int ReadPosRA (Widget w)
/* read RA from text window, return 0 if OK, 1 if error */
{
char *value=NULL, ctype[5];
int h, m, toHours, iNumRead, bOK;
float s;
Display *dpy = XtDisplay(w);
double ra;
/* read value */
value = XmTextGetString (w);
if (!value) /* error */
{MessageShow ("Error reading RA for Mark Position");
return 1;}
/* first axis in hours or degrees? */
strncpy (ctype, image[CurImag].cname[0]->sp, 4);
toHours = (!strncmp(ctype, "RA", 2)) || (!strncmp(ctype, "LL", 2));
iNumRead = sscanf (value, "%d %d %f", &h, &m, &s);
if (value) XtFree(value);
bOK = 0;
if (toHours)
{if (iNumRead==3) bOK = !hmsra(h, m, s, &ra);}
else
if (iNumRead==3) bOK = !dmsdec(h, m, s, &ra);
if (!bOK)
{ /* error */
MessageShow ("Error reading RA for Mark Position");
return 1;}
/* OK, save */
mark.ra = ra;
return 0;
} /* end ReadPosRA */
int ReadPosDec (Widget w)
/* read RA from text window, return 0 if OK, 1 if error */
{
char *value=NULL;
int d, m, iNumRead, bOK, bSouth, i;
float s;
double dec;
Display *dpy = XtDisplay(w);
/* read value */
value = XmTextGetString (w);
if (!value) /* error */
{MessageShow("Error reading Dec for Mark Position");
return 1;}
bOK = 0;
iNumRead = sscanf (value, "%d %d %f", &d, &m, &s);
/* southern declination? look for minus sign*/
bSouth = 0;
for (i=0;i<20;i++)
{if (value[i]=='-') bSouth=1;
if (value[i]==0) break;}
if (value) XtFree(value);
if (iNumRead==3) bOK = !dmsdec(d, m, s, &dec);
if (!bOK)
{ /* error */
MessageShow("Error reading Dec for Mark Position");
return 1;}
if (bSouth && (dec>0.0)) dec = -dec; /* make sure declination sign OK */
/* OK, save */
mark.dec = dec;
return 0;
} /* end ReadPosDec */
UINT8 F_EBookProtectAllFile()
{
// John @01/22/06
if (IsSDProtect ())
{
MessageShow (ErrCardProtect);
return 0;
}
xdcfAttrElm_t tempFileAttr;
UINT32 i;
xdcfFileCountGet(&ui32FileCnt);
MessageShow (MenuWaite); //fqdao
for(i=1;i<=ui32FileCnt;i++)
{
xdcfCurFileByPosSet( i );
xdcfCurFileAttrGet(&tempFileAttr) ;
xdcfCurFileAttrSet(xDCF_ATTR_READONLY |tempFileAttr.attribute) ;
}
xdcfCurFileByPosSet( ui32FileIdx );
return 1;
}
UINT8 F_EBookDisProtectSingleFile()
{
// John @01/22/06
if (IsSDProtect ())
{
MessageShow (ErrCardProtect);
return 0;
}
xdcfCurFileByPosSet( ui32FileIdx );
xdcfCurFileAttrGet(&xdcfFileAttr) ;
xdcfCurFileAttrSet((~xDCF_ATTR_READONLY) &xdcfFileAttr.attribute) ;
return 1;
}
int ReadPosSize (Widget w)
/* read size from text window, return 0 if OK, 1 if error */
{
char *value=NULL;
int iInner, iOuter, iNumRead;
Display *dpy = XtDisplay(w);
/* read value */
value = XmTextGetString (w);
if (!value) /* error */
{MessageShow("Error reading cross size for Mark Position");
return 1;}
iNumRead = sscanf (value, "%d %d", &iInner, &iOuter);
if (value) XtFree(value);
if (iNumRead!=2)
{ /* error */
MessageShow("Error reading cross size for Mark Position");
return 1;}
/* OK, save */
mark.iInner = iInner;
mark.iOuter = iOuter;
return 0;
} /* end ReadPosSize */
UINT8 F_EBookDelSingleFile( )//UINT32 idx)
{
UINT32 err ;
if((xdcfCurFileByPosSet( ui32FileIdx )) != 0)
{
}
if (xdcfCurFileAttrGet(&xdcfFileAttr)==0)
{
// John @01/22/06
if (IsSDProtect ())
{
MessageShow (ErrCardProtect);
