Canon 700D / T5i

[stevedraw]

Hi Alex,

Thanks for tip. I recreated the error and the assert log reappears but the image quality stayed the same (i.e RAW + jpeg) so must have messed up myself (damnit!). Here is the first assert log I got (see image attached)

 

And here's the second one with extra 404 warnings for some reason



Weird one. Any suggestions? Thanks again for your time.

[a1ex]

It's probably harmless, though need to double-check to be 100% sure. I've disabled that warning in the experimental crop_rec_4k builds, as I was getting it every now and then; didn't notice anything weird so far.

If you find a way to reproduce the error consistently, that would help.

[stevedraw]

Cool, cheers.

Been trying to get error and can't get it again, which is a good thing I guess! If I do get it again and can recreate consistently I'll post back. Thanks again for the help. The assert log files won't affect the card will they either? I noticed I can't just delete them off card. Will probably do a format after I copy all the shots onto ex hd.

[IBIRRU]

Dear all,
 again many thanks to all development team, you are great people.

I want to experiment:
1) the new crop_rec module developed by Alex
and
2) also the Danne sd_uhs module at the same time

is it possible?

For point 1 : I need just to substitute the crop_rec module from experimental section (Latest Build (2018-07-22 13:09)) using the one that @theBilalFakhouri linked here  ?https://drive.google.com/open?id=1ZXcqPUu-d6i1vpR8j869e7ghVqovjkg8

For point 2 I don't know

anyone could help me?

Thanks

[theBilalFakhouri]

Hello @IBIRRU

Here are the two modules you want:
https://drive.google.com/open?id=1nHCDKJh9Hxq9mM3XMmQAL8MDzc43Cj-x

crop_rec only for 700D for now and sd_uhs for all D5 Cams. Put them under crop_rec_4k build from experimental section and replace old crop_rec with the one in the link in ML/modules folder.

[IBIRRU]

@TheBilalFakhouri

Thanks a lot, I will post my findings
Cheers

[IBIRRU]

@theBilalFakhouri 

i'm sorry but seem to be  a problem with new crop-rec module

. 

The normal crop_rec.mo module from magiclantern-crop_rec_4k.2018Jul22.700D115 experimental, works without problem.
I started with a formatted card.

Could you help me to solve?

Thanks

[theBilalFakhouri]

@IBIRRU

Okay my bad. I compiled a build from crop_rec_4k branch and in the experimental page it's from crop_rec_4k_mlv_snd and it has some differences so Try this Build which I use.

[mvrck]

@IBIRRU

Okay my bad. I compiled a build from crop_rec_4k branch and in the experimental page it's from crop_rec_4k_mlv_snd and it has some differences so Try this Build which I use.

Hi and congrats on the great advancements. Unfortunately I have exactly the same problem as IBIRRU and the build above produces the same errors as the July 22nd build I previously tried it on. It's probably something very simple we're missing, but I can't figure out what. Any help would be much appreciated.

[theBilalFakhouri]

@mvrck

Make clean install using build here then replace mlv_snd and crop_rec and put them (also sd_uhs) in ML/modules folder. Enable crop_rec and mlv_lite only for now in the camera make a restart then try it!

@IBIRRU

Also replace mlv_snd here is all files in Google Drive: Download. If you want the automatic script for overclocking SD card download it from same link (SDoverclock.lua) and put it in ML/scripts folder.

Feedback please.

EDIT: Also replace mlv_lite same link sorry for this.

[mvrck]

@ theBilalFakhouri I think it was the mlv_lite module that made the difference. The error disappeared even without this new version of mlv_lite, when only crop_rec and mlv_lite were enabled. Enabling anything else produced the same error. Anyway, I followed your advice, did all the things and now it works. LiveView is pretty much unusable, but it works! I'll be playing with settings, resolutions, etc. When I have something, I post a video. Thanks a lot for the help. Newbies like me really need it.

[IBIRRU]

@ThebilalFakhouri
thanks

I downloaded all file following your instructions.

It runs without error.
Next days I will try to use and play with it 

[koljanych]

Feedback please.

could not use in practice, the resolution are changing chaotically. most often the recording is done with the settings from the mlv_lite module

[theBilalFakhouri]

@koljanych

You don't have to enter x5 mode or using FPS override. You can select a preset from Canon menu 1080p24, 1080p25 or 1080p30 If you want lower than that FPS you can select in crop_rec submenu Half or Quarter FPS in the current mode.

