void drawSquare(UINT16 x, UINT16 y, UINT16 w, UINT16 h, UINT8 bShIdx)
{
OSD_RECT r;
VSCR* lpVscr ;
#if 0//def USE_LIB_GE
lpVscr= OSD_GetTaskVscr(osal_task_get_current_id());
OSD_SetRect(&r, x, y, w, h);
OSD_DrawStyleRect(&r, bShIdx, lpVscr);
OSD_UpdateVscr(lpVscr);
#else
OSD_SetRect(&r, x, y, w, h);
OSD_DrawStyleRect(&r, bShIdx, NULL);
#endif
}
void drawSquare(UINT16 x, UINT16 y, UINT16 w, UINT16 h, UINT8 bShIdx)
{
struct OSDRect r;
OSD_SetRect(&r, x, y, w, h);
OSD_DrawStyleRect(&r, bShIdx, NULL);
}
void OSD_DrawProgressBarTick(PPROGRESS_BAR b,PGUI_RECT r, UINT16 bg_idx,PGUI_VSCR pVscr)
{
UINT16 wIconWidth = 0, wIconHeight = 0;
if(PBAR_STYLE_RECT_STYLE & b->bStyle)
OSD_DrawStyleRect(r, b->wTickFg, pVscr);//ERR_LIBGE,b->wTickBg is a style not color
else
{
if(OSD_GetLibInfoByWordIdx(b->wTickFg, LIB_ICON, &wIconWidth, &wIconHeight))//get mid rect ,check if icon
OSDDrawPicSolidRectangle(pVscr, r, b->wTickFg,C_MIXER);//ERR_LIBGE,b->wTickBg is a style not color
else//color index
OSD_DrawRect2Vscr(r,b->wTickFg,pVscr);//ERR_LIBGE,b->wTickBg is a style not color
}
}
void OSD_DrawProgressBarCell(PPROGRESS_BAR b,UINT8 bStyleIdx,UINT32 nCmdDraw)
{
PGUI_VSCR pVscr;
INT16 wLeft, wDig,wDigWidth,wDigHeight,wCount;
GUI_RECT r,iconrect;
GUI_RECT MidRect;
PWINSTYLE lpWinSty;
UINT32 pbarstyle;
UINT16 wIconWidth,wIconHeight;
INT32 start_pos,end_pos,page_width,reverse;
wIconWidth = 0;
wIconHeight = 0;
lpWinSty = g_gui_rscfunc.osd_get_win_style(bStyleIdx);
if(OSD_GetUpdateType(nCmdDraw) == C_UPDATE_CONTENT)
pbarstyle = (UINT32)(~0);
else
pbarstyle = bStyleIdx;
OSD_SetRect2(&r, &b->head.frame);
if(OSD_GetAttrSlave(b))
pVscr=OSD_DrawSlaveFrame(&r, bStyleIdx);
else
pVscr=OSD_DrawObjectFrame(&r, pbarstyle);
OSD_ProgressBarGetMidRect(b,&MidRect);
OSD_DrawStyleRect(&MidRect, b->wTickBg, pVscr);//ERR_LIBGE,b->wTickBg is a style not color
if(!OSD_ProgressBarCheckValid(b))//check data
return;
if((GetProgressBarStyle(b) & PROGRESSBAR_HORI_NORMAL)||(GetProgressBarStyle(b) & PROGRESSBAR_HORI_REVERSE))
{
if(b->bX==0)//analog bar
{
if(b->nPos<b->nMin)
wDigWidth = 0;
else
wDigWidth = MidRect.uWidth*(b->nPos-b->nMin)/(b->nMax-b->nMin);
if(GetProgressBarStyle(b)&PROGRESSBAR_HORI_NORMAL)
OSD_SetRect(&iconrect,MidRect.uStartX,MidRect.uStartY,wDigWidth,MidRect.uHeight);
else //reverse type
OSD_SetRect(&iconrect,MidRect.uStartX+MidRect.uWidth-wDigWidth,MidRect.uStartY,wDigWidth,MidRect.uHeight);
OSD_DrawProgressBarTick(b, &iconrect, lpWinSty->wBgIdx, pVscr);
}
else//digital bar
{
INT32 i ;
if((b->nBlocks-1)*b->bX>=MidRect.uWidth)// Interval width is too large
return;
wDig = MidRect.uWidth/b->nBlocks;//wDig is the total tick width
if(wDig<=1)
return;
wDigWidth = (MidRect.uWidth-(b->nBlocks-1)*b->bX)/b->nBlocks;//wDigWidth is the width for Foreback winstyle draw
if(wDigWidth==0)
wDigWidth =1;//at least is 1
wCount = b->nMax-b->nMin;
if(GetProgressBarStyle(b)&PROGRESSBAR_HORI_NORMAL)
{
for(i = b->nMin,wLeft=MidRect.uStartX; (i < b->nPos)&&(wLeft<MidRect.uStartX+MidRect.uWidth); wLeft += wDig, i += wCount/b->nBlocks)