return 0;
}
if (xdcfFileAttr.attribute & xDCF_ATTR_READONLY)
{
MessageShow(ErrfileProtect);
return 0;
}
xdcfOneFileErase(xdcfFileAttr.name);
err = xdcfFileCountGet( &ui32FileCnt );
if(!ui32FileCnt)
{
xdcfDirCountGet(&ui32DirCnt);
xdcfCurDirPosGet(&ui32DirIdx);
xdcfCurDirAttrGet(&xdcfDirAttr);
}
else if(ui32FileIdx > ui32FileCnt)
ui32FileIdx = ui32FileCnt ;
}
return 1;
}
UINT8 F_EBookDelAllFile()
{
UINT32 Idx, Counts; // John @01/22/06
if (IsSDProtect ())
{
MessageShow (ErrCardProtect);
return 0;
}
// John @01/22/06
#if 0 //fqdao_modify 06.5.30
xdcfFileCountGet(&Counts);
for (ui32FileIdx = 1; ui32FileIdx <= Counts; ui32FileIdx++)
{
if(!F_EBookDelSingleFile())
{
// return 0; //fqdao_modify for bug del profile nullity 06.5.29
}
}
#endif
xdcfAllFilesErase();
xdcfFileCountGet(&ui32FileCnt);
if(!ui32FileCnt)
{
xdcfDirCountGet(&ui32DirCnt);
xdcfCurDirPosGet(&ui32DirIdx);
xdcfCurDirAttrGet(&xdcfDirAttr);
}
else if(ui32FileIdx>ui32FileCnt)
ui32FileIdx = ui32FileCnt ;
xdcfFileCountGet(&ui32FileCnt);
return 1;
}
void UpdateInfo (ImageDisplay *IDdata)
/* update information about selected pixel in control window */
{
Integer ndim;
int i, posOK;
XmString wierdstring = NULL;
char jerkstring[100];
Arg wargs[5];
float fblank, val, pix[7];
char axtype[3][9], label[3][20];
double pos[3];
Logical valid;
Integer error, ipos[7] = {0, 0, 0, 0, 0, 0, 0};
MatrixPos *impos=NULL;
Display *dpy = XtDisplay(IDdata->display);
static Cursor cursor=(Cursor)NULL;
extern Widget shell;
XSetWindowAttributes attrs;
/* check that info defined for current image */
if ((!image[CurImag].Image) || (!image[CurImag].Image->descript))
IDdata->showInfo = 0;
/* need to blank display? */
if (!IDdata->showInfo)
{
wierdstring = XmStringCreateSimple (" ");
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info1, wargs, 1);
XtSetValues (IDdata->Info2, wargs, 1);
XtSetValues (IDdata->Info3, wargs, 1);
XtSetValues (IDdata->Info4, wargs, 1);
XtSetValues (IDdata->Info5, wargs, 1);
XtSetValues (IDdata->Info6, wargs, 1);
XtSetValues (IDdata->Info7, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;
return;
} /* end blank info area */
/* return OK if no valid image */
if (!image[CurImag].valid) return;
ndim = image[CurImag].ndim; /* Number of dimensions */
/* make sure hourglass cursor initialized */
if (!cursor) cursor = XCreateFontCursor(dpy, XC_watch);
/* fitted or current */
if (ndim>2)
sprintf (jerkstring, "(%7.2f,%7.2f, %d)",
image[CurImag].fXpixel+1.0, image[CurImag].fYpixel+1.0,
image[CurImag].PlaneNo+1);
else
sprintf (jerkstring, "(%7.2f,%7.2f)",
image[CurImag].fXpixel+1.0, image[CurImag].fYpixel+1.0);
wierdstring = XmStringCreateSimple (jerkstring);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info1, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;
/* get flux */
fblank = MagicBlank();
/* fitted or current? */
if (image[CurImag].iFitted>0) /* fitted values */
{valid = 1;
if (image[CurImag].fBpixel==fblank)
/* blanked */
sprintf (jerkstring, "pixel blanked");
else
sprintf (jerkstring, "value=%f", image[CurImag].fBpixel);}
else /* current position */
{val = 0;
for (i=3; i<7; i++) ipos[i] = 0;