Just select 1x3 in Pixel binning and change Y resolution to 2214 then and very important press MENU button in the camera then get back to LiveView. You should press MENU button after making a change in crop_rec to refresh LiveView with new settings.

[theBilalFakhouri]

Here is all registers have been changed between mv1080 and mv720 in 700D I can see half of them in adtg_gui using "modified from now on" I couldn't use them as preset in old crop_rec method is there something to do ? I got the registers using io_trace_full branch. I am guessing the missing registers is here to get correct LiveView in mv1080 in EOS M or using 3x3 in mv720 in other cameras or even also getting normal LiveView in 1x3 mode.

mv720

Code: [Select]

c0f0200c:        2
c0f02014:  2ba01b5
c0f0204c:  2ba01b5
c0f04008:  1fa36ac
c0f04010:    100f8
c0f04108:  4000080
c0f04208:  c1f7800
c0f04508:  d9c0000
c0f04510:   e00020
c0f04808:  20ffe34
c0f04910:  2d60008
c0f06008:  20f020f
c0f0600c:  20f020f
c0f06010:      20f
c0f06014:      3f2
c0f06804:  2d701d4
c0f0713c:      2d8
c0f07150:      29b
c0f08184:      2d6
c0f08548: 1022152d
c0f0854c:  7580b04
c0f08554: 1023152e
c0f08558:  5050303
c0f0855c:        c
c0f08d20:      100
c0f09008:  2d6070f
c0f09030:   280064
c0f09034:  2c406f4
c0f0903c:   280064
c0f09040:  2c806f4
c0f09050:   300064
c0f09054:  2c406f4
c0f0905c:   280064
c0f09060:  2c806f4
c0f0b020:    a0027
c0f0b0ac:      7ff
c0f0b0b4:  3ff0000
c0f0b0c8:   3f0000
c0f11340:        1
c0f11388:     6073
c0f11394:  2b106bf
c0f113bc:        1
c0f11870:        1
c0f1197c:  2b106bf
c0f11984:  2b106bf
c0f119f0:        1
c0f11a50:        1
c0f11a58:        1
c0f11b9c:  2b106bf
c0f11bcc:   400045
c0f11bd0:    50200
c0f11bdc:  2b103bf
c0f16008:        Miis
c0f1600c:        Miss
c0f1a00c:  2b106bf
c0f1b350:        miss
c0f26100:        4
c0f26108:   7543d4
c0f26808:  1600eb0
c0f26810:    f3132
c0f30108:  dd3c000
c0f30a08:  dbacf5c
c0f30b08:  dc85984
c0f35088:      2d7
c0f35144:       4c
c0f37014:       22
c0f37a70:  2d6070f
c0f37ad0:  2d6070f
c0f37b8c:  2d6070f
c0f38024:  2d601c3
c0f38070:  2ba01b5
c0f38080:  2b80002
c0f38094:  2bb0000
c0f383d4:   1c000e
c0f383dc:  2d701c4
c0f38934:  2b701b5
c0f38960:  2b70000
c0f38998: e4e4e4e4
c0f3899c:   100000
c0f389a4:  2b701b5
c0f389b4:  2b801b6
c0f389bc: 10101221
c0f389c0:   96004c
c0f389c4:   11001e
c0f389c8: 20002000
c0f389d4:  2b701b5
c0f389e4:  2b801b7
c0f3a044:      22c
c0f3a04c:  2b701b5
c0f3a0a0:  2bb06cb
c0f3a0b0:  2bb06c8
c0f3b054:  2b706c7
c0f3b070:  2b70717
c0f3b074:  2b10717
c0f3b0dc:  2b1070f

mv1080

Code: [Select]

