Конструкторы прошивок. Редактор AFT для Ambarella

Автобус - настройки от Kaliningrad
без автобуса - я сделал так
#ekonomiya АКБ#
t app lowbatt 100 10000000
t ia2 -awb on
t ia2 -adj autoknee 255
t ia2 -adj gamma 150
t ia2 -adj tidx 0 1000 0

Видео 1920*1080*60р

 

А что же вы важную строку выкинули?!

Код:

t ia2 -adj l_expo 180

 

Kaliningrad выдержку оставил на АВТО, т.к. считаю, что освещенность может меняться в течении дня и даже часов (то солнце, а то тучи) и как следствие будут засветы или темень. По сути мы с вами "страдаем" т.к. все эти настройки хороши при постоянных условиях, т.е. вышли на улицу на 1 час - настроились - сняли, зашли в студию - выставили свет - настроились - сняли. А постоянно подстраивать - я же не фотосессию снимаю в конце концов или ролик рекламный. Ну это моё разумение данного вопроса. А так считаю, что всё это должно быть в прошивке и в случае изменения освещенности скрипты должны сами всё отрабатывать с предустановками, вплоть до изменения скорости движения и влияния её на скорость потока записи, т.е. скорость движения увеличилась - увеличился битрейт, ну это можно реализовать уже и сейчас и реализуется, вот только почему-то не официальными представителями любой марки ВР.

 

Вот в этом и проблема, что коррекция в течении дня может меняться раз по 100 и как тогда? Всё должно работать на автомате, вот если бы скрипт создать такой который бы сам в зависимости от времени суток (день/ночь) и погодных условий сам бы корректировал косяки в экспозиции, то было бы СУПЕР, а лучше бы всё это было бы в прошивке, в том числе и переменный битрейт до 35Мб/сек (как в блю-рее), а то задолбило самому править при каждой прошивке. Надеюсь, что когда-нибудь SS всё исправит

 

Код:

USE THEM AT YOUR OWN RISK!
USE THEM AT YOUR OWN RISK!
USE THEM AT YOUR OWN RISK!

uart1_test [enable|disable]
loopback_test [filename]


reg_tmr_cb [timer_id] [format] [cfg_value]
            format - 0: hz, 1: ms, 2: us
            cfg_value - us, ms or timers per second

reset_cb [timer_id]
enable [timer_id]
disable [timer_id]

t app test osd_bmp <chan>
Channel list:
    dchan
    fchan

vin_rotate
    0
    90
    180
    270
    flip_h
    flip_v

t app msg <msg> <param1> <param2>

t app curapp <param>
Parameter list:
    status

t app linux_usb [enable|disable]

ver  sw or hw

factory_test  export_smt_to_sd

poweroff [yes]

poweroff test [arm_only/arm_3d]

poweroff test pll [vout0/vout1/sdxc/sensor/audio/hdmi]

reboot [yes]

t rec memdump <filename> <address> <length>
    snap

t dspinfo

t dspinfo dsp_info                 - dsp init data
t dspinfo dsp_ver                  - dsp ucode version
t dspinfo dsp_msg                  - dsp returned message
t dspinfo def_cmd                  - Show default commands
t dspinfo show_cmd help            - Detail info of cmd_code
t dspinfo show_cmd [cmd_code][1/0] - Show single command
t dspinfo pcdump                   - show DSP PC debug info.
t dspinfo vout0_info               - LCD out dsp data
t dspinfo vout1_info               - TV out dsp data
t dspinfo vid_enc                  - video encode object info
t dspinfo vid_dec                  - video decode object info
t dspinfo aud_enc                  - audio encode object info
t dspinfo aud_dec                  - audio decode object info

t ia2 -3a  [on|off]:    turn on/off 3A
t ia2 -ae  [on|off]:    turn on/off AE
t ia2 -awb  [on|off]:    turn on/off AWB
t ia2 -adj  [on|off]:    turn on/off ADJ
t ia2 -eis status:        DIS/EIS get status

test loop_record_time 1 -----60s
test loop_record_time 2 -----300s
test loop_record_time 3 -----1800s

