# lv_lcd_generic_mipi.h (/api/drivers/display/lcd/lv_lcd_generic_mipi_h) Generic driver for controllers adhering to the MIPI DBI/DCS specification Works with: ST7735 ST7789 ST7796 ILI9341 ILI9488 (NOTE: in SPI mode ILI9488 only supports RGB666 mode, which is currently not supported) any probably many more Functions [#functions] lv_lcd_generic_mipi_set_gap [#lv_lcd_generic_mipi_set_gap] Set gap, i.e., the offset of the (0,0) pixel in the VRAM ```c title=" " lineNumbers=1 void lv_lcd_generic_mipi_set_gap(lv_display_t *disp, uint16_t x, uint16_t y) ``` Parameters | Name | Type | Description | | ------ | -------------------------------------------------------- | -------------- | | `disp` | | display object | | `x` | | x offset | | `y` | | y offset | lv_lcd_generic_mipi_set_invert [#lv_lcd_generic_mipi_set_invert] Set color inversion ```c title=" " lineNumbers=1 void lv_lcd_generic_mipi_set_invert(lv_display_t *disp, bool invert) ``` Parameters | Name | Type | Description | | -------- | -------------------------------------------------------- | --------------------------- | | `disp` | | display object | | `invert` | | false: normal, true: invert | lv_lcd_generic_mipi_set_address_mode [#lv_lcd_generic_mipi_set_address_mode] Set address mode ```c title=" " lineNumbers=1 void lv_lcd_generic_mipi_set_address_mode(lv_display_t *disp, bool mirror_x, bool mirror_y, bool swap_xy, bool bgr) ``` Parameters | Name | Type | Description | | ---------- | -------------------------------------------------------- | ------------------------------------------------- | | `disp` | | display object | | `mirror_x` | | horizontal mirror (false: normal, true: mirrored) | | `mirror_y` | | vertical mirror (false: normal, true: mirrored) | | `swap_xy` | | swap axes (false: normal, true: swap) | | `bgr` | | RGB/BGR order (false: RGB, true: BGR) | lv_lcd_generic_mipi_set_gamma_curve [#lv_lcd_generic_mipi_set_gamma_curve] Set gamma curve ```c title=" " lineNumbers=1 void lv_lcd_generic_mipi_set_gamma_curve(lv_display_t *disp, uint8_t gamma) ``` Parameters | Name | Type | Description | | ------- | -------------------------------------------------------- | -------------- | | `disp` | | display object | | `gamma` | | gamma curve | lv_lcd_generic_mipi_create [#lv_lcd_generic_mipi_create] Create a MIPI DCS compatible LCD display ```c title=" " lineNumbers=1 lv_display_t * lv_lcd_generic_mipi_create(uint32_t hor_res, uint32_t ver_res, lv_lcd_flag_t flags, lv_lcd_send_cmd_cb_t send_cmd_cb, lv_lcd_send_color_cb_t send_color_cb) ``` Parameters | Name | Type | Description | | --------------- | ----------------------------------------- | ----------------------------------------------------------- | | `hor_res` | | horizontal resolution | | `ver_res` | | vertical resolution | | `flags` | | default configuration settings (mirror, RGB ordering, etc.) | | `send_cmd_cb` | | | | `send_color_cb` | | | **Returns:** — pointer to the created display lv_lcd_generic_mipi_send_cmd_list [#lv_lcd_generic_mipi_send_cmd_list] Send list of commands. ```c title=" " lineNumbers=1 void lv_lcd_generic_mipi_send_cmd_list(lv_display_t *disp, const uint8_t *cmd_list) ``` Parameters | Name | Type | Description | | ---------- | -------------------------------------------------------- | -------------------------------------- | | `disp` | | display object | | `cmd_list` | | controller and panel-specific commands | Structs [#structs] lv_lcd_generic_mipi_driver_t [#lv_lcd_generic_mipi_driver_t] Generic MIPI compatible LCD driver | Member | Type | Description | | ------------ | -------------------------------------------------------- | ----------- | | `disp` | | | | `send_cmd` | | | | `send_color` | | | | `x_gap` | | | | `y_gap` | | | | `madctl_reg` | | | | `colmod_reg` | | | | `mirror_x` | | | | `mirror_y` | | | | `swap_xy` | | | Typedefs [#typedefs] lv_lcd_flag_t [#lv_lcd_flag_t] ```c title=" " lineNumbers=1 typedef uint32_t lv_lcd_flag_t ``` Configuration flags for lv\_lcd\_xxx\_create() * `lv_ili9341_create` — param `flags` * `lv_lcd_generic_mipi_create` — param `flags` * `lv_nv3007_create` — param `flags` * `lv_st7735_create` — param `flags` * `lv_st7789_create` — param `flags` * `lv_st7796_create` — param `flags` lv_lcd_send_cmd_cb_t [#lv_lcd_send_cmd_cb_t] ```c title=" " lineNumbers=1 typedef void(* lv_lcd_send_cmd_cb_t) (lv_display_t *disp, const uint8_t *cmd, size_t cmd_size, const uint8_t *param, size_t param_size) ``` Prototype of a platform-dependent callback to transfer commands and data to the LCD controller. * `lv_lcd_generic_mipi_create` — param `send_cmd_cb` lv_lcd_send_color_cb_t [#lv_lcd_send_color_cb_t] ```c title=" " lineNumbers=1 typedef void(* lv_lcd_send_color_cb_t) (lv_display_t *disp, const uint8_t *cmd, size_t cmd_size, uint8_t *param, size_t param_size) ``` Prototype of a platform-dependent callback to transfer pixel data to the LCD controller. * `lv_lcd_generic_mipi_create` — param `send_color_cb` Macros [#macros] LV_LCD_CMD_NOP [#lv_lcd_cmd_nop] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_NOP 0x00 /* No Operation */ ``` LV_LCD_CMD_SOFT_RESET [#lv_lcd_cmd_soft_reset] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SOFT_RESET 0x01 /* Software Reset */ ``` LV_LCD_CMD_GET_POWER_MODE [#lv_lcd_cmd_get_power_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_GET_POWER_MODE 0x0A /* Get the current power mode */ ``` LV_LCD_CMD_GET_ADDRESS_MODE [#lv_lcd_cmd_get_address_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_GET_ADDRESS_MODE 0x0B /* Get the data order for transfers from the Host to the display module and from the frame memory to the display device */ ``` LV_LCD_CMD_GET_PIXEL_FORMAT [#lv_lcd_cmd_get_pixel_format] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_GET_PIXEL_FORMAT 0x0C /* Get the current pixel format */ ``` LV_LCD_CMD_GET_DISPLAY_MODE [#lv_lcd_cmd_get_display_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_GET_DISPLAY_MODE 0x0D /* Get the current display mode from the peripheral */ ``` LV_LCD_CMD_GET_SIGNAL_MODE [#lv_lcd_cmd_get_signal_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_GET_SIGNAL_MODE 0x0E /* Get display module signaling mode */ ``` LV_LCD_CMD_GET_DIAGNOSTIC_RESULT [#lv_lcd_cmd_get_diagnostic_result] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_GET_DIAGNOSTIC_RESULT 0x0F /* Get Peripheral Self-Diagnostic Result */ ``` LV_LCD_CMD_ENTER_SLEEP_MODE [#lv_lcd_cmd_enter_sleep_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_ENTER_SLEEP_MODE 0x10 /* Power for the display panel is off */ ``` LV_LCD_CMD_EXIT_SLEEP_MODE [#lv_lcd_cmd_exit_sleep_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_EXIT_SLEEP_MODE 0x11 /* Power for the display panel is on */ ``` LV_LCD_CMD_ENTER_PARTIAL_MODE [#lv_lcd_cmd_enter_partial_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_ENTER_PARTIAL_MODE 0x12 /* Part of the display area is used for image display */ ``` LV_LCD_CMD_ENTER_NORMAL_MODE [#lv_lcd_cmd_enter_normal_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_ENTER_NORMAL_MODE 0x13 /* The whole display area is used for image display */ ``` LV_LCD_CMD_EXIT_INVERT_MODE [#lv_lcd_cmd_exit_invert_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_EXIT_INVERT_MODE 0x20 /* Displayed image colors are not inverted */ ``` LV_LCD_CMD_ENTER_INVERT_MODE [#lv_lcd_cmd_enter_invert_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_ENTER_INVERT_MODE 0x21 /* Displayed image colors are inverted */ ``` LV_LCD_CMD_SET_GAMMA_CURVE [#lv_lcd_cmd_set_gamma_curve] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_GAMMA_CURVE 