void showqianzhi::singlestep()
{
killTimer(id);
val += jmp;
ui -> progressBar -> setValue(val >= 98.5 ? 100 : val);
if(step<imagenumber1){
path1 = "C:\\Users\\x86\\Desktop\\DataVisualizer\\pics\\out";
path2 = "\\";
showimage(step);
showimage2(step);
step++;
}
else if (step <(imagenumber1 + imagenumber2))
{
path1="C:\\Users\\x86\\Desktop\\DataVisualizer\\gg\\out";
path2="C:\\Users\\x86\\Desktop\\DataVisualizer\\g1\\out";
showimage(step - imagenumber1);
showimage2(step - imagenumber1);
step ++;
}
else {
QMessageBox::warning(this, tr("Waring"),
tr("It has been finished"),
QMessageBox::Yes);
}
}
void showsaving::singlestep()
{
killTimer(id);
val += jmp;
ui -> progressBar -> setValue(val);
showimage(step);
showimage2(step);
step++;
}
void showsaving::reset()
{
killTimer(id);
showimage(0);
showimage2(0);
step = 0;
speed = 1000;
ui -> progressBar -> setValue(0);
val = 0;
}
void ScreenController :: loopimages(const uint8_t* images[], int size){
static long oldtime = 0;
static int curindex = 0;
long currenttime = millis();
int maxindex = size-1;
if(currenttime - oldtime > SCROLLINTERVAL){
if(++curindex > maxindex)
curindex = 0;
showimage(images[curindex]);
oldtime = millis();
}
}
void main()
{
Init_CLK();
LCD_Init(); //TFT³õʼ»¯
LCD_Clear(WHITE); //ÇåÆÁ
LCD_Clear(RED);
delay_s(2);
LCD_Clear(GREEN);
delay_s(2);
LCD_Clear(BLUE);
delay_s(2);
showimage();
while(1)
{
;
}
}
int do_fastboot (cmd_tbl_t *cmdtp, int flag, int argc, char *argv[])
{
int ret = 1;
unsigned long val;
/* Initialize the board specific support */
if (0 == fastboot_init(&interface))
{
showimage(FASTBOOT);
printf ("Fastboot entered...\n");
fastboot_countdown = CFG_FASTBOOT_COUNTDOWN;
/* If we got this far, we are a success */
ret = 0;
val = idme_get_bootmode();
/* On disconnect or error, polling returns non zero */
if((5 == val) && !(__raw_readl(0x48055138) & 0x00100000)){
while (fastboot_countdown)
{
if (!fastboot_confirmed) {
fastboot_countdown--;
}
if (fastboot_poll())
break;
}
}else{
while (1)
{
if (fastboot_poll())
break;
}
}
}
/* Reset the board specific support */
fastboot_shutdown();
if(5 == val){
printf ("setting boot sequence first to USB.\nreboot...\n");
set_SWBootingCfg();
}
printf ("Fastboot exited...\n");
return ret;
}
void showqianzhi::setstep(int i)
{
step = i;
showimage(step);
showimage2(step);
}
void backmen(int leftsidet)
{
static Widget iw_rowcolh;
Widget iw_rowcolv;
Widget iw_dums, iw_pushc, iw_pusha;
float * fptrdum = NULL;
if (iw_backmen == (Widget)0)
{ /* Create background enhancing menu widget first */
iw_backmen = wid_dialog(iw_win, 0, "Contrast options", -1,-1);
iw_rowcolv = wid_rowcol(iw_backmen, 'v', -1,-1);
/* Create label for scales */
wid_labelg(iw_rowcolv, 0,
"Lower and upper end of ramp:", -1,-1);
/* Create a horizontal row-col widget for scales */
iw_rowcolh = wid_rowcol(iw_rowcolv, 'h', -1,-1);
/* Create scale widget for starting value ------------------ ngo */
iw_ngob = wid_scale(iw_rowcolh, 0, "",
imagego,imageend, ngo,
180,50, -1,-1);
/* Create scale widget for ending value -------------------- nend */
iw_nendb = wid_scale(iw_rowcolh, 0, "",
imagego,imageend, nend,
180,50, -1,-1);
XtAddCallback(iw_ngob, XmNvalueChangedCallback,
(XtCallbackProc)backmen_butm,"0");
XtAddCallback(iw_nendb,XmNvalueChangedCallback,
(XtCallbackProc)backmen_butm,"0");
/* Create box for apply ----------------------------------- apply */
iw_dums = wid_stdbut(iw_rowcolv, iw_backmen,
&iw_dums, &iw_pushc, &iw_pusha, "CA",
fin_cb,fin_cb ,backmen_buta, NULL);
}
else
{ /* Enhance menu widget already exists, update it */
/* Alter scale widget for starting value ------------------- ngo */