ls - list ROMFS files
inodes - list ROMFS inode tree
load [name] [addr] - load data to memory
save [slot] [name|all] [fpos]- save file to storage
log_init [slot] - log the statistics of ROMFS initialized flag

t app key <key>
Key list:
    up
    up_rel
    down
    down_rel
    left
    left_rel
    right
    right_rel
    zoomin
    zoomin_rel
    zoomout
    zoomout_rel
    set
    focus
    focus_rel
    shutter
    shutter_rel
    record
    mode
    menu
    power
    power_rel
    del
    format
    copydir
    log_updated
    cap_rec_switch
    reset_factory
    battery_value
    switchosd
   
t app jack <jack> <event>
Jack list:
    hdmi
    cp
    cs
Event list:
    in
    out

t app test vin_rotate <mode>
Mode list:
    0
    90
    180
    270
    flip_h
    flip_v

t app test piv <option>
PIV test option list:
    off
    skip
    shortvb
    tile <#(vertical)> <#(horizontal)>
    th <#(ms)>

t app test <option>
Test option list:
    loop_test
    profiling
    debug_dump [skip]: default skip=0
        skip dump_raw       = 0x1
        skip_dump_yuv       = 0x2
        skip_dump_header    = 0x4
        skip_dump_idsp_cfg  = 0x8
    csc_vin
    csc_vout
    osd_bmp
    vin_rotate
    disp_rotate
    thm_tv_disp
    thm2_stop_update
    jack_switch_pb
    dump_gobjs
    pb_stream
    piv

t app dzoom <option>
Dzoom option list:
jump [step]: goto certain step

t app msc2fio <option>
Option list:
enable: Enable
disable: Disable
on: Turn on
off: Turn off

t app msh <option>
Option list:
dft: default setting
rsh: force rolling shutter
msh: force mechanic shutter
dst_mqid: Send to which mqid on Linux. set 0 for active, 0xffffffff for broadcast.

App test command list:
    msg
    key
    jack
    mempool
    curapp
    test
    linux_usb
    dzoom
    still_cap
    fdstb
    hwfdlog
    cfaadj
    profile
    printts
    usb_msc2fio
    cap_rec_btn
    adb

t vout lcd
    shutdown
    config_dev [mode]
    flip [rev]

fc_mode set [chan] [mode]
fc_mode get [chan]
    [mode]: 0-NONE, 1-HW, 2-SW

fast_mode_tx [chan] [boudrate]
fast_mode_rx [chan] [boudrate]

t sensor -debug <grp> <enable>
<grp>:    DEV / IO / GAIN / ESHR / MODE / CFG
<enable>: 0 / 1

t aucodec rdau [inst_idx] [reg_addr] [no]
[inst_idx] : the instance of the audio CODEC
[reg_addr] : audio CODEC internal register address
[no] : how many following registers value will be read out

t aucodec wrau [inst_idx] [reg_addr] [value]
[inst_idx] : the instance of the audio CODEC
[reg_addr] : audio codec internal register address
[value] : the value want to re-program

t aucodec wrau [inst_idx] [reg_addr] [filename]
[inst_idx] : the instance of the audio CODEC
[reg_addr] : audio codec internal register address
[filename] : the file that contains the data

t aucodec setoutput [out_mode]
[out_mode] : Output mode of the audio CODEC

t aucodec setinput [in_mode]
[in_mode] : Input mode of the audio CODEC
Audio CODEC test command list:
    rdau
    wrau
    wrau_burst
    setoutput
    setinput