/* Note: Image class pixel numbers are 0 rel; geometry is 1 rel. */
ipos[0] = image[CurImag].iXPixel; ipos[1] = image[CurImag].iYPixel;
ipos[2] = image[CurImag].PlaneNo;
/* make Matrix */
impos = MakeMatrixPos(ndim, ipos);
valid = (ndim>1) && IsValid(image[CurImag].Image->matx, impos);
if (valid)
/* get pixel value */
{
WorkingCursor(True, False, NULL); /* indicate working */
val = MatrixGetPixel(image[CurImag].Image->matx, impos);
WorkingCursor(False, False, NULL); /* reset cursor */
error = image[CurImag].Image->matx->fw->error;
if (error) /* I/O error */
{MessageShow("UpdateInfo: Error reading pixel value");
IDdata->showInfo= 0; /* file no longer available? */
image[CurImag].valid = 0; /* mark as invalid */
val = fblank;}
if (val==fblank)
/* blanked */
sprintf (jerkstring, "pixel blanked");
else
sprintf (jerkstring, "value=%f", val);
}
}
KillMatrixPos(impos);
if (!valid) sprintf (jerkstring, "invalid pixel");
/* write second line (flux density) */
jerkstring[16] = 0; /* limit size of string */
wierdstring = XmStringCreateSimple (jerkstring);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info2, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;
/* celestial position */
/* equinox is line 3 */
if ((usr_equinox>0.0) && (image[CurImag].Image->descript->equinox>0.0))
sprintf(jerkstring,"Equinox %6.1f", usr_equinox);
else if (image[CurImag].Image->descript->equinox>0.0)
sprintf(jerkstring,"Equinox %6.1f", image[CurImag].Image->descript->equinox);
else
sprintf(jerkstring,"Equinox unknown");
wierdstring = XmStringCreateSimple (jerkstring);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info3, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;
/* Get position */
pix[0] = image[CurImag].fXpixel+1.0;
pix[1] = image[CurImag].fYpixel+1.0;
pix[2] = (float)image[CurImag].PlaneNo+1.0;
if (valid)
{strncpy(axtype[0], image[CurImag].cname[0]->sp, 8);
strncpy(axtype[1], image[CurImag].cname[1]->sp, 8);
strncpy(axtype[2], image[CurImag].cname[2]->sp, 8);
axtype[0][8] = 0; axtype[1][8] = 0; axtype[2][8] = 0;
posOK = !get_wpos(image[CurImag].Image->descript, pix, pos);
AxisLabel(pos[0], axtype[0], label[0]); /* human readable */
if (ndim>=2) AxisLabel(pos[1], axtype[1], label[1]);
if (ndim>=3) AxisLabel(pos[2], axtype[2], label[2]);
if (posOK) { /* valid position */
/* write fourth line (first axis) */
wierdstring =
XmStringCreateSimple (label[0]);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info4, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;
/* write fifth line (second axis) */
if (ndim>=2)
{wierdstring =
XmStringCreateSimple (label[1]);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info5, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;}
/* write sixth line (third axis) */
if (ndim>=3)
{wierdstring =
XmStringCreateSimple (label[2]);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info6, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;}
}}
else { /* invalid position */
sprintf (jerkstring, "invalid pixel");
/* write third line (invalid pixel message) */
wierdstring =
XmStringCreateSimple (jerkstring);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info3, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;
