?? lv20x0.h
字號:
#define LV_PRESET_WRITE_INT_B1 0x1F // Write zoom, d-zoom and focus to EEPROM - 1 byte of 4-byte record
// byte 2 - address in EEPROM (0..255)
// byte 3 - 1 byte of the record
// record: 0: lens zoom pos. lower byte
// 1: lens focus pos. lower byte
// 2: upper 4 bits - zoom + lower 4 bits - focus (higher bytes)
// 3: digital zoom data
#define LV_PRESET_READ_INT_B1 0xF1 // Read zoom, d-zoom and focus from EEPROM - 1 byte of 4-byte record
// byte 2 - address in EEPROM (0..255)
// return value (in pucReturn1): one byte of the record
#define LV_PRESET_STORE_INT_B1 0x79 // Store current zoom, d-zoom and focus to EEPROM
// byte 2 - index in EEPROM (0..63) ???
#define LV_PRESET_LOAD_INT_B1 0x4D // Load preset and move zoom (without tracking) and focus to it
// byte 2 - index in EEPROM (0..7)
#define LV_PRESET_GET_ZOOM_STATUS 0x7F000000 // Get status of zoom tracking in internal preset mode
// return value (in pucReturn1):
// 0 - completed, 1 - in progress
// ~~~ LV2010 ~~~
#define LV_PRESET_LOAD_INT_SLOW_B1 0x7D // Load preset and move zoom (with slow tracking) and focus to it
// byte 2 - index in EEPROM (0..63)
#define LV_PRESET_LOAD_INT_FAST_B1 0x7E // Load preset and move zoom (with fast tracking) and focus to it
// byte 2 - index in EEPROM (0..63)
#define LV_PRESET_LOAD_EXT_SLOW_B1 0x7B // Load and set preset (with slow zoom tracking)
// byte 2 - index 0..7
#define LV_PRESET_LOAD_EXT_FAST_B1 0x7C // Load and set preset (with fast zoom tracking)
// byte 2 - index 0..7
// ~~~ LV2020 ~~~
#define LV_PRESET_LOAD_INT_AUTO_B1 0x7D // Load preset and move zoom (with auto zoom tracking) and focus to it
// byte 2 - index in EEPROM (0..63)
#define LV_PRESET_LOAD_INT_MAN_B1 0x7E // Load preset and move zoom (with manual zoom tracking) and focus to it
// byte 2 - index in EEPROM (0..63)
// *** ZOOM ********************************************************************
// ~~~ LV2000 ~~~
#define LV_DZOOM_2000_SET_POWER_2 0x52000000 // Set Digital Zoom max. power to 2x (total 32x)
#define LV_DZOOM_2000_SET_POWER_3 0x52010000 // Set Digital Zoom max. power to 3x (total 48x)
#define LV_DZOOM_2000_SET_POWER_4 0x52020000 // Set Digital Zoom max. power to 4x (total 64x)
#define LV_DZOOM_2000_SET_POWER_5 0x52030000 // Set Digital Zoom max. power to 5x (total 80x)
#define LV_DZOOM_2000_SET_POWER_6 0x52040000 // Set Digital Zoom max. power to 6x (total 96x)
#define LV_DZOOM_2000_SET_POWER_7 0x52050000 // Set Digital Zoom max. power to 7x (total 112x)
#define LV_DZOOM_2000_SET_POWER_8 0x52060000 // Set Digital Zoom max. power to 8x (total 128x)
// ~~~ LV2010, LV2020 ~~~
// note that LV2010 has different numbers in comparison with LV2000
#define LV_DZOOM_SET_POWER_2 0x52020000 // Set Digital Zoom max. power to 2x
#define LV_DZOOM_SET_POWER_3 0x52030000 // Set Digital Zoom max. power to 3x
#define LV_DZOOM_SET_POWER_4 0x52040000 // Set Digital Zoom max. power to 4x
#define LV_DZOOM_SET_POWER_5 0x52050000 // Set Digital Zoom max. power to 5x
#define LV_DZOOM_SET_POWER_6 0x52060000 // Set Digital Zoom max. power to 6x
#define LV_DZOOM_SET_POWER_7 0x52070000 // Set Digital Zoom max. power to 7x
#define LV_DZOOM_SET_POWER_8 0x52080000 // Set Digital Zoom max. power to 8x
#define LV_DZOOM_SET_POWER_B1 0x52 // Set Digital Zoom Power - byte 1
// byte 2 = zoom power 2..8
#define LV_DZOOM_GET_POWER 0xAA8F0000 // Get Digital Zoom Power