t cal -me [mode][agc][shutter][iris][dgain] : Set specified parameter
    mode = [0|1], 0:VIDEO, 1:STILL
t cal -blc [mode]: raw capture and calculate average pixel value
t cal -blc [mode][config]: calculate average pixel value for different config
    mode = [0..3], 0:VIDEO, 1:FAST STILL 2:LOW-ISO STILL 3:HIGH-ISO STILL
    config = [1..3]:
t cal -blc [mode] 1 [frame_percent]: [0..100] calculate average for some part of frame avoid edges
t cal -blc [mode] 2 [tile_width][tile_height]: calculate average for each tile with specific size
t cal -blc [mode] 3 [tile_num_row][tile_num_col]: calculate average for each tile in a row and column
        BLC: parameter [frame_percent] error, should be none or [0..100]
t cal -raw [mode] [count] [compress]: raw caputre
    mode = [0..8], 0:VIDEO
                   2:LOW-ISO STILL
                   3:HIGH-ISO STILL
                   4:MID-ISO STILL
                   5:LOW-ISO MULTI-CAP STILL
                   6:HIGH-ISO MULTI-CAP STILL
                   7:MID-ISO MULTI-CAP STILL
                   8:MULTI-FRAME HIGH-ISO CAPTURE (old pipe only)
                   9:VIDEO HDR(dump Raw, idsp config only)
    count = number of pictures to capture
    compress = [0, 1] optional, capture and dump the compressed raw
t cal -rawext [mode][frame][mainwin_w][mainwin_h]: raw caputre
    mode = [0..3], 0:VIDEO, 1:FAST STILL 2:LOW-ISO STILL 3:HIGH-ISO STILL
    frame = number of frame to capture
    mainwin_w = main window width
    mainwin_h = main window height
t cal -rawenc [filepath] : raw encode flow
    filepath = file path for configuration file
t cal -ituner load [filepath] : Load configuration file
t cal -ituner save [filepath] : Save configuration file
t cal -ituner debug [0|1] : turn on/off debug message
t cal -ituner load [chan_id][filepath] : Load dual chan configuration file
t cal -ituner save [chan_id][filepath] : Save dual chan configuration file
t cal -mgr cmd [cali_cmd]: calibration cmd i/f (arg num<15)
t cal -mgr path : specify calibation script path
t cal -fpn init : re-init FPN to normal condition
t cal -fpn reload : (the same as t cal -fpn init)
t cal -fpn info : print FPN information
t cal -fpn debug [0/1] : toggle APP-level FPN debug information
t cal -fpn set [buf_idx] [byte_value] : Set FPN map to value
t cal -fpn rd [buf_idx] [file_name] : Read FPN map from file
t cal -fpn rdbmp [buf_idx] [file_name] : Read FPN map from bmp file
t cal -fpn save [buf_idx] [file_name] : Save FPN map to file
t cal -fpn savebmp [buf_idx] [file_name] : Save FPN map to bmp file
t cal -fpn predict [buf_idx]: Predict packed size of FPN map to NAND
t cal -fpn sensor_cal [type] [mode] : capture raw image for FPN/Vignette
t cal -fpn dump [buf_idx] [method] [filename]: Dump badpixel location(0:terminal 1:coordination 2:bit file 3:bmp file)
t cal -fpn rotation : FPN map rotation
t cal -fpn enable [0/1]
t cal -fpn sensor_cal [type] [mode] : capture raw image for FPN/Vignette
t cal -vnc_spec: Generate Vignette calibration table
t cal -vnc_spec [raw encode text flag] [filename spec] [raw_input filename ] [raw_output filename]
    [raw encode text flag] = 0 or 1
t cal -vnc_spec [raw encode text flag] [filename spec] [raw_input filename ] [raw_output filename]