iw_ngob = wid_scale(iw_rowcolh, iw_ngob, "",
imagego,imageend, ngo,
180,50, -1,-1);
/* Alter scale widget for ending value -------------------- nend */
iw_nendb = wid_scale(iw_rowcolh, iw_nendb, "",
imagego,imageend, nend,
180,50, -1,-1);
}
/* Set wait cursor */
waitcursor(iwin, TRUE, 79);
if (leftsidet)
{
/* Free up ximage buffer, before creating a new one */
if (imagel)
{ XFree((void *)imagel); imagel = NULL; }
/* Show left image using original ramp */
nsam2 = nsaml; nrow2 = nrowl;
showimage(filedatal, TRUE, &cptrduml,
TRUE, &imagel,
FALSE, &fptrdum, FALSE,
(float) filedatal->fmin_spi,
(float) filedatal->fmax_spi,
imagego, imageend);
/* Shift left image to shifted location & display */
pickdisp(TRUE, FALSE);
}
else
{
/* Show right image using original ramp */
nsam2 = nsamr; nrow2 = nrowr;
/* Free up ximage buffer, before creating a new one */
if (imager)
{ XFree((void *)imager); imager = NULL; }
showimage(filedatar, TRUE, &cptrdumr,
TRUE, &imager,
FALSE, &fptrdum, FALSE,
(float) filedatar->fmin_spi,
(float) filedatar->fmax_spi,
imagego, imageend);
/* Shift right image to shifted location and display */
pickdisp(FALSE, TRUE);
}
leftside = leftsidet;
/* Cancel waitcursor */
waitcursor(iwin, FALSE, 79);
XtManageChild(iw_backmen);
}
void backmen_buta(Widget iw_temp, XtPointer data,
XtPointer calldata)
{
float fmint, fmaxt;
float *fptrdum = NULL;
/* Remove menu */
XtUnmanageChild(iw_backmen);
/* Set wait cursor */
waitcursor(iwin, TRUE, 79);
/* Set location for images */
placed = TRUE;
if (leftside)
{
ixuln = ixull; iyuln = iyull;
nsam2 = nsaml; nrow2 = nrowl;
/* Find new displayed levels of fmin_spi and fmax_spi for left image */
fmint = (((float)(ngo - imagego) / (float)(imageend - imagego))) *
(filedatal->fmax_spi - filedatal->fmin_spi) + filedatal->fmin_spi;
fmaxt = (((float)(nend - imagego) / (float)(imageend - imagego))) *
(filedatal->fmax_spi - filedatal->fmin_spi)+ filedatal->fmin_spi;
/* Free up ximage buffer, before creating a new one */
if (imagel)
{ XFree((void *)imagel); imagel = NULL; }
/* Show left image using new ramp */
showimage(filedatal, TRUE, &cptrduml,
TRUE, &imagel,
FALSE, &fptrdum, FALSE,
fmint, fmaxt, imagego, imageend);
/* Shift left image to shifted location and display */
pickdisp(TRUE, FALSE);
}
else
{
/* Set location for right images */
placed = TRUE;
ixuln = ixulr; iyuln = iyulr;
nsam2 = nsamr; nrow2 = nrowr;
/* Find new displayed levels of fmin_spi and fmax_spi for right image */
fmint = (((float)(ngo - imagego) / (float)(imageend - imagego))) *
(filedatar->fmax_spi - filedatar->fmin_spi) + filedatar->fmin_spi;
fmaxt = (((float)(nend - imagego) / (float)(imageend - imagego))) *
(filedatar->fmax_spi - filedatar->fmin_spi) + filedatar->fmin_spi;
/* Free up ximage buffer, before creating a new one */
if (imager)
{ XFree((void *)imager); imager = NULL; }
/* Show right image using new ramp */
showimage(filedatar, TRUE, &cptrdumr,
TRUE, &imager,
FALSE, &fptrdum, FALSE,
fmint, fmaxt, imagego, imageend);
/* Shift right image to shifted location and display */
pickdisp(FALSE, TRUE);
}
//printf ("%d...%d File Range: %7.2f ...%7.2f \n",imagego,imageend,
// filedatar->fmin_spi,filedatar->fmax_spi);
//printf ("%d...%d Range: %7.2f ...%7.2f \n",ngo,nend, fmint,fmaxt);
/* Apply normal uncontrasted ramp to whole image */
ngo = imagego;
nend = imageend;
XmScaleSetValue(iw_ngob, ngo);
XmScaleSetValue(iw_nendb, nend);
/* Apply normal uncontrasted ramp to whole screen */
backmen_butm(NULL,NULL,NULL);
/* Cancel waitcursor */
waitcursor(iwin, FALSE, 79);
return;
}
void showsaving::setstep(int i)
{
step = i;
showimage(step);
showimage2(step);
}