0x26 /* Selects the gamma curve used by the display device */ ``` LV_LCD_CMD_SET_DISPLAY_OFF [#lv_lcd_cmd_set_display_off] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_DISPLAY_OFF 0x28 /* Blanks the display device */ ``` LV_LCD_CMD_SET_DISPLAY_ON [#lv_lcd_cmd_set_display_on] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_DISPLAY_ON 0x29 /* Show the image on the display device */ ``` LV_LCD_CMD_SET_COLUMN_ADDRESS [#lv_lcd_cmd_set_column_address] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_COLUMN_ADDRESS 0x2A /* Set the column extent */ ``` LV_LCD_CMD_SET_PAGE_ADDRESS [#lv_lcd_cmd_set_page_address] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_PAGE_ADDRESS 0x2B /* Set the page extent */ ``` LV_LCD_CMD_WRITE_MEMORY_START [#lv_lcd_cmd_write_memory_start] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_WRITE_MEMORY_START 0x2C /* Transfer image data from the Host Processor to the peripheral starting at the location provided by set_column_address and set_page_address */ ``` LV_LCD_CMD_READ_MEMORY_START [#lv_lcd_cmd_read_memory_start] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_READ_MEMORY_START 0x2E /* Transfer image data from the peripheral to the Host Processor interface starting at the location provided by set_column_address and set_page_address */ ``` LV_LCD_CMD_SET_PARTIAL_ROWS [#lv_lcd_cmd_set_partial_rows] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_PARTIAL_ROWS 0x30 /* Defines the number of rows in the partial display area on the display device */ ``` LV_LCD_CMD_SET_PARTIAL_COLUMNS [#lv_lcd_cmd_set_partial_columns] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_PARTIAL_COLUMNS 0x31 /* Defines the number of columns in the partial display area on the display device */ ``` LV_LCD_CMD_SET_SCROLL_AREA [#lv_lcd_cmd_set_scroll_area] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_SCROLL_AREA 0x33 /* Defines the vertical scrolling and fixed area on display device */ ``` LV_LCD_CMD_SET_TEAR_OFF [#lv_lcd_cmd_set_tear_off] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_TEAR_OFF 0x34 /* Synchronization information is not sent from the display module to the host processor */ ``` LV_LCD_CMD_SET_TEAR_ON [#lv_lcd_cmd_set_tear_on] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_TEAR_ON 0x35 /* Synchronization information is sent from the display module to the host processor at the start of VFP */ ``` LV_LCD_CMD_SET_ADDRESS_MODE [#lv_lcd_cmd_set_address_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_ADDRESS_MODE 0x36 /* Set the data order for transfers from the Host to the display module and from the frame memory to the display device */ ``` LV_LCD_CMD_SET_SCROLL_START [#lv_lcd_cmd_set_scroll_start] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_SCROLL_START 0x37 /* Defines the vertical scrolling starting point */ ``` LV_LCD_CMD_EXIT_IDLE_MODE [#lv_lcd_cmd_exit_idle_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_EXIT_IDLE_MODE 0x38 /* Full color depth is used on the display panel */ ``` LV_LCD_CMD_ENTER_IDLE_MODE [#lv_lcd_cmd_enter_idle_mode] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_ENTER_IDLE_MODE 0x39 /* Reduced color depth is used on the display panel */ ``` LV_LCD_CMD_SET_PIXEL_FORMAT [#lv_lcd_cmd_set_pixel_format] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_PIXEL_FORMAT 0x3A /* Defines how many bits per pixel are used in the interface */ ``` LV_LCD_CMD_WRITE_MEMORY_CONTINUE [#lv_lcd_cmd_write_memory_continue] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_WRITE_MEMORY_CONTINUE 0x3C /* Transfer image information from the Host Processor interface to the peripheral from the last written location */ ``` LV_LCD_CMD_READ_MEMORY_CONTINUE [#lv_lcd_cmd_read_memory_continue] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_READ_MEMORY_CONTINUE 