t cal -warp_spec [raw encode text flag] [filename spec] [raw_input filename ] [raw_output filename]
t cal -warp_spec: Generate WARP calibration table
t cal -warp_spec [raw encode text flag] [filename spec] [raw_input filename ] [raw_output filename]
t cal -task vig blend [0|1]: disable|enable vignette blend task
t cal -task vig luma [0|1]: disable|enable vignette postproc task
t cal -task vig vig_luma_table: change vignette postproc task luma table
t cal -task warp blend [0|1]: disable|enable warp blend task
t cal -task ca blend [0|1]: disable|enable ca blend task
    [swin_info] start_x = %u, start_y = %u, width = %u, height = %u, downsample = %u    Addrees of gain tables (R, Ge, Go, B) = (0x%X, 0x%X, 0x%X, 0x%X)    t cal -vnc status: Print Vignette site status
t cal -vnc info: Print Vignette calibration info
t cal -vnc vig_rotate mode enable sel_side [mode:0:flip_180,1:up_down mirror,2:L/R mirror,Enable:1,0:right 1:left]
t cal -warp status: Print WARP site status
t cal -warp select [enable] [id0] [id1] [wgt_0] [decay_ratio]: select warp table; wgt_0, decay_ratio must <= 0x10000
t cal -ca status: Print CA site status
t cal -ca select [enable] [id0] [id1] [wgt_0] [decay_ratio]: select ca table; wgt_0, decay_ratio must <= 0x10000
t cal -gen_ca: Generate CA calibration table
t cal -gen_ca [raw encode text flag] [filename spec] [raw_input filename ] [raw_output filename]
    [raw encode text flag] = 0 or 1
t cal -merge_bin [ca/warp] [filename] [filename] [filename] ....  : combine ca/warp binary for amba calibration
t cal -merge_bin [ca/warp] merge [filename] [num]: the file name is warp0.bin warp1.bin .... warp7.bin [filename]= driver:warp [num]= 8.

t cal [OPTION] VALUE...
Supported options:
    -3a: AAA control
    -3a_test: AAA stat regression test
    -sc: Scene mode control
    -de: Digital effect control
    -ae: AE info
    -me: Manual exposure
    -raw: raw capture
    -rawenc: raw encode with manual main window width/heigh
    -ituner: ituner tool
    -mgr: Calibration manager CLI tool
    -fpn: FPN tool
    -vnc: Vignette tool
    -vnc_spec: for warp by spec
    -task: WARP decay ratio en/disable
    -warp: WARP tool
    -warp_spec: for warp by spec
    -ca: CA tool
    -gen_ca: Gen CA tool
    -jqlt: Set capture jpg quality
    -bmp: Set dump bmp enalbe
    -usb: Set remove/insert sdcard

t is2 -idsp dump [drv][prefix][0, 1-7]: signal channel dump idsp configuration
t is2 -idsp dump [drv][prefix][section][channel]: multi-channel dump idsp configuration
    section = 2(Currently, only support dump section2)
t is2 -idsp debug [module][level][thread_disable_mask]: set idsp debug level
    module = 0:ALL, 1:ENCODER, 2:DECODER, 3:IDSP, 4:VOUT, 5:API
    level =  0:OFF, 1:NORMAL, 2:VERBOSE, 3:DEBUG
    thread_disable_mask =  coding thread printf disable mask
t is2 -idsp update [filename] [section id][ update idsp configuration
t is2 -idsp evaluate [mode][param1][param2][param3][param4][param5][param6][param7][param8]:idsp denug3

t is2 -filter_sw [0x0-0x1ffff]: Turn on/off filters
  Bits 0-16:
  0x00000001 bad_pixel_correction_enable
  0x00000002 leakage_filter_enable
  0x00000004 CFA noise_filter_enable
  0x00000008 local_exposure_filter_enable
  0x00000010 demosaic_filter_enable
  0x00000020 jagged_filter_enable (Not applicable in A5M)
  0x00000040 rgb_directional_filter_enable (Not applicable in A5M)
  0x00000080 speckle_filter_enable (Not applicable in A5M)
  0x00000100 reinterpolate_filter_enable (Not applicable in A5M)
  0x00000200 luma_sharpening_filter_enable
  0x00000400 chroma_scale_filter_enable
  0x00000800 chroma_median_filter_enable
  0x00001000 black_level_enable
  0x00002000 fpn_enable
  0x00004000 color correction
  0x00008000 3a stats
  0x00010000 amplifier_linearization

t is2 -warp [en]: warp en
    en         : 1: enable. 0: disable
t is2 -warp [warp1_fn] [warp2_fn] [blend] [decay] [grid_w] [grid_h]: warp info update
    warp1_fn       : 1st warp filename
    warp2_fn       : 2nd warp filename
    blend      : Blend ratio. 1 is 1X
    decay      : Decay ratio. 0 is no decay, 1 is fully decayed
    grid_w     : Grid width. 
    grid_h     : Grid height. 