{/*i += wCount/b->nBlocks may cause divisibility problem,So we should assure right blocks,nMax,nMin value when using digital bar*/
if(wLeft+wDigWidth-wDig>MidRect.uStartX+MidRect.uWidth)
OSD_SetRect(&iconrect,wLeft,MidRect.uStartY,MidRect.uStartX+MidRect.uWidth-wLeft,MidRect.uHeight);
else if (wLeft+wDigWidth>MidRect.uStartX+MidRect.uWidth)
OSD_SetRect(&iconrect,wLeft,MidRect.uStartY,MidRect.uStartX+MidRect.uWidth-wLeft,MidRect.uHeight);
else
OSD_SetRect(&iconrect,wLeft,MidRect.uStartY,wDigWidth,MidRect.uHeight);
OSD_DrawProgressBarTick(b, &iconrect, lpWinSty->wBgIdx, pVscr);
}
}
else//PROGRESSBAR_HORI_REVERSE
{
wLeft = MidRect.uStartX+MidRect.uWidth-wDig;
for(i = b->nMin,wLeft=MidRect.uStartX+MidRect.uWidth-wDig; (i < b->nPos)&&(wLeft >MidRect.uStartX); wLeft -= wDig, i += wCount/b->nBlocks)
{
if(wLeft+wDigWidth-wDig<MidRect.uStartX)
OSD_SetRect(&iconrect,MidRect.uStartX,MidRect.uStartY,wLeft-MidRect.uStartX,MidRect.uHeight);
else if (wLeft-wDigWidth<MidRect.uStartX)
OSD_SetRect(&iconrect,MidRect.uStartX,MidRect.uStartY,wLeft-MidRect.uStartX,MidRect.uHeight);
else
OSD_SetRect(&iconrect,wLeft,MidRect.uStartY,wDigWidth,MidRect.uHeight);
OSD_DrawProgressBarTick(b, &iconrect, lpWinSty->wBgIdx, pVscr);
}
}
}
}
else
{
if(b->bY==0)//analog bar
{
if(b->nPos<b->nMin)
wDigHeight = 0;
else
wDigHeight = MidRect.uHeight*(b->nPos-b->nMin)/(b->nMax-b->nMin);
if(GetProgressBarStyle(b)&PROGRESSBAR_VERT_NORMAL)
OSD_SetRect(&iconrect,MidRect.uStartX,MidRect.uStartY,MidRect.uWidth,wDigHeight);
else
OSD_SetRect(&iconrect,MidRect.uStartX,MidRect.uStartY+MidRect.uHeight-wDigHeight,MidRect.uWidth,wDigHeight);
OSD_DrawProgressBarTick(b, &iconrect, lpWinSty->wBgIdx, pVscr);
}
else//digital bar
{
INT32 i ;
INT32 wRectTop;
if((b->nBlocks-1)*b->bY>=MidRect.uHeight)//Interval width is too large
return;
wDig = MidRect.uHeight/b->nBlocks;
if(wDig<=1)
return;
wDigHeight = (MidRect.uHeight-(b->nBlocks-1)*b->bY)/b->nBlocks;
if(wDigHeight==0)
wDigHeight=1;
wCount = b->nMax-b->nMin;
if(GetProgressBarStyle(b)&PROGRESSBAR_VERT_NORMAL)
{
for(i = b->nMin,wRectTop=MidRect.uStartY; (i < b->nPos)&&(wRectTop<MidRect.uStartY+MidRect.uHeight); wRectTop += wDig, i += wCount/b->nBlocks)
{
if(wRectTop+wDig-wDigHeight>MidRect.uStartY+MidRect.uHeight)
OSD_SetRect(&iconrect,MidRect.uStartX,wRectTop,MidRect.uWidth,MidRect.uStartY+MidRect.uHeight-wRectTop);
else if (wRectTop+wDigHeight>MidRect.uStartY+MidRect.uHeight)
OSD_SetRect(&iconrect,MidRect.uStartX,wRectTop,MidRect.uWidth,MidRect.uStartY+MidRect.uHeight-wRectTop);
else
OSD_SetRect(&iconrect,MidRect.uStartX,wRectTop,MidRect.uWidth,wDigHeight);
OSD_DrawProgressBarTick(b, &iconrect, lpWinSty->wBgIdx, pVscr);
}
}
else
{
for(i = b->nMin,wRectTop=MidRect.uStartY+MidRect.uHeight-wDig; (i < b->nPos)&&(wRectTop>MidRect.uStartY); wRectTop -= wDig, i += wCount/b->nBlocks)
{
if(wRectTop+wDigHeight-wDig<MidRect.uStartY)
OSD_SetRect(&iconrect,MidRect.uStartX,MidRect.uStartY,MidRect.uWidth,wRectTop-MidRect.uStartY);
else if(wRectTop-wDigHeight<MidRect.uStartY)
