188 lines
4.6 KiB
C
188 lines
4.6 KiB
C
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#ifndef LIB_LCD_H
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#define LIB_LCD_H
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#include "typesdef.h"
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#include "dev.h"
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#include "hal/lcdc.h"
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#include "hal/scale.h"
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#define LCD_ROTATE 1
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#define SCALE_DIRECT_TO_LCD 0
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#define LCD_FROM_DEC 0
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#define LCD_SET_ROTATE_180 0
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#define LCD_THREE_BUF 0
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#define LCD_FROM_DMA2D_BUF 1
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#define LCD_33_WVGA 1
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#if LCD_33_WVGA
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#define SCALE_WIDTH 800//800//800//854//848//640
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#define SCALE_HIGH 480//480//480//480//480//
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#else
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#define SCALE_WIDTH 480//400//162//320
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#define SCALE_HIGH 320//400//132//240
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#endif
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#define PHOTO1_W 320
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#define PHOTO1_H 240
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#define SCALE_CONFIG_W ((SCALE_WIDTH+3)/4)*4
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#define SCALE_PHOTO1_CONFIG_W ((PHOTO1_W+3)/4)*4
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#define SCALE_CONFIG_H ((SCALE_HIGH+7)/8)*8
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#if LCD_SET_ROTATE_180
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#define Y_OFFSET SCALE_CONFIG_W*(SCALE_HIGH-1)
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#define UV_OFFSET ((SCALE_CONFIG_W/2+3)/4)*4 * (SCALE_HIGH/2-1)
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#define DEC_Y_OFFSET PHOTO1_W*(PHOTO1_H-1)//428*(240-1)
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#define DEC_UV_OFFSET ((SCALE_PHOTO1_CONFIG_W/2+3)/4)*4 * (PHOTO1_H/2-1) //160*119//216*(119)
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#else
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#define Y_OFFSET 0
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#define UV_OFFSET 0
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#define DEC_Y_OFFSET 0
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#define DEC_UV_OFFSET 0
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#endif
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extern uint32 p1_w,p1_h;
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extern uint32 scale_p1_w;
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extern uint32 dec_y_offset,dec_uv_offset;
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#define SRAMBUF_WLEN 64
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enum init_tab_token_e {
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LCD_CMD,
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LCD_DAT,
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SPI_DAT,
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DELAY_MS,
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LCD_TAB_END = 0XFFUL,
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};
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typedef struct
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{
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uint8_t osd_buf_to_lcd;
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uint8_t osd_buf_to_updata;
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uint8_t updata_finish;
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uint8_t lcd_run_new_lcd;
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uint8_t lcd_p0p1_state; //0:p0p1 disable 1:p0 enable p1 disable 2: p0 disable p1 enable 3: p0p1 enable
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uint8_t lcd_p0p1_cur;
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uint8_t lcd_p1_size_reset;
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uint8_t lcd_osd_mode;
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uint8_t lcd_osd_cur_mode;
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}lcd_msg;
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typedef struct _lcd_desc_s {
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char name[32];
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uint8 lcd_bus_type;
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uint8 bus_width;
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uint8 bus_cmd;
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uint8 color_mode;
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//uint8 red_width;
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//uint8 green_width;
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//uint8 blue_width;
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uint8 osd_scan_mode; //osd是否旋转,给到lvgl
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uint8 scan_mode;
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//only mcu-bus use
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//-1,te disable.
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//0,te just interrupt,no kick TX.用户(写APP的人)自己编写TE中断服务函数,自己控制kick tx.
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//1,te interrupt and auto kick TX,中断被内部使用,用户不应该操作TE中断
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uint8 te_mode;
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uint8 lane_num;
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//for mcu data-bus, cs_setup and cs_hold eq 0 default,so freq(wr) = src_clk/div/2.
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//for rgb bus,freq(pclk) = src_clk/div;
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uint32 pclk;
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//the 'lcd_data_mode' eq LCDDMOD
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uint32 lcd_data_mode;
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uint32 lcd_data_mode1;
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uint32 colrarray;
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uint16 screen_w,video_x,video_w;
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uint16 screen_h,video_y,video_h;
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uint16 osd_x,osd_y,osd_w,osd_h;
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uint8 (* init_table)[2];
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uint8 * frame_table;
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uint8 clk_per_pixel;
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uint8 even_order;
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uint8 odd_order;
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//------rgb-bus----------
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uint8 pclk_inv;
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//unit:line,real vfp=vfp+1(line)
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uint8 vlw,vbp,vfp;
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//unit:pclk
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uint8 hlw;
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//unit:pixel,real hfp=.hfp(pixel) + 1(pclk)
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uint8 hbp,hfp;
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uint8 de_en;
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uint8 hs_en;
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uint8 vs_en;
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uint8 de_inv;//de默认是高电平有效,如果de_inv是1，则将其反转,0xff:disable
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uint8 hs_inv;//hs_inv同de_inv
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uint8 vs_inv;//vs_inv同de_inv
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union
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{
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uint8_t value;
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struct
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{
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uint8_t rd_inv: 1;
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uint8_t cs_inv: 1;
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uint8_t dc_inv: 1;
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uint8_t wr_inv: 1;
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uint8_t resev: 4;
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}mcu;
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}signal_config;
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uint8 spi_cpol; //CPOL = 0,CLK is "Low" when inactive
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uint8 spi_cpha; //CPHA = 0,sample edge is first edge
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uint8 spi_order;//ORDER = 0,MSB
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uint8 spi_bits; //number of data bits
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uint32 contrast;
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uint32 brightness;
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uint32 saturation;
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uint32 contra_index;
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uint32 gamma_red;
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uint32 gamma_green;
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uint32 gamma_blue;
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uint32 de_ccm[12];
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uint32 de_saj[5];
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}
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lcddev_t;
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extern lcddev_t lcdstruct;
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void scale_soft_run(uint8_t *softbuf,uint32_t w,uint32 h);
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void scale_to_lcd_config_soft(uint8_t *softbuf,uint32_t w,uint32_t h);
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void scale_from_vpp_to_jpg(struct scale_device *scale_dev,uint32 yuvbuf_addr,uint32 s_w,uint32 s_h,uint32 d_w,uint32 d_h);
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void scale_from_soft_to_jpg(struct scale_device *scale_dev,uint32 yuvbuf_addr,uint32 s_w,uint32 s_h,uint32 d_w,uint32 d_h);
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void set_lcd_photo1_config(uint32 w,uint32 h,uint8 rotate_180);
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void set_lcd_enlarge_config(uint32_t sw,uint32_t sh,uint32_t ow,uint32_t oh,uint8_t enlarge);
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void jpg_dec_scale_del();
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void jpg_decode_scale_config();
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void lcd_module_run();
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void lcd_user_frame(uint32 frame_addr);
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void jpg_decode_to_lcd(uint32 photo,uint32 jpg_w,uint32 jpg_h,uint32 video_w,uint32 video_h);
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int32 jpg_decode_is_finish();
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void mipi_dsi_init(uint32 w,uint32 h,uint32 dclk,uint8 vsa,uint8 vbp,uint8 vfp,uint8 hsa,uint8 hbp,uint8 hfp,uint8 lanenum,uint8 colortype);
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#endif
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