t ia2 -3a halfframe set [channel ID] [enable]
    enable = 0/1

t ia2 -sc histo[a:0~255][b:0~255][vin_num:0~1]:    get a~b histogram of vin_num

t ia2 -adj tidx [ev_idx][nf_idx][shutter_idx] :    set video ev_idx, nf_idx and shutter idx, -1 is disable
t ia2 -adj twb [r_gain][b_gain] :    set WB table r gain and b gain, -1 is disable
t ia2 -adj piv [tsk_enable]:    piv capture param,tsk_enable : 0|1

t ia2 [OPTION] VALUE....
Supported options:
    -3a: AAA function
    -3a_test: AAA function for regression test
    -fpn: FPN function
    -vnc: Vignette function
    -exp: exposure module
    -dzoom: digital zoom control
    -dzoom_2ch: digital zoom control for 2-vin
    -warp: warp control
    -rsc: rsc control
    -eis: DIS/EIS control
    -sof: SOF function
    -ae: AE function
    -awb: AWB function
    -adj: ADJ function
    -af: AF control
    -lens: lens control
    -ssh: slow shutter test
    -readout: Sensor phase correction
    -ca: ca control
    -rotate: simulate EIS rotation
    t ia2 -fpn debug [0/1] : Set IA2 & CMD-ext FPN debug msg

t ia2 -fpn error_handle [0/1] : Set CMD-ext FPN error handle
t ia2 -vnc [mode] [enable] : test vignette function
        mode = [v|s], v: video mode, s: still mode
        enable 0:disable, 1:enable
t ia2 -vnc chan_sel [channel]
        channel = 0     : select vignette color channel ALL
                    1     : select vignette color channel RED
                    2     : select vignette color channel GREEN (average of ge/go)
                    3     : select vignette color channel BLUE
                    4     : select vignette color channel AVG   (average of all channel)
                    show  : show current color channel
t ia2 -vnc [enable] [gain_shift] [pattern]
        enable = [0|1], 0: disable, 1: enable
        gain_shift = [0-3], 0:3.7, 1:2.8, 2:1.9, 3:0.10
        pattern = [0-3],  0: black line test pattern
                        1: horizontal test pattern
                        2: vertical test pattern
                        3: all black test pattern

