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nt9856x/code/hdal/drivers/k_driver/include/rtos_na51089/displyr.h
payton 543d2da268 1.一次S530代码提交
2023-03-28 15:07:53 +08:00

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/**
@file disp_lyr.h
@ingroup mISYSDisp
@brief Header file for Display layer control
This file is the header file that define the API and data type
for Display control object
@note Nothing.
Copyright Novatek Microelectronics Corp. 2011. All rights reserved.
*/
/** \addtogroup mISYSDisp*/
//@{
#ifndef _DISPLYR_H
#define _DISPLYR_H
#include "dispcomn.h"
#include "ide.h"
/**
@name Display Layer Control Group
These definitions are used for display layer control API (DISP_OBJ.disp_lyr_ctrl) as the layer control portal.
The layer characteristics such as buffer format/ width / height/ Window-width / window-height / (...etc) are controlled by this API.
The user must know that the API would not set load to activate the settings.
The User would programs all the settings needed and then use DISP_OBJ.load() to activate all the settings.
*/
//@{
/**
Display Layer Buffer Format
This definition is used for the OP Code: "DISPLAYER_OP_SET_MODE" in the disp_lyr_ctrl API to specify the buffer format.
This feature can be assigned for each display layer with different setting.
*/
typedef enum {
DISPBUFFORMAT_PAL1, ///< Buffer uses format 1bit palette.
DISPBUFFORMAT_PAL2, ///< Buffer uses format 2bit palette.
DISPBUFFORMAT_PAL4, ///< Buffer uses format 4bit palette.
DISPBUFFORMAT_PAL8, ///< Buffer uses format 8bit palette.
DISPBUFFORMAT_YUV444, ///< Buffer uses format YUV444.
DISPBUFFORMAT_YUV422, ///< Buffer uses format YUV422.
DISPBUFFORMAT_YUV420, ///< Buffer uses format YUV420.
DISPBUFFORMAT_ARGB4565, ///< Buffer uses format ARGB 4565.
DISPBUFFORMAT_ARGB8565, ///< Buffer uses format ARGB 8565.
DISPBUFFORMAT_YUV422PACK, ///< Buffer uses format YUV422.
DISPBUFFORMAT_YUV420PACK, ///< Buffer uses format YUV420.
DISPBUFFORMAT_ARGB8888, ///< Buffer uses format ARGB 8888.
DISPBUFFORMAT_ARGB4444, ///< Buffer uses format ARGB 4444.
DISPBUFFORMAT_ARGB1555, ///< Buffer uses format ARGB 1555.
ENUM_DUMMY4WORD(DISPBUFFORMAT)
} DISPBUFFORMAT;
/**
Display Video Layer mode selection
This definition is used for the OP Code: "DISPLAYER_OP_SET_MODE" in the disp_lyr_ctrl API to specify the buffer display mode.
In the NT96220, the OSD layer's display mode is fixed as DISPBUFMODE_BUFFER_REPEAT.
*/
typedef enum {
DISPBUFMODE_AUTO_HANDSHAKE, ///< Automatically change buffer according to IPE/IME signal
DISPBUFMODE_RW_INDEPENDENT, ///< Automatically change buffer according to ide's VSync signal
DISPBUFMODE_BUFFER_REPEAT, ///< Repeat the same buffer until user change buffer
ENUM_DUMMY4WORD(DISPBUFMODE)
} DISPBUFMODE;
/**
Display Layer Buffer number
This definition is used for the OP Code: "DISPLAYER_OP_SET_MODE" in the disp_lyr_ctrl API to specify
the layer buffer number in the buffer mode DISPBUFMODE_AUTO_HANDSHAKE/DISPBUFMODE_RW_INDEPENDENT/DISPBUFMODE_BUFFER_REPEAT.
*/
typedef enum {
DISPBUFNUM_1, ///< Only 1 buffer (Buffer 0)
DISPBUFNUM_2, ///< Total 2 buffers (Buffer 0, 1)
DISPBUFNUM_3, ///< Total 3 buffers (Buffer 0, 1, 2)
DISPBUFNUM_4, ///< Total 4 buffers (Buffer 0, 1, 2, 3)
ENUM_DUMMY4WORD(DISPBUFNUM)
} DISPBUFNUM;
/**
Display Layer Buffer output direction
This definition is used for the OP Code: "DISPLAYER_OP_SET_OUTDIR" in the disp_lyr_ctrl API to specify the buffer output direction.
This feature can make the effects of Horizontal/Vertical Flip or the rotation 180 degrees on the display.
This feature can be assigned for each display layer with different setting.
*/
typedef enum {
DISPOUTDIR_NORMAL = 0x0, ///< Normal output direction
DISPOUTDIR_HRZ_FLIP = 0x1, ///< Horizontal flip
DISPOUTDIR_VTC_FLIP = 0x2, ///< Vertical flip
DISPOUTDIR_ROT_180 = 0x3, ///< Rotate 180 degree
ENUM_DUMMY4WORD(DISPOUTDIR)
} DISPOUTDIR;
/**
Display Layer Active Buffer
This definition is used for the OP Code: "DISPLAYER_OP_SET_ACTBUF"/"DISPLAYER_OP_SET_VDOBUFADDR"/"DISPLAYER_OP_SET_OSDBUFADDR" in the disp_lyr_ctrl API
to specify which of the active buffer is assigned to be displayed.
This feature can be assigned for each display layer with different setting.
*/
typedef enum {
DISPACTBUF_0, ///< select Active Buffer 0
DISPACTBUF_1, ///< select Active Buffer 1
DISPACTBUF_2, ///< select Active Buffer 2
DISPACTBUF_NUM, ///< total number of active buffer
ENUM_DUMMY4WORD(DISPACTBUF)
} DISPACTBUF;
/**
select Display Layer Buffer addresses would be updated
This definition is used for the OP Code: "/"DISPLAYER_OP_SET_VDOBUFADDR"/"DISPLAYER_OP_SET_OSDBUFADDR" in the disp_lyr_ctrl API
to specify which of the buffer addresses would be updated.
This feature can be assigned for each display layer with different setting.