0x3E /* Read image data from the peripheral continuing after the last read_memory_continue or read_memory_start */ ``` LV_LCD_CMD_SET_TEAR_SCANLINE [#lv_lcd_cmd_set_tear_scanline] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_SET_TEAR_SCANLINE 0x44 /* Synchronization information is sent from the display module to the host processor when the display device refresh reaches the provided scanline */ ``` LV_LCD_CMD_GET_SCANLINE [#lv_lcd_cmd_get_scanline] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_GET_SCANLINE 0x45 /* Get the current scanline */ ``` LV_LCD_CMD_READ_DDB_CONTINUE [#lv_lcd_cmd_read_ddb_continue] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_READ_DDB_CONTINUE 0xA8 /* Continue reading the DDB from the last read location */ ``` LV_LCD_CMD_READ_DDB_START [#lv_lcd_cmd_read_ddb_start] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_READ_DDB_START 0xA1 /* Read the DDB from the provided location */ ``` LV_LCD_MASK_FLIP_VERTICAL [#lv_lcd_mask_flip_vertical] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_FLIP_VERTICAL (1 << 0) /* This bit flips the image shown on the display device top to bottom. No change is made to the frame memory */ ``` LV_LCD_MASK_FLIP_HORIZONTAL [#lv_lcd_mask_flip_horizontal] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_FLIP_HORIZONTAL (1 << 1) /* This bit flips the image shown on the display device left to right. No change is made to the frame memory */ ``` LV_LCD_MASK_DATA_LATCH_DATA_ORDER [#lv_lcd_mask_data_latch_data_order] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_DATA_LATCH_DATA_ORDER (1 << 2) /* Display Data Latch Order */ ``` LV_LCD_MASK_RGB_ORDER [#lv_lcd_mask_rgb_order] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_RGB_ORDER (1 << 3) /* RGB/BGR Order */ ``` LV_LCD_MASK_LINE_ADDRESS_ORDER [#lv_lcd_mask_line_address_order] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_LINE_ADDRESS_ORDER (1 << 4) /* Line Address Order */ ``` LV_LCD_MASK_PAGE_COLUMN_ORDER [#lv_lcd_mask_page_column_order] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_PAGE_COLUMN_ORDER (1 << 5) /* Page/Column Order */ ``` LV_LCD_MASK_COLUMN_ADDRESS_ORDER [#lv_lcd_mask_column_address_order] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_COLUMN_ADDRESS_ORDER (1 << 6) /* Column Address Order */ ``` LV_LCD_MASK_PAGE_ADDRESS_ORDER [#lv_lcd_mask_page_address_order] ```c title=" " lineNumbers=1 #define LV_LCD_MASK_PAGE_ADDRESS_ORDER (1 << 7) /* Page Address Order */ ``` LV_LCD_BIT_FLIP_VERTICAL__NOT_FLIPPED [#lv_lcd_bit_flip_vertical__not_flipped] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_FLIP_VERTICAL__NOT_FLIPPED 0 ``` LV_LCD_BIT_FLIP_VERTICAL__FLIPPED [#lv_lcd_bit_flip_vertical__flipped] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_FLIP_VERTICAL__FLIPPED LV_LCD_MASK_FLIP_VERTICAL /* This bit flips the image shown on the display device top to bottom. No change is made to the frame memory */ ``` LV_LCD_BIT_FLIP_HORIZONTAL__NOT_FLIPPED [#lv_lcd_bit_flip_horizontal__not_flipped] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_FLIP_HORIZONTAL__NOT_FLIPPED 0 ``` LV_LCD_BIT_FLIP_HORIZONTAL__FLIPPED [#lv_lcd_bit_flip_horizontal__flipped] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_FLIP_HORIZONTAL__FLIPPED LV_LCD_MASK_FLIP_HORIZONTAL /* This bit flips the image shown on the display device left to right. No change is made to the frame memory */ ``` LV_LCD_BIT_DATA_LATCH_DATA_ORDER__LTOR [#lv_lcd_bit_data_latch_data_order__ltor] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_DATA_LATCH_DATA_ORDER__LTOR 0 /* Display Data Latch Order: LCD Refresh Left to Right */ ``` LV_LCD_BIT_DATA_LATCH_DATA_ORDER__RTOL [#lv_lcd_bit_data_latch_data_order__rtol] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_DATA_LATCH_DATA_ORDER__RTOL