c0f0200c:       12
c0f02014:  48801b5
c0f0204c:  48801b5
c0f04008:  1fa72b0
c0f04010:    4175c
c0f04108:  43cc080
c0f04208:  b9d7800
c0f04508:  d9c1e00
c0f04510:   ef0020
c0f04808:  20f61ec
c0f04910:  4a50008
c0f06008:  20f020f
c0f0600c:  20f020f
c0f06010:      20f
c0f06014:      9df
c0f06804:  4a601d4
c0f0713c:      4a7
c0f07150:      46a
c0f08184:      4a5
c0f08548:  def152d
c0f0854c:  7200b04
c0f08554:  df0152e
c0f08558:  3030303
c0f0855c:      10b
c0f08d20:      missing
c0f09008:  4a5070f
c0f09030:   200064
c0f09034:  4a006f4
c0f0903c:   200064
c0f09040:  4a006f4
c0f09050:   280064
c0f09054:  49c06f4
c0f0905c:   200064
c0f09060:  4a006f4
c0f0b020:   230027
c0f0b0ac:      320
c0f0b0b4:  1da000f
c0f0b0c8:  3ff0000
c0f11340:        miss
c0f11388:     miss
c0f11394:  miss
c0f113bc:        3
c0f11870:        miss
c0f1197c:  47f06bf
c0f11984:  47f06bf
c0f119f0:        miss
c0f11a50:        miss
c0f11a58:        3
c0f11b9c:  47f06bf
c0f11bcc:    50009
c0f11bd0:    20333
c0f11bdc:  47f03bf
c0f16008:        4
c0f1600c:        4
c0f1a00c:  47f06bf
c0f1b350:        4
c0f26100:        1
c0f26108:   753ba0
c0f26808:  159e930
c0f26810:    f6256
c0f30108:  dd3cd80
c0f30a08:  dcf7e7c
c0f30b08:  dbad984
c0f35088:      4a6
c0f35144:       80
c0f37014:        e
c0f37a70:  4a5070f
c0f37ad0:  4a5070f
c0f37b8c:  4a5070f
c0f38024:  4a501c3
c0f38070:  48801b5
c0f38080:  4860002
c0f38094:  4890000
c0f383d4:   1d000e
c0f383dc:  4a601c4
c0f38934:  48501b5
c0f38960:  4850000
c0f38998: 6c6c6c6c
c0f3899c:   120001
c0f389a4:  48501b5
c0f389b4:  48601b6
c0f389bc: 10101221
c0f389c0:   96004c
c0f389c4:   11001e
c0f389c8: 20002000
c0f389d4:  48501b5
c0f389e4:  48601b7
c0f3a044:      2ac
c0f3a04c:  48501b5
c0f3a0a0:  48906cb
c0f3a0b0:  48906c8
c0f3b054:  48506c7
c0f3b070:  4850717
c0f3b074:  47f0717
c0f3b0dc:  47f070f

Some of the registers was missing in mv1080 and also in mv720 showing only in mv720 or mv1080.

Why adtg_gui doesn't catch them ?

[a1ex]

I can see half of them in adtg_gui using "modified from now on"
[...]
Why adtg_gui doesn't catch them ?

Which ones are not displayed in adtg_gui?

They may be hidden by various filters, for example EDMAC registers and those changing "too often" are not displayed.

is there something to do?

Yes, no easy answer. I'm thinking to show the entire sequence for one LiveView frame (maybe also with some debug messages, so you know where the registers come from), but syncing is hard, given that some registers are set in one mode and not in another, they may be set in possibly different order, some registers may be set every few frames, some are set in response to external events (and timing may not be always the same for every frame) and so on.

Parsing these huge logs to display them in a nicer way may be an easier task, as all the info is there.

[theBilalFakhouri]

In adtg_gui I can see the following: mv1080 to mv720

Code: [Select]