*/
typedef enum {
DISPBUFADR_ALL = 0x00, ///< Update Video/OSD layer Buffer 0/1/2 Address
DISPBUFADR_0 = 0x01, ///< Update Video/OSD layer Buffer 0 Address
DISPBUFADR_1 = 0x02, ///< Update Video/OSD layer Buffer 1 Address
DISPBUFADR_2 = 0x04, ///< Update Video/OSD layer Buffer 2 Address
DISPBUFADR_MSK = 0x0F, ///< no use item
ENUM_DUMMY4WORD(DISPBUFADR)
} DISPBUFADR;
/**
Display Engine blending select definition
Dispaly Engine blending layer define: Video1: Layer0, Video2: Layer1, FD: Layer2, OSD1: Layer3, OSD2: Layer4
The blending Order: ((((Video1+Video2)+FD)+OSD1)+OSD2)
If Display Engine has only Video1 and OSD1: Video1: Layer0, OSD1: Layer1
The blending Order: (Video1+OSD1)
This definition is used for the OP Code: DISPLAYER_OP_SET_BLEND, DISPLAYER_OP_GET_BLEND
*/
typedef enum {
DISPCTRL_BLEND_TYPE_NOALPHA,
DISPCTRL_BLEND_TYPE_GLOBAL,
DISPCTRL_BLEND_TYPE_GLOBAL_BACK,
DISPCTRL_BLEND_TYPE_SOURCE, ///< only support in osd
DISPCTRL_BLEND_TYPE_SOURCE_BACK,
DISPCTRL_BLEND_SEL_DEFAULT = DISPCTRL_BLEND_TYPE_NOALPHA,
ENUM_DUMMY4WORD(DISPBLENDTYPE)
} DISPBLENDTYPE;
/**
Display Layer color key compare source selection
This definition is used for the OP Code: DISPLAYER_OP_SET_VDOCOLORKEY_SRC, DISPLAYER_OP_GET_VDOCOLORKEY_SRC
*/
typedef enum {
DISPVDOCK_CMP_V2 = 0x0,
DISPVDOCK_CMP_V1 = 0x1,
ENUM_DUMMY4WORD(DISPVDOCKCMPSOURCE)
} DISPVDOCKCMPSOURCE;
/**
Display Layer color key opeation selection
This definition is used for the OP Code: DISPLAYER_OP_SET_COLORKEY, DISPLAYER_OP_GET_COLORKEY
*/
typedef enum {
DISPCK_OP_OFF = 0x0, ///< For VDO: vdo color key enable =0 (videock = video1 or video2; refer to setting of ck_src). For OSD: osd color key enable = 0
DISPCK_OP_YSMALLKEY = 0x1, ///< ck = (Y < YKEY) ?
DISPCK_OP_YEQUKEY = 0x2, ///< ck = (Y == YKEY && CB == CBKEY && CR == CRKEY) ?
DISPCK_OP_YBIGKEY = 0x3, ///< ck = (Y > YKEY) ?
DISPCK_OP_YEQUKEY_A = 0x4, ///< ck = (Y == YKEY && CB == CBKEY && CR == CRKEY && ALPHA == AKEY) ?
ENUM_DUMMY4WORD(DISPCKOP)
} DISPCKOP;
/**
Display Layer dma burst length selection
This definition is used for the OP Code: DISPLAYER_OP_SET_DMALEN, DISPLAYER_OP_GET_DMALEN
*/
/*
typedef enum
{
DISPDMALEN_16 = 0, ///< DMA Len = 16 word
DISPDMALEN_24 = 1, ///< DMA Len = 24 word
DISPDMALEN_32 = 2, ///< DMA Len = 32 word
DISPDMALEN_48 = 3, ///< DMA Len = 48 word
DISPDMALEN_64 = 4, ///< DMA Len = 64 word
DISPDMALEN_96 = 5, ///< DMA Len = 96 word
ENUM_DUMMY4WORD(DISPDMALEN)
}DISPDMALEN;
*/
/**
Display Layer FD number selection
This definition is used for the OP Code: DISPLAYER_OP_SET_FDEN, DISPLAYER_OP_GET_FDEN
*/
typedef enum {
DISPFD_NUM0 = 0x00000001, ///< Number 0
DISPFD_NUM1 = 0x00000002, ///< Number 1
DISPFD_NUM2 = 0x00000004, ///< Number 2
DISPFD_NUM3 = 0x00000008, ///< Number 3
DISPFD_NUM4 = 0x00000010, ///< Number 4
DISPFD_NUM5 = 0x00000020, ///< Number 5
DISPFD_NUM6 = 0x00000040, ///< Number 6
DISPFD_NUM7 = 0x00000080, ///< Number 7
DISPFD_NUM8 = 0x00000100, ///< Number 8
DISPFD_NUM9 = 0x00000200, ///< Number 9
DISPFD_NUM10 = 0x00000400, ///< Number 10
DISPFD_NUM11 = 0x00000800, ///< Number 11
DISPFD_NUM12 = 0x00001000, ///< Number 12
DISPFD_NUM13 = 0x00002000, ///< Number 13
DISPFD_NUM14 = 0x00004000, ///< Number 14
DISPFD_NUM15 = 0x00008000, ///< Number 15
ENUM_DUMMY4WORD(DISPFDNUM)
} DISPFDNUM;
/**
Display Layer operation selection
This definition is used as the second operand in the disp_lyr_ctrl API to specify which of the display layer control operation
would be performed.
*/
typedef enum {
/* SET control group */
DISPLAYER_OP_SET_ENABLE = DISPCMDBASE_DISPLYR, ///< Set specified display Layer Enable/Disable.
DISPLAYER_OP_SET_MODE, ///< Configure selected layer buffer mode such as BUF Jump mode,Buffer Number, Buffer format.
DISPLAYER_OP_SET_BUFSIZE, ///< Set display Buffer Size for Video/OSD layer such as buffer Width/Height/LineOffset
DISPLAYER_OP_SET_VDOBUFADDR, ///< Set display Video Buffer Address
DISPLAYER_OP_SET_OSDBUFADDR, ///< Set display OSD Buffer Address
DISPLAYER_OP_SET_ACTBUF, ///< Set specified active buffer number when buffer is at buffer-repeat-mode.
DISPLAYER_OP_SET_OUTDIR, ///< Set Buffer Output Order such as Flip / rotation
DISPLAYER_OP_SET_WINSIZE, ///< Set Output Window Size and window offset. This is truely size seen on the display/panel.
DISPLAYER_OP_SET_PALETTE, ///< Set the OSD palette table. Valid for OSD layer only.
DISPLAYER_OP_SET_PALETTEACRCBY, ///< Set the OSD palette table. Valid for OSD layer only. format ACrCbY
DISPLAYER_OP_SET_BLEND, ///< Set the layer's blending
DISPLAYER_OP_SET_VDOCOLORKEY_SRC, ///< Set the Video color key source
DISPLAYER_OP_SET_COLORKEY, ///< Set the layer's color key
DISPLAYER_OP_SET_BLINK, ///< Set the layer's blinking
DISPLAYER_OP_SET_BUFXY, ///< Set the x/y of buffer source window
//DISPLAYER_OP_SET_DMALEN, ///< set the dma burst length
DISPLAYER_OP_SET_FDEN, ///< Set the FD rect. number enable/disable
DISPLAYER_OP_SET_FDSIZE, ///< Set the FD rect. size
DISPLAYER_OP_SET_FDCOLOR, ///< Set the FD rect. color
DISPLAYER_OP_SET_FDLINESWAP, ///< Set the FD & line layer swap(TRUE:Line is upper than FD / FALSE:FD is upper than Line)
/* GET control group */
DISPLAYER_OP_GET_ENABLE, ///< Get specified layer Enable/Disable.