} /* end of give position on invalid */
/* fitted or current? */
if (image[CurImag].iFitted>0) /* fitted values */
sprintf (jerkstring, "fitted");
else if (image[CurImag].iFitted<0) /* fit failed */
sprintf (jerkstring, "fit failed!");
else /* no fit */
sprintf (jerkstring, "");
/* write seventh line */
wierdstring =
XmStringCreateSimple (jerkstring);
XtSetArg (wargs[0], XmNlabelString, wierdstring);
XtSetValues (IDdata->Info7, wargs, 1);
if (wierdstring) XmStringFree(wierdstring); wierdstring = NULL;
} /* end UpdateInfo */
int FitPos(ImageDisplay *IDdata)
/* routine to fit a point near the position of the cursor: */
/* IDdata->iXPixel, iYPixel */
/* Sets Dis[iDs] values fXpixel, fYpixel, fBpixel */
/* returns 1 if worked otherwise 0, -1 => fit failed. */
{ int iXcen, iYcen, iX, iY, iXp, iYp;
float data[9][9], fblank;
Logical valid;
Integer error, pos[7] = {0, 0, 0, 0, 0, 0, 0}, ndim;
MatrixPos *impos;
float s, dx[2];
Display *dpy = XtDisplay(IDdata->canvas);
ndim=image[CurImag].ndim;
iXcen = image[CurImag].iXPixel;
iYcen = image[CurImag].iYPixel;
fblank = MagicBlank();
/* default return values */
image[CurImag].fBpixel = 0.;
image[CurImag].fXpixel = 0.;
image[CurImag].fYpixel = 0.;
/* make matrix pos */
impos = MakeMatrixPos(ndim, pos);
if (!image[CurImag].valid) return 0;
/* use 9x9 values around center */
impos->pos[2] = image[CurImag].PlaneNo;
WorkingCursor(True, False, NULL); /* indicate working */
for (iY=0; iY<9; iY++) {
iYp = iYcen + iY - 4;
impos->pos[1] = iYp;
for (iX=0; iX<9; iX++) {
iXp = iXcen + iX - 4;
impos->pos[0] = iXp;
/* check validity */
valid = IsValid(image[CurImag].Image->matx, impos);
if (valid)
/* read pixel values */
{data[iY][iX] = MatrixGetPixel(image[CurImag].Image->matx, impos);
error = image[CurImag].Image->matx->fw->error;
if (error) /* I/O error */
{MessageShow("FitPos: error reading pixel value");
KillMatrixPos(impos);
IDdata->showInfo= 0; /* file no longer available? */
image[CurImag].valid = 0; /* mark as invalid */
return 0;}/* failed */
}
else /* blank */
data [iY][iX] = fblank;
}
} /* end of loop loading image data in array */
WorkingCursor(False, False, NULL); /* reset cursor */
KillMatrixPos(impos);
if (pfit (data, &s, dx, fblank))
{/*fprintf (stderr, "fit failed\n");*/
XBell(dpy, 50);
return -1;} /* fit failed*/
image[CurImag].fBpixel = s;
image[CurImag].fXpixel = (float)iXcen + dx[0];
image[CurImag].fYpixel = (float)iYcen + dx[1];
return 1;
} /* end fit pos */
void MarkPosFromFile (char* filename, ImageDisplay* IDdata)
/* read file with marking positing and mark image */
{
int i, iRet, iLoop, iXcen, iYcen, iScroll, iHalf, iMore, iErr, iNumOut=0;
int inner_size, outer_size;
float xpix, ypix;
FILE *hFile;
iErr = 0;
/* Open file */
hFile = fopen (filename, "rt");
if (hFile==NULL) iErr = 1;
/* loop over entries */
iMore = (int)(!iErr);
while (iMore) {
iMore = MarkPosRead(hFile, &image[CurImag], &xpix, &ypix, &inner_size,
&outer_size, &iErr);
if ((!iMore) || (iErr>0)) break;
/* determing center pixel */
if (iErr==0) { /* Only plot if in image otherwise just count */