// return value (in pucReturn1):
// 2...8
#define LV_ZOOM_B1 0xAA // Zoom commands first byte
#define LV_ZOOM_STOP_B2 0x51 // Stop zoom
#define LV_ZOOM_TELE_B2 0x52 // Zoom to TELE with defined speed
// 3rd byte - speed 1..12
#define LV_ZOOM_WIDE_B2 0x53 // Stop to WIDE with defined speed
// 3rd byte - speed 1..12
#define LV_DZOOM_SET_ON 0xAA6E0100 // Switch digital zoom ON
#define LV_DZOOM_SET_OFF 0xAA6E0000 // Switch digital zoom OFF
// *** DAY&NIGHT MODE **********************************************************
// ~~~ LV2020 ~~~
#define LV_DAY_NIGHT_SET_ON 0x83010000 // Set Day&Night mode on
#define LV_DAY_NIGHT_SET_OFF 0x83000000 // Set Day&Night mode off
#define LV_DAY_NIGHT_GET 0x82000000 // Get Day&Night mode
// return value (in pucReturn1):
// 0=off, 1=on
// *** INTEGRATION MODE ********************************************************
// ~~~ LV2020 ~~~
#define LV_INTEGRATION_SET_ON 0xAA5F0100 // Set integration mode on
#define LV_INTEGRATION_SET_OFF 0xAA5F0000 // Set integration mode off
// requires AUTO or Iris Fix mode
#define LV_INTEGRATION_SET_FIELDS_B1 0xAA // Set integration max fields value - byte 1
#define LV_INTEGRATION_SET_FIELDS_B2 0x5E // Set integration max fields value - byte 2
// byte 3 = number of fields 0..128
// the number must be even (2, 4, 6, ...)
#define LV_INTEGRATION_GET_FIELDS 0xAA5D0000 // Get integration max fields value
// return value (in pucReturn1):
// 0..128 (even number)
// *** BACKLIGHT ***************************************************************
#define LV_BACKLIGHT_GET 0xAA610000 // Get Backlight level
#define LV_BACKLIGHT_SET_B1 0xAA // Set backlight level - byte 1
#define LV_BACKLIGHT_SET_B2 0x62 // Set backlight level - byte 2
// byte 3 - level 10..40 by LV2000
// byte 3 - level 102..255 by LV2010
// ~~~ LV2010, LV2020 ~~~
#define LV_BACKLIGHT_SET_AUTO_ON 0xAA6D0100 // Set auto backlight mode ON
#define LV_BACKLIGHT_SET_AUTO_OFF 0xAA6D0000 // Set auto backlight mode OFF
#define LV_BACKLIGHT_SET_ON 0xAA700100 // Set backlight mode ON (only when Auto is OFF)
#define LV_BACKLIGHT_SET_OFF 0xAA700000 // Set backlight mode OFF (only when Auto is OFF)
#define LV_BACKLIGHT_STORE_ON 0xAA560000 // Set backlight mode ON and save it to EEPROM
#define LV_BACKLIGHT_STORE_OFF 0xAA570000 // Save backlight mode OFF and save it to EEPROM
#define LV_BACKLIGHT_GET_AREA 0x84000000 // Get auto backlight area
// return value (in pucReturn1):
// bits 0..4 - corresponding area is 1=ON/0=OFF
// -------------------
// | 0 |
// |-----------------|
// | 2 | 4 | 3 |
// |-----------------|
// | 1 |
// -------------------
#define LV_BACKLIGHT_SET_AREA_B1 0x85 // Set auto backlight area - byte 1
// byte 2 - bits 0..4 - area x is 1=ON/0=OFF
#define LV_BACKLIGHT_DISPLAY_AUTO_AREA 0x86010000 // Set auto backlight area display ON
#define LV_BACKLIGHT_HIDE_AUTO_AREA 0x86000000 // Set auto backlight area display OFF
// *** ON SCREEN DISPLAY *******************************************************
// ~~~ LV2010, LV2020 ~~~
#define LV_OSD_GET_MENU 0xAA8D0000 // Get menu OSD display ON/OFF
// return value (in pucReturn1):
// 0 - not displayed
// 1 - displayed
#define LV_OSD_SET_MENU_ON 0xAA630100 // Set menu OSD display ON
#define LV_OSD_SET_MENU_OFF 0xAA630000 // Set menu OSD display OFF
#define LV_OSD_SET_ENGLISH 0x87000000 // Set OSD language to English
#define LV_OSD_SET_KOREAN 0x87010000 // Set OSD language to Korean
