELLPADDING=0 BGCOLOR=\"#000033\">\n");
fprintf(htmlrep, "<TR>\n");
{
time_t begininterval = begintime;
time_t endofinterval;
char tag[20];
char *bgcols[2] = { "\"#000000\"", "\"#555555\"" };
int curbg = 0;
int intervalpixels, tagcolor;
time_t minduration = 1800;
struct tm *tmbuf;
do {
endofinterval = calc_time(begininterval, 0, alignment, END_END);
dbgprintf("Period starts %u ends %u - %s",
(unsigned int)begininterval, (unsigned int)endofinterval,
ctime(&endofinterval));
tmbuf = localtime(&begininterval);
switch (bartype) {
case DAY_BAR :
minduration = 1800;
strftime(tag, sizeof(tag), "%H", tmbuf);
break;
case WEEK_BAR :
minduration = 14400;
strftime(tag, sizeof(tag), "%a", tmbuf);
break;
case MONTH_BAR :
minduration = 43200;
strftime(tag, sizeof(tag), "%d", tmbuf);
break;
case YEAR_BAR :
minduration = 10*86400;
strftime(tag, sizeof(tag), "%b", tmbuf);
break;
}
intervalpixels = ((endofinterval - begininterval) / secsperpixel);
tagcolor = maxcolor(colorlog, begininterval, endofinterval);
fprintf(htmlrep, "<TD WIDTH=\"%d%s\" ALIGN=CENTER BGCOLOR=%s>", intervalpixels, pctstr, bgcols[curbg]);
if ((endofinterval - begininterval) > minduration) {
int dolink = (colorlog && endofinterval >= colorlog->starttime);
if (dolink) fprintf(htmlrep, "<A HREF=\"%s&ENDTIME=%u&PIXELS=%d\">",
selfurl, (unsigned int)endofinterval,
(usepct ? 0 : pixels));
fprintf(htmlrep, "<FONT COLOR=\"%s\"><B>%s</B></FONT>",
tagcolors[tagcolor], tag);
if (dolink) fprintf(htmlrep, "</A>");
}
fprintf(htmlrep, "</TD>\n");
curbg = (1 - curbg);
if ((endofinterval + 1) <= begininterval) {
/*
* This should not happen!
*/
fprintf(htmlrep, "Time moves backwards! begintime=%u, alignment=%d, begininterval=%u\n",
(unsigned int)begintime, alignment, (unsigned int)begininterval);
begininterval = endtime;
}
begininterval = endofinterval + 1;
} while (begininterval < endtime);
}
fprintf(htmlrep, "</TR>\n");
fprintf(htmlrep, "</TABLE>\n");
/* The actual color bar */
fprintf(htmlrep, "<TABLE SUMMARY=\"Color status graph\" WIDTH=\"100%%\" BORDER=0 FRAME=VOID CELLSPACING=0 CELLPADDING=0 BGCOLOR=\"#000033\">\n");
fprintf(htmlrep, "<TR>\n");
/* First entry may not start at our report-start time */
if (colorlog == NULL) {
/* No data for period - all white */
fprintf(htmlrep, "<TD WIDTH=\"100%%\" BGCOLOR=white NOWRAP> </TD>\n");
}
else if (colorlog->starttime > begintime) {
/* Data starts after the bar does - so a white period in front */
int pixels = ((colorlog->starttime - begintime) / secsperpixel);
if (((colorlog->starttime - begintime) >= (secsperpixel/2)) && (pixels == 0)) pixels = 1;
if (pixels > 0) {
fprintf(htmlrep, "<TD WIDTH=\"%d%s\" BGCOLOR=%s NOWRAP> </TD>\n", pixels, pctstr, "white");
}
}
for (walk = colorlog; (walk); walk = walk->next) {
/* Show each interval we have data for */
int pixels = (walk->duration / secsperpixel);
/* Intervals that give between 0.5 and 1 pixel are enlarged */
if ((walk->duration >= (secsperpixel/2)) && (pixels == 0)) pixels = 1;
if (pixels > 0) {
fprintf(htmlrep, "<TD WIDTH=\"%d%s\" BGCOLOR=%s NOWRAP> </TD>\n",
pixels, pctstr, ((walk->color == COL_CLEAR) ? "white" : colorname(walk->color)));
}
}
fprintf(htmlrep, "</TR>\n");
fprintf(htmlrep, "</TABLE>\n");
fprintf(htmlrep, "</TD>\n");
fprintf(htmlrep, "</TR>\n");
fprintf(htmlrep, "</TABLE>\n");
fprintf(htmlrep, "<BR><BR>\n");
}