iXcen = (int)(xpix - 0.5); /* 0-rel posn */
iYcen = (int)(ypix - 0.5);
MarkPix (IDdata, iXcen, iYcen, inner_size, outer_size);}
else
iNumOut++;
} /* end of loop over positions */
/* set scroll for last position */
/* Take into account the top and bottom of the image. */
if (IDdata->vscr_vis)
{
iScroll = image[CurImag].iImageNy - iYcen;
IDdata->scrolly = iScroll;
iScroll -= IDdata->vscr_half;
iScroll = min (iScroll, IDdata->vscr_max);
iScroll = max (iScroll, IDdata->vscr_min);
/* set scrollbar */
XtVaSetValues(IDdata->vscroll, XmNvalue, iScroll, NULL);
}
if (IDdata->hscr_vis)
{
/* Take into account the edges of the image. */
iScroll =iXcen - IDdata->hscr_half;
iScroll = min (iScroll, IDdata->hscr_max);
iScroll = max (iScroll, IDdata->hscr_min);
IDdata->scrollx = iXcen;
/* set scroll bar */
XtVaSetValues(IDdata->hscroll, XmNvalue, iScroll, NULL);
}
if (iNumOut) /* Tell if some out of image */
{sprintf (szErrMess, "%d positions were out of the image", iNumOut);
MessageShow (szErrMess);}
if (iErr>0)
{sprintf (szErrMess, "Error %d with file %s", iErr, filename);
MessageShow (szErrMess);}
/* redraw image */
PaintImage(IDdata);
} /* end MarkPosFromFile */
int MarkPosRead(FILE *hFile, ImageData *ImageDesc, float *xpix,
float *ypix, int *inner, int *outer, int *iErr)
/* outine to read next position from file and return pixel position and */
/* cross size information. Returns 1 if OK else 0. */
/* File expected open on call and is closed if EOF or error. */
/* iErr = error return; 0=OK else an error occured; */
/* iErr = -1 means the position is out of the image. */
{
int h, d, rm, dm, iNumByte, iNumRead, iRet, iInner, iOuter, toHours, i;
float rs, ds, xp, yp;
double ra, dec;
int bRAOK, bDecOK, bOK, bSouth;
char szLine[120], ctype[5];
if (!fgets (szLine, 120, hFile)) {
/* error or EOF */
if (ferror(hFile)) *iErr = 2; /* Check if error */
fclose(hFile); /* close */
return 0;} /* end of error check */
iNumByte = strlen(szLine);
iNumRead = 0; bOK = False; bRAOK = False; bDecOK = False;
if (iNumByte>10){ /* decode line */
iNumRead = sscanf (szLine, "%d %d %f %d %d %f %d %d",
&h, &rm, &rs, &d, &dm, &ds, &iInner, &iOuter);
strncpy (ctype, ImageDesc->cname[0]->sp, 4);
toHours = (!strncmp(ctype, "RA", 2)) ||
(!strncmp(ctype, "LL", 2));
if (toHours)
{if (iNumRead>=3) bRAOK = !hmsra(h, rm, rs, &ra);}
else
if (iNumRead>=3) bRAOK = !dmsdec(h, rm, rs, &ra);
if (iNumRead>=6) bDecOK = !dmsdec(d, dm, ds, &dec);
/* southern declination? look for minus sign*/
bSouth = 0;
for (i=5;i<120;i++)
{if (szLine[i]=='-') bSouth=1;
if (szLine[i]==0) break; }
if (bSouth && (dec>0.0)) dec = -dec;
if (bRAOK && bDecOK) { /* get pixel */
strncpy (ctype, ImageDesc->cname[0]->sp+4, 4);
ctype[4] = 0;
iRet = get_xypix(ImageDesc->Image->descript, ra, dec, &xp, &yp);
bOK = (iRet==0);} /* end of convert to pixel */
/* Inner and outer read? */
bOK = bOK && (iNumRead>=8) && (iInner>=0) && (iInner<100) &&
(iOuter>0) && (iOuter<100);
} /* End of decode valid line */
if (bOK) /* everything OK? */
{*xpix = xp; *ypix = yp;
*inner = iInner; *outer = iOuter;
/* check that pixel is in image. */
if ((xp>0.0) && (yp>0.0) &&