Canon EOS 700D 1.1.5
c0f06014:     3f2 (was 9df)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff38109c addr=428a0 FPS register B
c0f35088:     2d7 (was 4a6)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff280434 addr=28ea8
c0f09008: 2d6070f (was 4a5070f)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff4fe97c addr=189dc8
c0f0903c:  280064 (was 200064)   ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff4fea28 addr=189dc8
c0f09040: 2c806f4 (was 4a006f4)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff4fea44 addr=189dc8
c0f09054: 2c806f4 (was 49c06f4)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff4fea98 addr=189dc8 Aewb metering area (y2|x2)
c0f0905c:  280064 (was 200064)   ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff4feac4 addr=189dc8
c0f09060: 2c806f4 (was 4a006f4)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff4feae0 addr=189dc8
c0f08548:1022152d (was def152d)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff382ab4 addr=4075e5b0 LV resolution * downsize factor? (RAW.height * D | RAW.width * D)
c0f0854c: 7580b04 (was 7200b04)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff382ab4 addr=4075e5b8
c0f08554:1023152e (was df0152e)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff382ab4 addr=4075e5c8
c0f08558: 5050303 (was 3030303)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff382ab4 addr=4075e5d0
c0f0855c:       c (was 10b)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff382ab4 addr=4075e5d8
c0f08578:       0 (was 100)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff382b30 addr=189da0 Vignetting correction data (DIGIC IV)
c0f06804: 2d701d4 (was 4a601d4)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff570228 addr=42ab0 RAW last line|column. 5D3: f6e|2fe, first 1|18 => 5936x3950
c0f0713c:     2d8 (was 4a7)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff380858 addr=42810 HEAD3 timer (ticks?)
c0f37a70: 2d6070f (was 4a5070f)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fc80c addr=ff9781b8
c0f37b8c: 2d6070f (was 4a5070f)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fc80c addr=ff9781f8
c0f08184:     2d6 (was 4a5)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fc80c addr=ff978298 LV resolution (RAW.height) aka HIV_V_SIZE
c0f37ad0: 2d6070f (was 4a5070f)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fc80c addr=ff9783d0
c0f37014:      22 (was e)        ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fc80c addr=ff978520 LV raw type (see lv_af_raw, lv_set_raw) - DIGIC V
c0f4200c:       2 (was 12)       ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=AeWb pc=ff384460 addr=765084
c0f38070: 2ba01b5 (was 48801b5)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70c5bc addr=17dfd8
c0f38080: 2b80002 (was 4860002)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70c60c addr=17dfd8
c0f38094: 2bb0000 (was 4890000)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70c684 addr=17dfd8
c0f38024: 2d601c3 (was 4a501c3)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70c4dc addr=17dfc8
c0f383d4:  1c000e (was 1d000e)   ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70c524 addr=17dfc8 Preview area (y1 | x1/4)
c0f383dc: 2d701c4 (was 4a601c4)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70c6b8 addr=17dfd8 Preview area (y2 | x2/4)
c0f38934: 2b701b5 (was 48501b5)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e02c addr=17dc18
c0f38960: 2b70000 (was 4850000)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e0d4 addr=17dc18
c0f38998:e4e4e4e4 (was 6c6c6c6c) ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e1dc addr=17dc18
c0f3899c:  100000 (was 120001)   ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e1fc addr=17dc18
c0f389a4: 2b701b5 (was 48501b5)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e224 addr=17dc18
c0f389b4: 2b801b6 (was 48601b6)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e274 addr=17dc18
c0f389d4: 2b701b5 (was 48501b5)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e2c8 addr=17dc18
c0f389e4: 2b801b7 (was 48601b7)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff70e318 addr=17dc18
c0f42014: 2ba01b5 (was 48801b5)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff57ce24 addr=17e1d8
c0f4204c: 2ba01b5 (was 48801b5)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff57ce88 addr=17e1d8
c0f3a044:     22c (was 2ac)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff713754 addr=17e1d0
c0f3b054: 2b706c7 (was 48506c7)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff7069dc addr=17e198
c0f3b070: 2b70717 (was 4850717)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff706a04 addr=17e198
c0f3b074: 2b10717 (was 47f0717)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff706a18 addr=17e198
c0f3b0dc: 2b1070f (was 47f070f)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff58363c addr=17e1d0
c0f1a00c: 2b106bf (was 47f06bf)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fd4f8 addr=ff979c48 LV resolution (raw.j.width | raw.j.height)
c0f11b9c: 2b106bf (was 47f06bf)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fd4f8 addr=ff979ca8
c0f11bcc:  400045 (was 50009)    ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fd4f8 addr=ff979cd0
c0f11bd0:   50200 (was 20333)    ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fd4f8 addr=ff979cd8
c0f11bdc: 2b103bf (was 47f03bf)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fd4f8 addr=ff979cf0
c0f1197c: 2b106bf (was 47f06bf)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fdcf0 addr=ff97ca84
c0f11984: 2b106bf (was 47f06bf)  ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fdcf0 addr=ff97ca94
c0f11388:    6073 (was 0)        ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fdcf0 addr=ff97cb0c
c0f11394: 2b106bf (was 0)        ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fdcf0 addr=ff97cb1c LV resolution (raw.j.height | raw.j.width)
c0f113bc:       1 (was 3)        ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fdcf0 addr=ff97cb2c
c0f11a58:       1 (was 3)        ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff4fdcf0 addr=ff97cb54
c0f07150:     29b (was 46a)      ISO=100 Tv=160 Av=56 lv=1 zoom=1 mv=1 res=1 crop=0 task=Evf pc=ff38086c addr=42858 HEAD4 timer (ticks?)
==================================================================

I deleted ADTG ones.