t ia2 -3a_test  [ae|awb] [test pattern id]:    3A statistic regression
        [test pattern id] 1: black 2:color bar(ar0330) sequence pattern(imx122)
t ia2 -exp set [mode][agc][shutter][iris][dgain] : Set specified parameter
    mode = [0|1], 0:VIDEO, 1:Video_init
t ia2 -exp debug [en] : Enable/Disable exposure module debug message
    en = [0|1], 0:disable, 1:enable
t ia2 -exp lock [en] : Enable/Disable exposure module lock
    en = [0|1], 0:disable, 1:enable
t ia2 -exp info : Print exposure parameters
t ia2 -exp ss_style [1|2] : 1080i60 SS cmd timing 1:TOP/2:BOTTOM field
t ia2 -dzoom  info:                       get digital zoom information
    status:                     get digital zoom status
    adv_status:                 get advanced digital zoom status
    hrz_status:                 get HRZoom status
    hrz_en [en]:                0: HRZoom disable; 1: HRZoom enable
    jump [step] [sft_x] [sft_y]:         goto certain step
    step, target step
    sft_x = adv_dzoom shift x. -65536 ~ 65536
    sft_y = adv_dzoom shift y. -65536 ~ 65536
    [dir] [speed] [dist]:       digital zoom control
        dir = 0, ZOOM IN
        dir = 1, ZOOM OUT
        dir = 2, STOP
        speed = [1..5] 1 is fastest, 5 is slowest
        dist = relative step from current position
                     [dir] [speed] [dist] [sft_x] [sft_y]: digital zoom control
                         dir = 0, ZOOM IN
                         dir = 1, ZOOM OUT
                         dir = 2, STOP
                         speed = [1..5] 1 is fastest, 5 is slowest
                         dist = relative step from current position
                         sft_x = adv_dzoom shift x. -65536 ~ 65536
                         sft_y = adv_dzoom shift y. -65536 ~ 65536
                     s3d_dist [dist]:                 Add dzoom horizontal convergence shift
                         dist = s3d horizontal convergnece distance shift. -65536 ~ 65536
                     s3d_dft [drift_left] [drift right]
t ia2 -ssh [chan_id][dz_factor][sft_x][sft_y]
    chan_id = [0|1], 0:left_channel 1:right_channel
    dz_factor = dzoom factor. (1x=65536)
    sft_x = dzoom shift_x. (move 1 pixel, sft_x = 65536)
    sft_y = dzoom shift_y. (move 1 pixel, sft_y = 65536)
t ia2 -warp [en]: enable test warp effect
    en             : 1: enable. 0: disable
t ia2 -warp mul [en] [chan_id]: enable test warp effect for two vin
    en                : 1: enable. 0: disable
    chan_id            : 0: left  1: right  2: both
t ia2 -warp [horz_value] [vert_value]: generate const vector warp table
                    horz_value :  set all horizontal warp vectors
                    vert_value :  set all vertical warp vectors
t ia2 -warp [warp1_fn] [warp2_fn] [blend] [decay] [qlty]: warp info update
                    warp1_fn       : 1st warp filename
                    warp2_fn       : 2nd warp filename
                    blend          : Blend ratio. 1 is 1X
                    decay          : Decay ratio. 0 is no decay, 1 is fully decayed
                    qlty           : Warp quality.
                                     0: WARP_QLTY_HIGH  1: WARP_QLTY_NORMAL  2: WARP_QLTY_LOW

t ia2 -warp resmp [filename] [grid_w] [grid_h] [hor_exp] [ver_exp] : transfer warp table size to 32*48.
                    filename:      full path filename 
                    grid_w:        input warp grid width 
                    grid_h:         input warp grid height 
                    hor_exp:      input warp hor exponential value 
                    ver_exp:      input warp ver exponential value 

t ia2 -warp resmp e:/ex1 36 28 3 3
      resample ex1 to 31x47 output table
t ia2 -warp test [select] [steps]: test warp function
                    select             : 1: blend test.
                                         : 2: decay test.
                    step               : steps
t ia2 -warp test mul [chan_id] [select] [steps]: test warp function for two vin
                    chan_id           : 0: left  1: right  2: both
                    select             : 1: blend test.
                                         : 2: decay test.
                    step               : steps

t ia2 -warp gen [type] [filename] [raw_width] [raw_height] [zoom_step] [ISO] [hor_value] [ver_value]: generate warp test pattern to SD card.
                    type:            1: generate exagerate table
                                        2: generate constant table (please fill hor_value and ver_value)
                                        4: horizontal part all zeros
                                        8: vertical part all zeros
                    filename:      full path filename 
                    raw_width:   raw image width 
                    raw_height:  raw image height 
                    zoom_step:  65536 (1x) to 1048576 (16x) 
                    ISO:  0: LISO    1: HISO 
                    hor_value:   if type | 2 is true, please fill this parameter. 
                    ver_value:  if type | 2 is true, please fill this parameter. 

t ia2 -warp gen 0 e:/ex1 4416 3288 65536 0
      generate exagerate table with raw size 4416x3288 with zf 65536 & LISO
t ia2 -warp gen 4 e:/ex2 4416 3288 65536 0
      generate exagerate table with raw size 4416x3288 with zf 65536 & LISO, but horizontal table are all zeros.
t ia2 -warp gen 8 e:/ex3 4416 3288 65536 0
      generate exagerate table with raw size 4416x3288 with zf 65536 & LISO, but vertical table are all zeros.
t ia2 -warp gen 2 e:/ex4 4416 3288 65536 0 128 64
      generate constant table with raw size 4416x3288 with zf 65536 & LISO, horizontal value is 128, vertial value is 64.