(xp<(float)(ImageDesc->dim[0])) &&
(yp<(float)(ImageDesc->dim[1]))) *iErr = 0;
else *iErr = -1; /* out of image */
return 1;}
else /* bogus dudes */
{*iErr = 3;
fclose(hFile); /* close */
sprintf (szErrMess, "Error with file entry %s", szLine);
MessageShow (szErrMess);
return 0;}
} /* end MarkPosRead */
void PosOKButCB (Widget w, XtPointer clientData, XtPointer callData)
/* OK button hit - get info and mark */
{
int iRet, bOK, iX, iY, iScroll, iHalf;
float xp, yp;
char ctype[5];
Display *dpy = XtDisplay(w);
ImageDisplay *IDdata = (ImageDisplay*)clientData;
/* read selected values */
if (ReadPosRA(mark.data1)) return;
if (ReadPosDec(mark.data2)) return;
if (ReadPosSize(mark.data3)) return;
/* convert to pixel */
strncpy (ctype, image[CurImag].cname[0]->sp+4, 4); ctype[4] = 0;
iRet = get_xypix(image[CurImag].Image->descript, mark.ra, mark.dec,
&xp, &yp);
bOK = (iRet==0);
/* check that pixel is in image. */
bOK = bOK && (xp>0.0) && (yp>0.0) &&
(xp<=(float)image[CurImag].dim[0]) &&
(yp<=(float)image[CurImag].dim[1]);
/* everything OK? */
if (!bOK)
{sprintf (szErrMess, "invalid position to mark %9.2f, %9.2f", xp, yp);
MessageShow (szErrMess);
return;}
/* mark position in pixelarray; convert to 0-rel */
iX = (int)(xp - 0.5);
iY = (int)(yp - 0.5);
MarkPix (mark.IDdata, iX, iY, mark.iInner, mark.iOuter);
/* set scroll for last position */
iScroll = image[CurImag].iImageNy - iY;
if (IDdata->vscr_vis)
{
IDdata->scrolly = iScroll;
iScroll -= IDdata->vscr_half;
iScroll = min (iScroll, IDdata->vscr_max);
iScroll = max (iScroll, IDdata->vscr_min);
/* set scrollbar */
XtVaSetValues(IDdata->vscroll, XmNvalue, iScroll, NULL);
}
if (IDdata->hscr_vis)
{
iScroll = iX - IDdata->hscr_half;
iScroll = min (iScroll, IDdata->hscr_max);
iScroll = max (iScroll, IDdata->hscr_min);
IDdata->scrollx = iX;
/* set scroll bar */
XtVaSetValues(IDdata->hscroll, XmNvalue, iScroll, NULL);
}
/* repaint image */
PaintImage (mark.IDdata);
/* XtDestroyWidget (mark.dialog);*/
/* PositionBoxActive = 0; mark as inactive */
} /* end PosOKButCB */
void paEBookMenuFunc()
{
UINT32 key = UI_KEY_MODE_ACCESSORIES;
UINT32 err;
UINT8 item=0, subitem = 1 ;
osdClearScreen(0x00);
UINT8 flag;
EBookRefreshItem[item]();
while(1)
{
switch(key)
{
case UI_KEY_DIR_UP:
if(subitem>1)
subitem -- ;
EBookRefreshSubitem[item](subitem) ;
break ;
case UI_KEY_DIR_DOWN:
if(subitem< eBookSubMax[ item ] )
subitem++ ;
EBookRefreshSubitem[item](subitem );
break ;
case UI_KEY_DIR_LEFT:
if(item )
{
item -- ;
}
else
{
item = EBOOK_ITEM_MAX - 1;
}
EBookRefreshItem[item]();
break ;
case UI_KEY_DIR_RIGHT:
if(item < EBOOK_ITEM_MAX-1)
{
item++ ;
}
else
{
item = 0 ;
}
EBookRefreshItem[item]( );
break ;
case UI_KEY_FUNC_OK:
flag = EBookRefreshFunc[item*2 + subitem - 1 ]();
if(flag)
{
MessageShow (MenuSuccess);
}
osdClearScreen(0);//fqdao
pbEBookShow(EBOOK_DRAW_BG ,0 );
pbEBookRefresh();
return;
break ;
case UI_KEY_ACCIDENT:
pbEBookRefresh();
osQuePost(uiKeyMsgQ, &keyButton[UI_KEY_ACCIDENT]);
return;
break;
case UI_KEY_FUNC_B:
case UI_KEY_FUNC_MENU:
osdClearScreen(0); //fqdao_add 06.5.19
pbEBookShow(EBOOK_DRAW_BG ,0 );
pbEBookRefresh();
return ;
break ;
}
keyGet(&key) ;
}
}