DISPLAYER_OP_GET_MODE, ///< Get selected layer buffer mode such as BUF Jump mode,Buffer Number, Buffer format.
DISPLAYER_OP_GET_BUFSIZE, ///< Get display Buffer Size for Video/OSD layer such as buffer Width/Height/LineOffset
DISPLAYER_OP_GET_VDOBUFADDR, ///< Get display Video Buffer Address
DISPLAYER_OP_GET_OSDBUFADDR, ///< Get display OSD Buffer Address
DISPLAYER_OP_GET_ACTBUF, ///< Get specified layer active buffer number.
DISPLAYER_OP_GET_OUTDIR, ///< Get Buffer Output Order such as Flip / rotation
DISPLAYER_OP_GET_WINSIZE, ///< Get Output Window Size and window offset. This is truely size seen on the display/panel.
DISPLAYER_OP_GET_PALETTE, ///< Get the OSD palette table. Valid for OSD layer only.
DISPLAYER_OP_GET_SHADOW_PALETTE, ///< Get the OSD shadow palette table. Valid for OSD layer only.
DISPLAYER_OP_GET_PALETTEACRCBY, ///< Get the OSD palette table. Valid for OSD layer only. format ACrCbY
DISPLAYER_OP_GET_BLEND, ///< Get the layer's blending
///< @note FD & Line swap = 0 => lower -> upper layer = VDO1--->VDO2--->Line--->FD--->OSD1
///< alpha1 alpha2 alpha3 alpha4 [if ARGB1555:alpha5 option]
///< @note FD & Line swap = 1 => lower -> upper layer = VDO1--->VDO2--->FD--->Line--->OSD1
///< alpha1 alpha2 alpha3 alpha4 [if ARGB1555:alpha5 option]
DISPLAYER_OP_GET_VDOCOLORKEY_SRC, ///< Get the Video color key source
DISPLAYER_OP_GET_COLORKEY, ///< Get the layer's color key
DISPLAYER_OP_GET_BLINK, ///< Get the layer's blinking
DISPLAYER_OP_GET_BUFXY, ///< Get the x/y of buffer source window
//DISPLAYER_OP_GET_DMALEN, ///< Get the dma burst length
DISPLAYER_OP_GET_FDEN, ///< Get the FD rect. number enable/disable
DISPLAYER_OP_GET_FDSIZE, ///< Get the FD rect. size
DISPLAYER_OP_GET_FDCOLOR, ///< Get the FD rect. color
DISPLAYER_OP_GET_FDLINESWAP, ///< Get the FD & line layer swap
DISPLAYER_OP_GET_CST_FROM_RGB_TO_YUV, ///< Get the OSD layer's YUV data of color key(RGB->YUV)(Only for OSD1)
/* Macro API */
DISPLAYER_OP_SET_VDOBUFCONTENT, ///< Set specified video layer buffer content to specified color. Valid for video layer only.
DISPLAYER_OP_SET_H_BILINEAR, ///< Set the layer's horizontal scaling method
DISPLAYER_OP_SET_BUFWINSIZE, ///< Set the layer's buffer size and window size
ENUM_DUMMY4WORD(DISPLAYER_OP)
} DISPLAYER_OP;
/**
Display Layer Control Parameter Definition
This definition is used as the third operand in the disp_lyr_ctrl API to specify the display layer control parameters
for each of the layer control opeation.
*/
typedef struct {
union {
/* SET control group */
/**
Set Specified Display Layer Enable/Disable
This structure is used for layer operation code "DISPLAYER_OP_SET_ENABLE" to set the specified "DISPLAYER" enable/disable.
This structure shuld be used like this:
\n disp_lyr.SEL.SET_ENABLE.b_en = TRUE; //Or FALSE
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_ENABLE, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_ENABLE
BOOL b_en; ///< Set specified display layer ON/OFF. TRUE: Enable. FALSE:Disable.
} SET_ENABLE;
/**
Set Specified Display Layer Buffer mode/Format
This structure is used for layer operation code "DISPLAYER_OP_SET_MODE"
to set the specified "DISPLAYER" buffer Format/mode/Number. This structure shuld be used like this:
\n disp_lyr.SEL.SET_MODE.buf_format = DISPBUFFORMAT_YUV422; // Or DISPBUFFORMAT_PAL8 ...etc
\n disp_lyr.SEL.SET_MODE.buf_mode = DISPBUFMODE_BUFFER_REPEAT; // Or DISPBUFMODE_AUTO_HANDSHAKE
\n disp_lyr.SEL.SET_MODE.buf_number = DISPBUFNUM_3; // Or DISPBUFNUM_2 / DISPBUFNUM_1
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_MODE, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_MODE
DISPBUFFORMAT buf_format; ///< Video/OSD Buffer Format, such as YUV444/YUV422/YUV420/ARGB8565/ARGB4565
DISPBUFMODE buf_mode; ///< Video/OSD Buffer operation mode. OSD layer support buffer repeat mode only
DISPBUFNUM buf_number; ///< Configure used buffer number for Video/OSD
} SET_MODE;
/**
Set Specified Display Layer Buffer Size
This structure is used for layer operation code "DISPLAYER_OP_SET_BUFSIZE"
to set the specified "DISPLAYER" buffer Width/Height/LineOffset. This structure shuld be used like this:
\n disp_lyr.SEL.SET_BUFSIZE.ui_buf_width = 320;
\n disp_lyr.SEL.SET_BUFSIZE.ui_buf_height = 240;
\n disp_lyr.SEL.SET_BUFSIZE.ui_buf_line_ofs= 320;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_BUFSIZE, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_BUFSIZE
UINT32 ui_buf_width; ///< Set display buffer width in PIXEL COUNT for Video/OSD layer.
UINT32 ui_buf_height; ///< Set display buffer height in PIXEL COUNT for Video/OSD layer.
UINT32 ui_buf_line_ofs; ///< Set display buffer lineoffset in BYTES for Video/OSD layer.
} SET_BUFSIZE;
/**
Set Specified Display VIDEO Layer Buffer Address
This structure is used for layer operation code "DISPLAYER_OP_SET_VDOBUFADDR"
to set the specified "DISPLAYER" buffer address.
This structure shuld be used like this:
\n disp_lyr.SEL.SET_VDOBUFADDR.buf_sel = DISPBUFADR_ALL;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_y0 = 0x400000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_cb0 = 0x480000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_cr0 = 0x500000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_y1 = 0x580000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_cb1 = 0x600000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_cr1 = 0x680000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_y2 = 0x700000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_cb2 = 0x780000;
\n disp_lyr.SEL.SET_VDOBUFADDR.ui_addr_cr2 = 0x800000;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_VDOBUFADDR, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_VDOBUFADDR
DISPBUFADR buf_sel; ///< select which of the buffer addresses would be updated for Video layer.