t ia2 -rsc [en]: enable test rsc effect
                    en             : 1: enable. 0: disable

t ia2 -ca [en]    : enable test ca effect
                    en             : 1: enable. 0: disable
t ia2 -ca mul [en] [chan_id] : enable test ca effect
                    en           : 1: enable. 0: disable
                    chan_id      : 0: left  1: right  2: both
t ia2 -ca [ca1_fn] [ca2_fn] [blend] [decay] [qlty]: ca info update
                    ca1_fn       : 1st ca filename
                    ca2_fn       : 2nd ca filename
                    blend          : Blend ratio. 1 is 1X
                    decay          : Decay ratio. 0 is no decay, 1 is fully decayed
                    qlty           : Warp quality.
                                     0: WARP_QLTY_HIGH  1: WARP_QLTY_NORMAL  2: WARP_QLTY_LOW

t ia2 -ca test [select] [steps]: test ca function
                    select             : 1: blend test.
                                         : 2: decay test.
                    step               : steps
t ia2 -ca test mul [chan_id] [select] [steps]: test ca function for two vin
                    chan_id      : 0: left  1: right  2: both
                    select             : 1: blend test.
                                         : 2: decay test.
                    step               : steps

t ia2 -frc [frate]:                   frame rate change
                          frate:                    target frame rate
t ia2 -frc dly [dly]:                set dly time in ms
                          dly:                      delay time in ms
t ia2 -eis status: DIS/EIS get status
t ia2 -eis get_motion: Get motion info
t ia2 -eis on: DIS/EIS enable
t ia2 -eis off: DIS/EIS disable
t ia2 -eis dz_off: DIS/EIS restore full view
t ia2 -eis set_range [min][max]: DIS/EIS set moving range
    [min]: minima range
    [max]: maxima range
t ia2 -eis offset [mov_x][mov_y]: Change window offset
    [mov_x]: pixels to shift(translational) in x direction
    [mov_y]: pixels to shift(translational) in y direction
t ia2 -eis skew [skew_x][skew_y]: Change window skew
    [skew_x]: pixels to shift(horizontal rolling shutter) in x direction
    [skew_y]: pixels to shift(vertical rolling shutter) in y direction
t ia2 -eis mc_ctrl [en]: EIS MC enable/disable
    [en] = [0|1], 0:disable, 1:enable
t ia2 -eis rsc_ctrl [en]: EIS RSC enable/disable
    [en] = [0|1], 0:disable, 1:enable
    t ia2 -eis log [file][sec][save_flag]: Log gyro data
    [file]: filename(include filepath) to store
    [sec]: seconds to log
    [save_flag]: 0:save now, 1:save later
t ia2 -eis save_file [file]: Save gyro data
    [file]: filename(include filepath) to store

t ia2 -eis set_dis_hist_null: set dis histogram buffer address to NULL to halt DSP
t ia2 -eis dis_print_hist [dir] [blk] [en] [bin]: print dis histogram index and values after sorting
    [dir] = [0|1], 0:x dir, 1:y dir
    [blk] = [0|1], 0:top block, 1:bottom block
    [en] = [0|1], 0:disable, 1:enable
    [bin] = how many bins to print, needs to be multiples of 4
t ia2 -eis me_lamda [lamda]: adjust lamda of MCTF parameters
t ia2 -eis mc_beta [beta]: adjust beta of motion compensation feedback loop
    [beta] = (<= 100)
t ia2 -eis set_blk [blk]: select top or bottom blk to do DIS
    [blk] = [0|1], 0:top, 1:bottom
t ia2 -eis set_blk_pos [blk] [start] [height]: configure block position, in percentage of total image height
    [blk] = [0|1], 0:top, 1:bottom
    [start] = (<= 100), start position of block
    [height] = (<= 100), total height of block
t ia2 -eis me_res [x_res] [y_res]: configure ME resolution, in power of 2
    [x_res|y_res] = -1, means 1/2 pixel resolution
t ia2 -eis me_bin [x_bin] [y_bin]: configure ME bins, in power of 2
    [x_bin|y_bin] = (> 0), if 6, means 64 ME bins
   t ia2 -eis algo [mode] [level] [thred_x] [thred_y]:set side effect elimation algorithm
    [mode] = (1~3), algorithm mode
    [level] = (1~5), algorithm strength
    t ia2 -sof debug [msg_cnt] : Set # of SOF debug message to print
t ia2 -sof distance [value] : SOF distance to Vin IRQ, -1 disable
t ia2 -sof distance_3d [value] : S3D SOF distance to Vin IRQ, -1 disable
t ia2 -sof op_mode [0|1] : Set sof operation mode; 0: Normal(2D) 1: S3D