OSD_SetRect(&iconrect,MidRect.uStartX,MidRect.uStartY,MidRect.uWidth,wRectTop-MidRect.uStartY);
else
OSD_SetRect(&iconrect,MidRect.uStartX,wRectTop,MidRect.uWidth,wDigHeight);
OSD_DrawProgressBarTick(b, &iconrect, lpWinSty->wBgIdx, pVscr);
}
}
}
}
}
UINT32 gelib_olst_focuslide(POBJECT_HEAD psobj,POBJECT_HEAD ptobj,UINT32 param)
{//start and terminal point
UINT16 i,yy,pyy,tyy,byy,hy,urevert,uborder;
GUI_RECT rcvscr,rctop,rctborder,*psrct,*ptrct;
PGUI_VSCR pvscr;
PGUI_REGION pgma,pmem;
psrct = &psobj->frame;
ptrct = &ptobj->frame;
if(gui_rctsize(psrct,ptrct) == 0)
return (UINT32)(-1);//do not support focus slide
else if(ge_version <= GE_MODULE_M3329D)
return (UINT32)(-2);
urevert = 0;
uborder = 0;
if((psrct->uStartX) != (ptrct->uStartX))
return (UINT32)(-3);//do not support horizontal focus slide
else if(ABS((psobj->bID) - (ptobj->bID))>1)
return (UINT32)(-4);//uborder = 1;//return (UINT32)(-4);
else if((psrct->uStartY)>(ptrct->uStartY))
urevert = 1;
hy = (ptrct->uHeight);
tyy = MIN((psrct->uStartY),(ptrct->uStartY));
byy = MAX((psrct->uStartY),(ptrct->uStartY))+(ptrct->uHeight);
rcvscr.uStartX = (ptrct->uStartX);
rcvscr.uStartY = tyy;
rcvscr.uWidth = (ptrct->uWidth);
rcvscr.uHeight = (byy - tyy);
rctop.uHeight = hy;
rctop.uStartX = (ptrct->uStartX);
rctop.uWidth = (ptrct->uWidth);
pvscr = OSD_GetTaskVscr(osal_task_get_current_id());
OSD_SetVscrModified(pvscr);
OSD_UpdateVscr(pvscr);
OSD_SetVscrSuspend(pvscr);
pmem = gelib_getdstrgn(pvscr->root_layer,pvscr->root_rgn);
pgma = gelib_getdstrgn(pvscr->dst_layer,pvscr->dst_rgn);
if(uborder == 1)
{
if((psrct->uStartY)<(ptrct->uStartY))
urevert = 1;
else
urevert = 0;
rctop.uStartY = (psrct->uStartX);
rctop.uStartY = (psrct->uStartY);
rctop.uWidth = (psrct->uWidth);
rctop.uHeight = (psrct->uHeight);
rctborder.uStartX = (ptrct->uStartX);
rctborder.uStartY = (ptrct->uStartY);
rctborder.uWidth = (ptrct->uWidth);
rctborder.uHeight = (ptrct->uHeight);
for(i = 0;i < (rctop.uHeight); i += 2)
{
if(urevert)
{
rctop.uHeight -= 2;
rctborder.uStartY = (ptrct->uStartY + ptrct->uHeight -i);
}
else
{
rctop.uStartY += 2;
rctop.uHeight -= 2;
}
rctborder.uHeight = i;
OSD_DrawStyleRect(&rctop,psobj->style.bHLIdx,pvscr);
OSD_DrawStyleRect(&rctborder,ptobj->style.bHLIdx,pvscr);
OSD_DrawObject(psobj,C_UPDATE_CONTENT);
OSD_DrawObject(ptobj,C_UPDATE_CONTENT);
gelib_flush_rgn(pgma,pmem,&rcvscr,&rcvscr,0);
OSD_DrawStyleRect(&rctop,psobj->style.bShowIdx,pvscr);
OSD_DrawStyleRect(&rctborder,ptobj->style.bShowIdx,pvscr);
GELIB_EFFECT_DELAY(0);
}
}
else
{
for(i = tyy;i < (byy-hy); i += 2)
{
if(urevert)
rctop.uStartY = (byy-hy-i + tyy);
else
rctop.uStartY = i;
OSD_DrawStyleRect(&rctop,psobj->style.bHLIdx,pvscr);
OSD_DrawObject(psobj,C_UPDATE_CONTENT);
OSD_DrawObject(ptobj,C_UPDATE_CONTENT);
gelib_flush_rgn(pgma,pmem,&rcvscr,&rcvscr,0);
OSD_DrawStyleRect(&rctop,psobj->style.bShowIdx,pvscr);
GELIB_EFFECT_DELAY(0);
}
}
pvscr = OSD_GetVscr(&rcvscr,VSCR_NULL);
OSD_DrawObject(psobj,C_UPDATE_ALL);
OSD_TrackObject(ptobj,C_UPDATE_ALL);
OSD_ClearVscrSuspend(pvscr);
OSD_SetVscrModified(pvscr);
OSD_UpdateVscr(pvscr);
return 0;
}