UINT32 ui_addr_y0; ///< Buffer 0 Starting Address for Y/RGB565/RGB888 plane
UINT32 ui_addr_cb0; ///< Buffer 0 Starting Address for Cb/Alpha plane
UINT32 ui_addr_cr0; ///< Buffer 0 Starting Address for Cr plane
UINT32 ui_addr_y1; ///< Buffer 1 Starting Address for Y/RGB565/RGB888 plane
UINT32 ui_addr_cb1; ///< Buffer 1 Starting Address for Cb/Alpha plane
UINT32 ui_addr_cr1; ///< Buffer 1 Starting Address for Cr plane
UINT32 ui_addr_y2; ///< Buffer 2 Starting Address for Y/RGB565/RGB888 plane
UINT32 ui_addr_cb2; ///< Buffer 2 Starting Address for Cb/Alpha plane
UINT32 ui_addr_cr2; ///< Buffer 2 Starting Address for Cr plane
UINT32 ui_addr_y3; ///< Buffer 3 Starting Address for Y/RGB565/RGB888 plane
UINT32 ui_addr_cb3; ///< Buffer 3 Starting Address for Cb/Alpha plane
UINT32 ui_addr_cr3; ///< Buffer 3 Starting Address for Cr plane
} SET_VDOBUFADDR;
/**
Set Specified Display OSD Layer Buffer Address
This structure is used for layer operation code "DISPLAYER_OP_SET_OSDBUFADDR"
to set the specified "DISPLAYER" buffer ADDRESS. This structure shuld be used like this:
\n disp_lyr.SEL.SET_OSDBUFADDR.buf_sel = DISPBUFADR_ALL;
\n disp_lyr.SEL.SET_OSDBUFADDR.ui_addr_buf0 = 0x400000;
\n disp_lyr.SEL.SET_OSDBUFADDR.ui_addr_buf1 = 0x480000;
\n disp_lyr.SEL.SET_OSDBUFADDR.ui_addr_buf2 = 0x500000;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_OSDBUFADDR, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_OSDBUFADDR
DISPBUFADR buf_sel; ///< select which of the buffer addresses would be updated for OSD layer.
UINT32 ui_addr_buf0; ///< Buffer 0 Starting Address for OSD layer
UINT32 ui_addr_buf1; ///< Buffer 1 Starting Address for OSD layer
UINT32 ui_addr_buf2; ///< Buffer 2 Starting Address for OSD layer
#if 1// 96220 has no ARGB buffer format
UINT32 ui_addr_alpha0;
UINT32 ui_addr_alpha1;
UINT32 ui_addr_alpha2;
#endif
} SET_OSDBUFADDR;
/**
Set Specified Display Layer Active Buffer
This structure is used for layer operation code "DISPLAYER_OP_SET_ACTBUF"
to set the specified "DISPLAYER" active buffer. This structure shuld be used like this:
\n disp_lyr.SEL.SET_ACTBUF.active_buf = DISPACTBUF_0/1/2;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_ACTBUF, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_ACTBUF
DISPACTBUF active_buf; ///< select which Video/OSD buffer is activated. For video layer, this field is valid only at buffer repeat mode.
} SET_ACTBUF;
/**
Set Specified Display Layer Buffer output direction
This structure is used for layer operation code "DISPLAYER_OP_SET_OUTDIR"
to set the specified "DISPLAYER" buffer output direction. This structure shuld be used like this:
\n disp_lyr.SEL.SET_OUTDIR.buf_out_dir = DISPOUTDIR_NORMAL;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_OUTDIR, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_OUTDIR
DISPOUTDIR buf_out_dir; ///< select buffer output as Horizontal/Vertical-Flip, or rotation 90/180/270 degrees.
} SET_OUTDIR;
/**
Set Specified Display Layer output window size and window offset
This structure is used for layer operation code "DISPLAYER_OP_SET_WINSIZE"
to set the specified "DISPLAYER" window size and also the window offset. This structure shuld be used like this:
\n disp_lyr.SEL.SET_WINSIZE.ui_win_width = 320;
\n disp_lyr.SEL.SET_WINSIZE.ui_win_height = 240;
\n disp_lyr.SEL.SET_WINSIZE.i_win_ofs_x = 0;
\n disp_lyr.SEL.SET_WINSIZE.i_win_ofs_y = 0;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_WINSIZE, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_WINSIZE
UINT32 ui_win_width; ///< The display Video/OSD layer output window width
UINT32 ui_win_height; ///< The display Video/OSD layer output window height
INT32 i_win_ofs_x; ///< The display Video/OSD layer output window offset X
INT32 i_win_ofs_y; ///< The display Video/OSD layer output window offset Y
} SET_WINSIZE;
/**
Set Specified Display OSD Layer palette table
This structure is used for layer operation code "DISPLAYER_OP_SET_PALETTE"
to set the specified "DISPLAYER" palette table. This structure shuld be used like this:
\n disp_lyr.SEL.SET_PALETTE.ui_start = 0;
\n disp_lyr.SEL.SET_PALETTE.ui_number = 256;
\n disp_lyr.SEL.SET_PALETTE.p_pale_entry = (Address of palette table);
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_PALETTE, &disp_lyr);
*/
struct { // DISPLAYER_OP_SET_PALETTE
UINT32 ui_start; ///< Start entry id. Valid range from 0~255.
UINT32 ui_number; ///< Total number of palette entry to be set. Valid range from 1~256
UINT32 *p_pale_entry; ///< p_pale_entry[7~0]: Cr value of the palette.
///< p_pale_entry[15~8]: Cb value of the palette.
///< p_pale_entry[23~16]: Y value of the palette.
///< p_pale_entry[31~24]: Alpha value of the palette.
} SET_PALETTE;
/**
Set Specified Display OSD Layer palette table
This structure is used for layer operation code "DISPLAYER_OP_SET_PALETTE"
to set the specified "DISPLAYER" palette table. This structure shuld be used like this:
\n disp_lyr.SEL.SET_PALETTE.ui_start = 0;
\n disp_lyr.SEL.SET_PALETTE.ui_number = 256;
\n disp_lyr.SEL.SET_PALETTE.p_pale_entry = (Address of palette table);
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_PALETTE, &disp_lyr);
*/
struct { // DISPLAYER_OP_SET_PALETTEACRCBY
UINT32 ui_start; ///< Start entry id. Valid range from 0~255.
UINT32 ui_number; ///< Total number of palette entry to be set. Valid range from 1~256
UINT32 *p_pale_entry; ///< p_pale_entry[7~0]: Y value of the palette.
///< p_pale_entry[15~8]: Cb value of the palette.
///< p_pale_entry[23~16]: Cr value of the palette.
///< p_pale_entry[31~24]: Alpha value of the palette.