t %s -af [cmd] .....
    Supported cmd:
           on|off        turn on/off AF
           capinfo        display AF capability status
           cap            set AF capability
           cst            continuous AF setting
           sst            still AF setting
           tune            AF ext-parameters setting
           ifc            in-focus point check
           score        show score for still AF
           tile1        [col_s] [row_s] [w] [h] [col]
                      [row] [act_w] [act_h] [fmod] [fv1_h]
                       [fv1_v] [fv2_h] [fv2_v]
                          Fixed AF tile setting
           tile2        Floating AF tile setting

t %s -lens [cmd] .......    
        Supported cmd                
            linfo            lens information   
            init            initial lens       
            park            lens park       
            stdby [en]        lens standby        
            zi [pps] [steps]    Zoom In       
            zo [pps] [steps]    Zoom Out       
            zpi [en]        Zoom PI On/Off   
            zst            Get Zoom status   
            fn [pps] [steps]    Focus Near       
            ff [pps] [steps]    Focus Far       
            fpi [en]        Focus PI On/Off   
            fst            Get Focus status   
            iris [pos]        Set aperture       
            irisq            Query Fno and AVno   
            irist            Get aperture status   
            sh [pos]        Shutter Operation   
            shst            Get Shutter Operation   
            shdly            Get M.Shutter delay time
            nd [pos]        ND filter Enable/Disable
            ndst            Get ND filter status   
            cal [p1] [p2] [p3] [p4]    Calibrate lens
            iot [p1] [p2]        Ext. API       

t ia2 -ssh [upsmp] : Set slow shutter with upsampling rate upsmp.
t ia2 -readout [value] : Set DSP phase correction with specified value
t ia2 -stat go [cfa/rgb] : Show CFA/RGB stat with desired operation
t ia2 -stat set_param [min] [max] [level] : Set stat module parameter
t ia2 -ois mov [dir] [step] : move OIS module, dir:[0|1], step:[64~2048]
t ia2 -ois pi : get OIS PI status
t ia2 -ois reset : reset OIS module
t ia2 -rotate 1 [#rotation frames][dmy_range_left][dmy_range_right][dmy_range_top][dmy_range_bot]
t ia2 -rotate 2 [theta][dmy_range_left][dmy_range_right][dmy_range_top][dmy_range_bot]
    [dmy_range]: the space between dummy and act window


There were some commands more but they were not complete, they had the typical "%s" written.

 

@NSZ-550, нужно создать текстовый файл с расширением .ash и кодировкой Юникод.
А в него уже прописывать нужные команды, при этом последняя строка в скрипте
всегда должна оставаться пустой. В архиве скрипт. Его можно просто редактировать под себя,
а после сохранять без изменений настроек кодировки.
Пример скрипта из архива:

 

Именно так...

@za rulem подкидывал файл скрипта в раздел RFS. Вроде как работает исправно.
Я же просто кидаю скрипт на карту памяти. Просто я пока в поиске оптимальных настроек...

 

NSZ-550 Если я ПРАВИЛЬНО понял, Вам нужны исходники. Но кто же нам их даст? А ковырять прошивку HEX-редактором долго и надо знать адреса где всё это прошили. Ну может кто и наткнулся случайным образом, а так увы ...

 

Параметры в прошивке выглядят уже совершенно иначе, нежели в скрипте.
Скрипт лишь инструкция со значениями, которые регистратор переварит согласно алгоритму,
прописанному в прошивке.