LV_LCD_MASK_DATA_LATCH_DATA_ORDER /* Display Data Latch Order: LCD Refresh Right to Left */ ``` LV_LCD_BIT_RGB_ORDER__RGB [#lv_lcd_bit_rgb_order__rgb] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_RGB_ORDER__RGB 0 /* RGB/BGR Order: RGB */ ``` LV_LCD_BIT_RGB_ORDER__BGR [#lv_lcd_bit_rgb_order__bgr] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_RGB_ORDER__BGR LV_LCD_MASK_RGB_ORDER /* RGB/BGR Order: BGR */ ``` LV_LCD_BIT_LINE_ADDRESS_ORDER__TTOB [#lv_lcd_bit_line_address_order__ttob] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_LINE_ADDRESS_ORDER__TTOB 0 /* Line Address Order: LCD Refresh Top to Bottom */ ``` LV_LCD_BIT_LINE_ADDRESS_ORDER__BTOT [#lv_lcd_bit_line_address_order__btot] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_LINE_ADDRESS_ORDER__BTOT LV_LCD_MASK_LINE_ADDRESS_ORDER /* Line Address Order: LCD Refresh Bottom to Top */ ``` LV_LCD_BIT_PAGE_COLUMN_ORDER__NORMAL [#lv_lcd_bit_page_column_order__normal] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_PAGE_COLUMN_ORDER__NORMAL 0 /* Page/Column Order: Normal Mode */ ``` LV_LCD_BIT_PAGE_COLUMN_ORDER__REVERSE [#lv_lcd_bit_page_column_order__reverse] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_PAGE_COLUMN_ORDER__REVERSE LV_LCD_MASK_PAGE_COLUMN_ORDER /* Page/Column Order: Reverse Mode */ ``` LV_LCD_BIT_COLUMN_ADDRESS_ORDER__LTOR [#lv_lcd_bit_column_address_order__ltor] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_COLUMN_ADDRESS_ORDER__LTOR 0 /* Column Address Order: Left to Right */ ``` LV_LCD_BIT_COLUMN_ADDRESS_ORDER__RTOL [#lv_lcd_bit_column_address_order__rtol] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_COLUMN_ADDRESS_ORDER__RTOL LV_LCD_MASK_COLUMN_ADDRESS_ORDER /* Column Address Order: Right to Left */ ``` LV_LCD_BIT_PAGE_ADDRESS_ORDER__TTOB [#lv_lcd_bit_page_address_order__ttob] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_PAGE_ADDRESS_ORDER__TTOB 0 /* Page Address Order: Top to Bottom */ ``` LV_LCD_BIT_PAGE_ADDRESS_ORDER__BTOT [#lv_lcd_bit_page_address_order__btot] ```c title=" " lineNumbers=1 #define LV_LCD_BIT_PAGE_ADDRESS_ORDER__BTOT LV_LCD_MASK_PAGE_ADDRESS_ORDER /* Page Address Order: Bottom to Top */ ``` LV_LCD_GAMMA_2_2 [#lv_lcd_gamma_2_2] ```c title=" " lineNumbers=1 #define LV_LCD_GAMMA_2_2 0x01 /* 2.2 */ ``` LV_LCD_GAMMA_1_8 [#lv_lcd_gamma_1_8] ```c title=" " lineNumbers=1 #define LV_LCD_GAMMA_1_8 0x02 /* 1.8 */ ``` LV_LCD_GAMMA_2_5 [#lv_lcd_gamma_2_5] ```c title=" " lineNumbers=1 #define LV_LCD_GAMMA_2_5 0x04 /* 2.5 */ ``` LV_LCD_GAMMA_1_0 [#lv_lcd_gamma_1_0] ```c title=" " lineNumbers=1 #define LV_LCD_GAMMA_1_0 0x08 /* 1.0 */ ``` LV_LCD_PIXEL_FORMAT_RGB565 [#lv_lcd_pixel_format_rgb565] ```c title=" " lineNumbers=1 #define LV_LCD_PIXEL_FORMAT_RGB565 0x55 /* bus: 16 bits, pixel: 16 bits */ ``` LV_LCD_PIXEL_FORMAT_RGB666 [#lv_lcd_pixel_format_rgb666] ```c title=" " lineNumbers=1 #define LV_LCD_PIXEL_FORMAT_RGB666 0x66 /* bus: 18 bits, pixel: 18 bits */ ``` LV_LCD_FLAG_NONE [#lv_lcd_flag_none] ```c title=" " lineNumbers=1 #define LV_LCD_FLAG_NONE 0x00000000UL ``` LV_LCD_FLAG_MIRROR_X [#lv_lcd_flag_mirror_x] ```c title=" " lineNumbers=1 #define LV_LCD_FLAG_MIRROR_X 0x00000001UL ``` LV_LCD_FLAG_MIRROR_Y [#lv_lcd_flag_mirror_y] ```c title=" " lineNumbers=1 #define LV_LCD_FLAG_MIRROR_Y 0x00000002UL ``` LV_LCD_FLAG_BGR [#lv_lcd_flag_bgr] ```c title=" " lineNumbers=1 #define LV_LCD_FLAG_BGR 0x00000008UL ``` LV_LCD_FLAG_RGB666 [#lv_lcd_flag_rgb666] ```c title=" " lineNumbers=1 #define LV_LCD_FLAG_RGB666 0x00000010UL ``` LV_LCD_CMD_DELAY_MS [#lv_lcd_cmd_delay_ms] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_DELAY_MS 0xff ``` LV_LCD_CMD_EOF [#lv_lcd_cmd_eof] ```c title=" " lineNumbers=1 #define LV_LCD_CMD_EOF 0xff ``` Dependencies [#dependencies]