} SET_PALETTEACRCBY;
struct { // DISPLAYER_OP_SET_BLEND
DISPBLENDTYPE type;
UINT32 ui_global_alpha;
BOOL b_global_alpha5;
} SET_BLEND;
struct { // DISPLAYER_OP_SET_VDOCOLORKEY_SRC
DISPVDOCKCMPSOURCE ck_src; ///< color key source select
} SET_VDOCOLORKEY_SRC;
struct { // DISPLAYER_OP_SET_COLORKEY
DISPCKOP ck_op; ///< color key operation
UINT32 ui_ck_y; ///< color key color Y(R)
UINT32 ui_ck_cb; ///< color key color Cb(G)
UINT32 ui_ck_cr; ///< color key color Cr(B)
UINT32 ui_ck_alpha; ///< color key alpha(only used in osd)
} SET_COLORKEY;
struct { // DISPLAYER_OP_SET_BLINK
BOOL b_over_exp_en; ///< over exposure blinking enable
BOOL b_und_exp_en; ///< under exposure blinking enable
//DISPBLINKCH uich; ///< blinking channel selection
UINT32 ui_cnt; ///< blinking frame count
UINT32 ui_over_exp_th_y; ///< over exposure blinking threshold Y value
UINT32 ui_over_exp_th_cb; ///< over exposure blinking threshold Cb value
UINT32 ui_over_exp_th_cr; ///< over exposure blinking threshold Cr value
UINT32 ui_und_exp_th_y; ///< under xposure blinking threshold Y value
UINT32 ui_und_exp_th_cb; ///< under exposure blinking threshold Cb value
UINT32 ui_und_exp_th_cr; ///< under exposure blinking threshold Cr value
UINT32 ui_over_exp_color_y; ///< over exposure blinking color Y value
UINT32 ui_over_exp_color_cb;///< over exposure blinking color Cb value
UINT32 ui_over_exp_color_cr;///< over exposure blinking color Cr value
UINT32 ui_und_exp_color_y; ///< under exposure blinking color Y value
UINT32 ui_und_exp_color_cb; ///< under exposure blinking color Y value
UINT32 ui_und_exp_color_cr; ///< under exposure blinking color Y value
} SET_BLINK_TH;
/**
Set Specified Display Layer buffer source position.
This structure is used for layer operation code "DISPLAYER_OP_SET_BUFXY"
to set the specified "DISPLAYER" buffer source position. This structure shuld be used like this:
\n disp_lyr.SEL.SET_BUFXY.ui_buf_ofs_x = 0;
\n disp_lyr.SEL.SET_BUFXY.ui_buf_ofs_y = 0;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_BUFXY, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_BUFXY
UINT32 ui_buf_ofs_x; ///< The display Video/OSD layer buffer source offset X
UINT32 ui_buf_ofs_y; ///< The display Video/OSD layer buffer source offset Y
} SET_BUFXY;
/**
Set Specified Display Layer DMA length
This structure is used for layer operation code "DISPLAYER_OP_SET_DMALEN"
to set the specified "DISPLAYER" dma length. This structure shuld be used like this:
\n disp_lyr.SEL.SET_DMALEN.DMAY_A = DISPDMALEN_32;
\n disp_lyr.SEL.SET_DMALEN.DMAC_RGB = DISPDMALEN_32;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_DMALEN, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
/*
struct// DISPLAYER_OP_SET_DMALEN
{
DISPDMALEN DMAY_A; ///< DMA Len for Y or alpha or palette channel
DISPDMALEN DMAC_RGB; ///< DMA Len for C or RGB channel
} SET_DMALEN;
*/
/**
Set FD Layer enable/disable
This structure is used for layer operation code "DISPLAYER_OP_SET_FDEN"
to set the specified "FD" enable/disable. This structure shuld be used like this:
\n disp_lyr.SEL.SET_FDEN.fd_num = DISPFD_NUM0;
\n disp_lyr.SEL.SET_FDEN.b_en = TRUE;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_FDLEN, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_FDEN
DISPFDNUM fd_num; ///< FD channel number
BOOL b_en; ///< FD channel enable/disable
} SET_FDEN;
/**
Set FD Layer size
This structure is used for layer operation code "DISPLAYER_OP_SET_FDSIZE"
to set the specified "FD" size. This structure shuld be used like this:
\n disp_lyr.SEL.SET_FDSIZE.fd_num = DISPFD_NUM0;
\n disp_lyr.SEL.SET_FDSIZE.ui_fdx = 0;
\n disp_lyr.SEL.SET_FDSIZE.ui_fdy = 0;
\n disp_lyr.SEL.SET_FDSIZE.ui_fdw = 40;
\n disp_lyr.SEL.SET_FDSIZE.ui_fdh = 40;
\n disp_lyr.SEL.SET_FDSIZE.ui_fd_bord_w = 4;
\n disp_lyr.SEL.SET_FDSIZE.ui_fd_bord_h = 4;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_FDSIZE, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_FDSIZE
DISPFDNUM fd_num; ///< FD channel number
UINT32 ui_fdx; ///< FD channel position X
UINT32 ui_fdy; ///< FD channel position Y
UINT32 ui_fdw; ///< FD channel width
UINT32 ui_fdh; ///< FD channel height
UINT32 ui_fd_bord_w; ///< FD channel border width
UINT32 ui_fd_bord_h; ///< FD channel border heigh
} SET_FDSIZE;
/**
Set FD Layer color
This structure is used for layer operation code "DISPLAYER_OP_SET_FDCOLOR"
to set the specified "FD" color. This structure shuld be used like this:
\n disp_lyr.SEL.SET_FDCOLOR.fd_num = DISPFD_NUM0;
\n disp_lyr.SEL.SET_FDCOLOR.ui_fd_cr_y = 0x00;
\n disp_lyr.SEL.SET_FDCOLOR.ui_fd_cr_cb = 0x80;
\n disp_lyr.SEL.SET_FDCOLOR.ui_fd_cr_cr = 0x80;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_FDCOLOR, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_FDCOLOR
DISPFDNUM fd_num; ///< FD channel number
UINT32 ui_fd_cr_y; ///< FD channel y color
UINT32 ui_fd_cr_cb; ///< FD channel cb color
UINT32 ui_fd_cr_cr; ///< FD channel cr color
} SET_FDCOLOR;
/**
Set layer's horizontal scaling method
This structure is used for layer operation code "DISPLAYER_OP_SET_H_BILINEAR"
to set the specified layer. This structure shuld be used like this:
\n disp_lyr.SEL.SET_H_BILINEAR.bBiliear = TRUE;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_H_BILINEAR, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_H_BILINEAR
BOOL b_bilinear; ///< Horizontal bilinear method
} SET_H_BILINEAR;
/**
Set Specified Display Layer Buffer and Window Size
This structure is used for layer operation code "DISPLAYER_OP_SET_BUFWINSIZE"
to set the specified "DISPLAYER" buffer Width/Height/LineOffset and window size. This structure shuld be used like this:
\n disp_lyr.SEL.SET_BUFWINSIZE.ui_buf_width = 320;
\n disp_lyr.SEL.SET_BUFWINSIZE.ui_buf_height = 240;
\n disp_lyr.SEL.SET_BUFWINSIZE.ui_buf_line_ofs= 320;
\n disp_lyr.SEL.SET_BUFWINSIZE.ui_win_width = 320;
\n disp_lyr.SEL.SET_BUFWINSIZE.ui_win_height = 240;
\n disp_lyr.SEL.SET_BUFWINSIZE.i_win_ofs_x = 0;
\n disp_lyr.SEL.SET_BUFWINSIZE.i_win_ofs_y = 0;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_BUFWINSIZE, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_BUFWINSIZE
UINT32 ui_buf_width; ///< Set display buffer width in PIXEL COUNT for Video/OSD layer.