#define LV_OSD_SET_CHINESE 0x87020000 // Set OSD language to Chinese
#define LV_OSD_GET_MODE 0xAA8E0000 // Get Operating OSD Display mode
// return value (in pucReturn1):
// 0 - whole OSD is off
// 1 - Only top line ON
// 2 - Only bottom line ON
// 3 - Whole OS is ON (without cam. ID)
#define LV_OSD_SET_MODE_ALL_OFF 0xAA640000 // Set Operating OSD Display mode - whole OSD is off
#define LV_OSD_SET_MODE_TOP 0xAA640100 // Set Operating OSD Display mode - Only top line ON
#define LV_OSD_SET_MODE_BOTTOM 0xAA640200 // Set Operating OSD Display mode - Only bottom line ON
#define LV_OSD_SET_MODE_ALL_ON 0xAA640300 // Set Operating OSD Display mode - Whole OS is ON
// *** SHARPNESS ***************************************************************
// ~~~ LV2010, LV2020 ~~~
#define LV_SHARPNESS_GET 0xAA880000 // Get sharpness
// return value (in pucReturn1):
// 0..15
#define LV_SHARPNESS_SET_B1 0xAA // Set sharpness - byte 1
#define LV_SHARPNESS_SET_B2 0x79 // Set sharpness - byte 2
// byte 3 - sharpness 0..15
// *** BRIGHTNESS **************************************************************
// ~~~ LV2010, LV2020 ~~~
#define LV_BRIGHTNESS_GET 0xAA890000 // Get brightness
// return value (in pucReturn1):
// 0..99
#define LV_BRIGHTNESS_SET_B1 0xAA // Set brightness - byte 1
#define LV_BRIGHTNESS_SET_B2 0x7A // Set brightness - byte 2
// byte 3 - brightness 0..99 (default=30)
// *** DIGITAL EFFECTS *********************************************************
// ~~~ LV2010, LV2020 ~~~
#define LV_DIGEFF_GET 0xAA820000 // Get digital effect status
// return value (in pucReturn1):
// bit 0 - Cinema (1=ON, 0=OFF)
// bit 1 - Art
// bit 2 - Mirror
// bit 4 - 80% Negative - LV2020 only
// bit 3 - 100% Negative
// bit 5 - Mono
// bit 6 - Mosaic
#define LV_DIGEFF_SET_COLOR_ON 0xAA710100 // Set Color mode to ON
#define LV_DIGEFF_SET_COLOR_OFF 0xAA710000 // Set Color mode to OFF
#define LV_DIGEFF_SET_NEG_100_ON 0xAA720100 // Set 100% negative mode to ON
#define LV_DIGEFF_SET_NEG_100_OFF 0xAA720000 // Set 100% negative mode to OFF
#define LV_DIGEFF_SET_MIRROR_ON 0xAA7F0100 // Set full mirror to ON
#define LV_DIGEFF_SET_MIRROR_OFF 0xAA7F0000 // Set full mirror to OFF
#define LV_DIGEFF_SET_FLICKERLESS_ON 0xAA740100 // Set flickerless mode to ON
#define LV_DIGEFF_SET_FLICKERLESS_OFF 0xAA740000 // Set flickerless mode to OFF
#define LV_DIGEFF_SET_FADE_ON 0xAA540000 // Set fade to ON
#define LV_DIGEFF_SET_FADE_OFF 0xAA550000 // Set fade to OFF
// ~~~ LV2020 ~~~
#define LV_DIGEFF_SET_NEG_80_ON 0xAA7E0100 // Set 80% negative mode to ON
#define LV_DIGEFF_SET_NEG_80_OFF 0xAA7E0000 // Set 80% negative mode to OFF
// *** RESET *******************************************************************
#define LV_RESTART 0x4F000000 // Reset the camera's microcontroller
// *** CAMERA STATUS ***********************************************************
// ~~~ LV2010, LV2020 ~~~
#define LV_STATUS_GET_1 0xAA800000 // Get camera status - part 1
// return value (in pucReturn1):
// bit 0 - Initial Menu data (1=yes, 0=not)
// bit 1 - Digital zoom (1=ON, 0=OFF)
// bit 2 - Focus (1=Push_Auto, 0=Auto/Manual)
// bit 3 - FlickerLess (1=ON, 0=OFF)
// bit 4 - Backlight (1=ON, 0=OFF)
// bit 5 - AWC (1=Push, 0=Lock)
// bit 6 - Camera ID Display (1=ON, 0=OFF)
// bit 7 - Focus (1=manual, 0=auto)
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