UINT32 ui_buf_height; ///< Set display buffer height in PIXEL COUNT for Video/OSD layer.
UINT32 ui_buf_line_ofs; ///< Set display buffer lineoffset in BYTES for Video/OSD layer.
UINT32 ui_win_width; ///< The display Video/OSD layer output window width
UINT32 ui_win_height; ///< The display Video/OSD layer output window height
INT32 i_win_ofs_x; ///< The display Video/OSD layer output window offset X
INT32 i_win_ofs_y; ///< The display Video/OSD layer output window offset Y
} SET_BUFWINSIZE;
/**
Set OSD layer swap parameter
This structure is used for swap osd layer and only valid @ IDE1
\n DispDev.SEL.SET_OSDSWAP.bEnOSDSwap = TRUE or FALSE;
\n pDispObj->dev_ctrl(DISPDEV_SET_OSD_LAYER_SWAP, &DispDev);
*/
struct { //DISPDEV_SET_OSD_LAYER_SWAP
BOOL b_en_fd_line_swap; ///< Enable / Disable FD line layer swap
///< 0: FD ' Line (up to low)
///< 1: Line ' FD (up to low)
} SET_FDLINESWAP;
/* GET control group */
/**
Get Specified Display Layer enable/disable
This structure is used for layer operation code "DISPLAYER_OP_GET_ENABLE"
to get the specified "DISPLAYER" layer enable/disable. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_ENABLE, &disp_lyr);
\n "disp_lyr.SEL.GET_ENABLE.b_en"
is the specified layer enable/disable.
*/
struct { // DISPLAYER_OP_GET_ENABLE
BOOL b_en; ///< Get specified display layer ON/OFF. TRUE: Enable. FALSE:Disable.
} GET_ENABLE;
/**
Get Specified Display Layer buffer mode/format/number configurations
This structure is used for layer operation code "DISPLAYER_OP_GET_ENABLE"
to get the specified "DISPLAYER" layer buffer configurations. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_ENABLE, &disp_lyr);
\n "disp_lyr.SEL.GET_MODE.buf_format"/"disp_lyr.SEL.GET_MODE.buf_mode"/"disp_lyr.SEL.GET_MODE.buf_number"
are the specified layer buffer format/mode/number.
*/
struct { // DISPLAYER_OP_GET_MODE
DISPBUFFORMAT buf_format; ///< Get Video/OSD Buffer Format, such as YUV444/YUV422/YUV420/ARGB8565/ARGB4565
DISPBUFMODE buf_mode; ///< Get Video/OSD Buffer operation mode. OSD layer support buffer repeat mode only
DISPBUFNUM buf_number; ///< Get active buffer number for Video/OSD
} GET_MODE;
/**
Get Specified Display Layer buffer width/height/lineoffset
This structure is used for layer operation code "DISPLAYER_OP_GET_BUFSIZE"
to get the specified "DISPLAYER" layer buffer width/height/lineoffset. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_BUFSIZE, &disp_lyr);
\n "disp_lyr.SEL.GET_BUFSIZE.ui_buf_width"/"disp_lyr.SEL.GET_BUFSIZE.ui_buf_height"/"disp_lyr.SEL.GET_BUFSIZE.ui_buf_line_ofs"
are the specified layer buffer width/height/lineoffset.
*/
struct { // DISPLAYER_OP_GET_BUFSIZE
UINT32 ui_buf_width; ///< Get display buffer width for Video/OSD layer.
UINT32 ui_buf_height; ///< Get display buffer height for Video/OSD layer.
UINT32 ui_buf_line_ofs; ///< Get display buffer lineoffset for Video/OSD layer.
} GET_BUFSIZE;
/**
Get Specified Display VIDEO Layer buffer address
This structure is used for layer operation code "DISPLAYER_OP_GET_VDOBUFADDR"
to get the specified "DISPLAYER" layer buffer address. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_VDOBUFADDR, &disp_lyr);
\n "disp_lyr.SEL.GET_VDOBUFADDR.active_buf"/"disp_lyr.SEL.GET_VDOBUFADDR.ui_addr_y0"/"disp_lyr.SEL.GET_VDOBUFADDR.ui_addr_cb0"/...
are the specified VIDEO layer buffer address and active buffer number.
*/
struct { // DISPLAYER_OP_GET_VDOBUFADDR
DISPACTBUF active_buf; ///< This field is valid only when video buffer at buffer repeat mode.
///< Get which of the buffer address is activated for Video layer.
UINT32 ui_addr_y0; ///< Buffer 0 Starting Address for Y/RGB565 plane
UINT32 ui_addr_cb0; ///< Buffer 0 Starting Address for Cb/Alpha plane
UINT32 ui_addr_cr0; ///< Buffer 0 Starting Address for Cr plane
UINT32 ui_addr_y1; ///< Buffer 1 Starting Address for Y/RGB565 plane
UINT32 ui_addr_cb1; ///< Buffer 1 Starting Address for Cb/Alpha plane
UINT32 ui_addr_cr1; ///< Buffer 1 Starting Address for Cr plane
UINT32 ui_addr_y2; ///< Buffer 2 Starting Address for Y/RGB565 plane
UINT32 ui_addr_cb2; ///< Buffer 2 Starting Address for Cb/Alpha plane
UINT32 ui_addr_cr2; ///< Buffer 2 Starting Address for Cr plane
} GET_VDOBUFADDR;
/**
Get Specified Display OSD Layer buffer address
This structure is used for layer operation code "DISPLAYER_OP_GET_OSDBUFADDR"
to get the specified "DISPLAYER" layer buffer address. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_OSDBUFADDR, &disp_lyr);
\n "disp_lyr.SEL.GET_OSDBUFADDR.active_buf"/"disp_lyr.SEL.GET_OSDBUFADDR.ui_addr_buf0"/"disp_lyr.SEL.GET_OSDBUFADDR.ui_addr_buf1"/...
are the specified OSD layer buffer address and active buffer number.
*/
struct { // DISPLAYER_OP_GET_OSDBUFADDR
DISPACTBUF active_buf; ///< select which one of the buffer address is activated for OSD layer.
UINT32 ui_addr_buf0; ///< Buffer 0 Starting Address for OSD layer
UINT32 ui_addr_buf1; ///< Buffer 1 Starting Address for OSD layer
UINT32 ui_addr_buf2; ///< Buffer 2 Starting Address for OSD layer
#if 1// 96220 has no ARGB buffer format
UINT32 ui_addr_alpha0;
UINT32 ui_addr_alpha1;
UINT32 ui_addr_alpha2;
#endif
} GET_OSDBUFADDR;
/**
Get Specified Display Layer active buffer
This structure is used for layer operation code "DISPLAYER_OP_GET_ACTBUF"
to get the specified "DISPLAYER" layer active buffer if in the buffer repeat mode. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_ACTBUF, &disp_lyr);
\n "disp_lyr.SEL.GET_ACTBUF.active_buf"
is the specified layer active buffer ID.
*/
struct { // DISPLAYER_OP_GET_ACTBUF
DISPACTBUF active_buf; ///< Get which Video/OSD buffer is activated. For video layer, this field is valid only at buffer repeat mode.
} GET_ACTBUF;
/**
Get Specified Display Layer buffer output direction
This structure is used for layer operation code "DISPLAYER_OP_GET_OUTDIR"
to get the specified "DISPLAYER" layer buffer output direction. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_OUTDIR, &disp_lyr);
\n "disp_lyr.SEL.GET_OUTDIR.buf_out_dir"
is the specified layer buffer output direction.
*/
struct { // DISPLAYER_OP_GET_OUTDIR
DISPOUTDIR buf_out_dir; ///< Get Horizontal/Vertical-Flip, or rotation 90/180/270 degrees.
} GET_OUTDIR;
/**
Get Specified Display Layer output window size/offset
This structure is used for layer operation code "DISPLAYER_OP_GET_WINSIZE"
to get the specified "DISPLAYER" layer output window size/offset. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_WINSIZE, &disp_lyr);
\n "disp_lyr.SEL.GET_WINSIZE.ui_win_width"/"disp_lyr.SEL.GET_WINSIZE.ui_win_height"/"disp_lyr.SEL.GET_WINSIZE.i_win_ofs_x"/"disp_lyr.SEL.GET_WINSIZE.i_win_ofs_y"
are the specified layer buffer output window size/offset.
*/
struct { // DISPLAYER_OP_GET_WINSIZE
UINT32 ui_win_width; ///< The display Video/OSD layer output window width
UINT32 ui_win_height; ///< The display Video/OSD layer output window height
INT32 i_win_ofs_x; ///< The display Video/OSD layer output window offset X
INT32 i_win_ofs_y; ///< The display Video/OSD layer output window offset Y
} GET_WINSIZE;
/**
Get Specified Display OSD Layer palette table
This structure is used for layer operation code "DISPLAYER_OP_GET_PALETTE"
to get the specified "DISPLAYER" layer palette table. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_PALETTE, &disp_lyr);
\n "disp_lyr.SEL.GET_PALETTE.ui_start"/"disp_lyr.SEL.GET_PALETTE.ui_number"/"disp_lyr.SEL.GET_PALETTE.p_pale_entry"
are the specified OSD layer palette table.
*/
struct { // DISPLAYER_OP_GET_PALETTE
UINT32 ui_start; ///< Start entry id. Valid range from 0~255.
UINT32 ui_number; ///< Total number of palette entry to be set. Valid range from 1~256
UINT32 *p_pale_entry; ///< p_pale_entry[7~0]: Cr value of the palette.
///< p_pale_entry[15~8]: Cb value of the palette.
///< p_pale_entry[23~16]: Y value of the palette.
///< p_pale_entry[31~24]: Alpha value of the palette.
} GET_PALETTE;
/**
Get Specified Display OSD Layer palette table
This structure is used for layer operation code "DISPLAYER_OP_GET_PALETTE"
to get the specified "DISPLAYER" layer palette table. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_PALETTE, &disp_lyr);
\n "disp_lyr.SEL.GET_PALETTE.ui_start"/"disp_lyr.SEL.GET_PALETTE.ui_number"/"disp_lyr.SEL.GET_PALETTE.p_pale_entry"
are the specified OSD layer palette table.
*/
struct { // DISPLAYER_OP_GET_PALETTEACRCBY
UINT32 ui_start; ///< Start entry id. Valid range from 0~255.
UINT32 ui_number; ///< Total number of palette entry to be set. Valid range from 1~256
UINT32 *p_pale_entry; ///< p_pale_entry[7~0]: Y value of the palette.
///< p_pale_entry[15~8]: Cb value of the palette.
///< p_pale_entry[23~16]: Cr value of the palette.
///< p_pale_entry[31~24]: Alpha value of the palette.
} GET_PALETTEACRCBY;
/* Macro API */
/**
Get Specified Video Display Layer Buffer Content
This structure is used for layer operation code "DISPLAYER_OP_SET_VDOBUFCONTENT" to
set the specified Video "DISPLAYER"'s buffer content.
This structure shuld be used like this:
\n disp_lyr.SEL.SET_VDOBUFCONTENT.b_en = TRUE; //Or FALSE
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_ENABLE, &disp_lyr);
@note This control operation is VD Latached, so the user must set pDispObj->load to validate the configurations.
*/
struct { // DISPLAYER_OP_SET_VDOBUFCONTENT
IDE_BUFFERID buf_id; ///< select which of the Buffer ID to fill the content.
PYUVCOLOR p_ycbcr; ///< The color which will be filled up with the buffer
} SET_VDOBUFCONTENT;
struct { // DISPLAYER_OP_GET_BLEND
DISPBLENDTYPE type;
UINT32 ui_global_alpha;
BOOL b_global_alpha5;
} GET_BLEND;
struct { // DISPLAYER_OP_GET_VDOCOLORKEY_SRC
DISPVDOCKCMPSOURCE ck_src; ///< color key source select
} GET_VDOCOLORKEY_SRC;
struct { // DISPLAYER_OP_GET_COLORKEY
DISPCKOP ck_op; ///< color key operation
UINT32 ui_ck_y; ///< color key color Y(R)
UINT32 ui_ck_cb; ///< color key color Cb(G)
UINT32 ui_ck_cr; ///< color key color Cr(B)
UINT32 ui_ck_alpha; ///< color key alpha(only used in osd)
} GET_COLORKEY;
/**
Get Specified Display Layer buffer source position.
This structure is used for layer operation code "DISPLAYER_OP_SET_BUFXY"
to get the specified "DISPLAYER" buffer source position. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_BUFXY, &disp_lyr);
\n "disp_lyr.SEL.GET_BUFXY.ui_buf_ofs_x"
\n "disp_lyr.SEL.GET_BUFXY.ui_buf_ofs_y"
is the buffer source position of specified "DISPLAYER"
*/
struct { // DISPLAYER_OP_GET_BUFXY
UINT32 ui_buf_ofs_x; ///< The display Video/OSD layer buffer source offset X
UINT32 ui_buf_ofs_y; ///< The display Video/OSD layer buffer source offset Y
} GET_BUFXY;
/**
Get Specified Display Layer DMA length
This structure is used for layer operation code "DISPLAYER_OP_GET_DMALEN"
to get the specified "DISPLAYER" dma length. This structure shuld be used like this:
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_DMALEN, &disp_lyr);
\n "disp_lyr.SEL.GET_DMALEN.DMAY_A"
\n "disp_lyr.SEL.GET_DMALEN.DMAC_RGB"
is the dma length of specified "DISPLAYER"
*/
/*struct// DISPLAYER_OP_GET_DMALEN
{
DISPDMALEN DMAY_A; ///< DMA Len for Y or alpha or palette channel
DISPDMALEN DMAC_RGB; ///< DMA Len for C or RGB channel
} GET_DMALEN;
*/
/**
Get FD Layer enable/disable
This structure is used for layer operation code "DISPLAYER_OP_GET_FDEN"
to get the specified "FD" enable/disable. This structure shuld be used like this:
\n disp_lyr.GEL.GET_FDEN.fd_num = DISPFD_NUM0;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_FDLEN, &disp_lyr);
\n "disp_lyr.GEL.GET_FDEN.b_en"
is the FD number enable/disable
*/
struct { // DISPLAYER_OP_GET_FDEN
DISPFDNUM fd_num; ///< FD channel number
BOOL b_en; ///< FD channel enable/disable
} GET_FDEN;
/**
Get FD Layer size
This structure is used for layer operation code "DISPLAYER_OP_GET_FDSIZE"
to get the specified "FD" size. This structure shuld be used like this:
\n disp_lyr.SEL.SET_FDSIZE.fd_num = DISPFD_NUM0;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_SET_FDSIZE, &disp_lyr);
\n "disp_lyr.SEL.SET_FDSIZE.ui_fdx"
\n "disp_lyr.SEL.SET_FDSIZE.ui_fdy"
\n "disp_lyr.SEL.SET_FDSIZE.ui_fdw"
\n "disp_lyr.SEL.SET_FDSIZE.ui_fdh"
\n "disp_lyr.SEL.SET_FDSIZE.ui_fd_bord_w"
\n "disp_lyr.SEL.SET_FDSIZE.ui_fd_bord_h"
is the FD number size
*/
struct { // DISPLAYER_OP_GET_FDSIZE
DISPFDNUM fd_num; ///< FD channel number
UINT32 ui_fdx; ///< FD channel position X
UINT32 ui_fdy; ///< FD channel position Y
UINT32 ui_fdw; ///< FD channel width
UINT32 ui_fdh; ///< FD channel height
UINT32 ui_fd_bord_w; ///< FD channel border width
UINT32 ui_fd_bord_h; ///< FD channel border heigh
} GET_FDSIZE;
/**
Get FD Layer color
This structure is used for layer operation code "DISPLAYER_OP_GET_FDCOLOR"
to get the specified "FD" color. This structure shuld be used like this:
\n disp_lyr.GEL.GET_FDCOLOR.fd_num = DISPFD_NUM0;
\n pDispObj->disp_lyr_ctrl(DISPLAYER, DISPLAYER_OP_GET_FDCOLOR, &disp_lyr);
\n "disp_lyr.GEL.GET_FDCOLOR.ui_fd_cr_y"
\n "disp_lyr.GEL.GET_FDCOLOR.ui_fd_cr_cb"
\n "disp_lyr.GEL.GET_FDCOLOR.ui_fd_cr_cr"
is the FD number color
*/
struct { // DISPLAYER_OP_GET_FDCOLOR
DISPFDNUM fd_num; ///< FD channel number
UINT32 ui_fd_cr_y; ///< FD channel y color
UINT32 ui_fd_cr_cb; ///< FD channel cb color
UINT32 ui_fd_cr_cr; ///< FD channel cr color
} GET_FDCOLOR;
/**
Get FD line layer swap parameter
This structure is used for swap osd layer and only valid @ IDE1
\n DispDev.SEL.SET_OSDSWAP.bEnOSDSwap = TRUE or FALSE;
\n pDispObj->dev_ctrl(DISPDEV_SET_OSD_LAYER_SWAP, &DispDev);
*/
struct { //DISPLAYER_OP_GET_OSDSWAP
BOOL b_en_fd_line_swap; ///< Enable / Disable FD line layer swap
///< 0: FD ' Line (up to low)
///< 1: Line ' FD (up to low)
} GET_FDLINESWAP;
/**
Get CST value of RGB to YUV for color key @ ARGB
This structure is used only for OSD layer
@code
{
UINT8 r_to_y;
UINT8 g_to_u;
UINT8 b_to_v;
UINT16 rgb565 = 0x50EA; //RGB565 plane
=>bit[ 4..0] = R => ((0x50ea & 0x1F) << 3 => 0xa ---> r_to_y
=>bit[10..5] = G => (((0x50ea >> 5) & 0x3F) << 2) => 0x07---> g_to_u
=>bit[4..0] = R => (((0x50ea >> 11) & 0x1F) << 3) => 0xa ---> b_to_v
DISPLAYER_PARAM test_disp_param;
test_disp_param.SEL.GET_CST_OF_RGB_TO_YUV.r_to_y = r_to_y;
test_disp_param.SEL.GET_CST_OF_RGB_TO_YUV.g_to_u = g_to_u;
test_disp_param.SEL.GET_CST_OF_RGB_TO_YUV.b_to_v = b_to_v;
disp_set_disp1_layer_ctrl(DISPLAYER_OSD1, DISPLAYER_OP_GET_CST_FROM_RGB_TO_YUV, &test_disp_param);
DBG_DUMP("output Y=%d, U=%d, V=%d\r\n", p_lyr_param->SEL.GET_CST_OF_RGB_TO_YUV.r_to_y, p_lyr_param->SEL.GET_CST_OF_RGB_TO_YUV.g_to_u, p_lyr_param->SEL.GET_CST_OF_RGB_TO_YUV.b_to_v);
}
@endcode
*/
struct { //DISPLAYER_OP_GET_CST_FROM_RGB_TO_YUV
UINT8 r_to_y; ///< Point of R data and output for Y data (need shift to 8bit)
UINT8 g_to_u; ///< Point of G data and output for U data (need shift to 8bit)
UINT8 b_to_v; ///< Point of B data and output for V data (need shift to 8bit)
UINT8 alpha; ///< Use for align to 4 byte (alpha here is useless)
} GET_CST_OF_RGB_TO_YUV;
} SEL;
} DISPLAYER_PARAM, *PDISPLAYER_PARAM;
//@}
typedef ER(*DISPLYRCTRL)(DISPLAYER, DISPLAYER_OP, PDISPLAYER_PARAM);
//@}
#endif
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