These are the missing ones in adtg_gui: (after comparing the two logs)

Code: [Select]

c0f0200c
c0f0204c
c0f04008
c0f04010
c0f04108
c0f04208
c0f04508
c0f04510
c0f04808
c0f04910
c0f08d20 this was missing in mv1080 but in mv720 is showing (io_trace_full)
c0f09030
c0f09034
c0f09050
c0f0b020
c0f0b0ac
c0f0b0b4
c0f0b0c8
c0f11340 this was missing in mv1080 but in mv720 is showing (io_trace_full)
c0f11388 this was missing in mv1080 but in mv720 is showing (io_trace_full). I can see it in adtg_gui in mv1080 the value was 0x0
c0f11394 this was missing in mv1080 but in mv720 is showing (io_trace_full). I can see it in adtg_gui in mv1080 the value was 0x0
c0f11870
c0f119f0 this was missing in mv1080 but in mv720 is showing (io_trace_full)
c0f11a50 this was missing in mv1080 but in mv720 is showing (io_trace_full)
c0f16008
c0f1600c
c0f1b350
c0f26100
c0f26108
c0f26808
c0f26810
c0f30108
c0f30a08
c0f30b08
c0f35144
c0f389bc
c0f389c0
c0f389c4
c0f3a04c
c0f3a0a0
c0f3a0b0

In io_trace_full branch the registers was about 1800 registers but I deleted the unchanged ones between mv1080 and mv720 and kept the changed registers (about 96 registers). Now I knew the missing registers between mv1080 and mv720 in io_trace_full the value was 0x0 in mv1080 (as you can see in adtg_gui using crop_rec_4k build) so it wasn't showed in mv1080 and it was missing.

[a1ex]

c0f0200c, c0f0204c: not present in my logs (?!)
c0f04xnn: EDMAC channel "x", filtered out
c0f08d20: set to either 0 or 0x100, updated many times; adtg_gui considers it "noise"
c0f09030: flips between 0x00280064 and 0x00200064; same as above
c0f09034: 0x049C06F4 / 0x04A006F4
...
c0f11388: appears to be set only on video mode change (LVx1_SetYuvPath[8], RecStandby_x1_SetYuvPath[8])
c0f11394: same as above
...
c0f26xnn: EDMAC channel "x" + 16, filtered out
c0f30xnn: EDMAC channel "x" + 32, filtered out

C0F389BC: set from EngDrvBits; not logged; io_trace backend should catch it
c0f389c0: video mode change only? (LVDEV_DRV_ReadyCommon)
c0f389c4: same
c0f3a04c: same, resolution related
c0f3a0a0: same, resolution related
c0f3a0b0: same, resolution related

unlisted: same as c0f08d20 & co.

P.S. mind uploading your logs? Mine are a bit incomplete. I'm looking for io_trace_full logs showing every single video mode, including initialization (such as entering from photo mode).

[theBilalFakhouri]

With io_trace backend I can see 10 more registers:

Code: [Select]

c0f3a100
c0f3a2e0
c0f3a460
c0f3a464
c0f3a468
c0f140d0
c0f140d4
c0f3a04c
c0f3a0a0
c0f3a0b0I have tested it before the LiveView still stuck.

I did a mistake the following registers stayed the same values in both mv720 and mv1080: (I forgot to delete them in logs)

Code: [Select]

c0f389bc: 10101221
c0f389c0:   96004c
c0f389c4:   11001e
c0f389c8: 20002000


c0f0200c, c0f0204c: not present in my logs (?!)
c0f04xnn: EDMAC channel "x", filtered out
c0f08d20: set to either 0 or 0x100, updated many times; adtg_gui considers it "noise"
c0f09030: flips between 0x00280064 and 0x00200064; same as above
c0f09034: 0x049C06F4 / 0x04A006F4
...
c0f11388: appears to be set only on video mode change (LVx1_SetYuvPath[8], RecStandby_x1_SetYuvPath[8])
c0f11394: same as above
...
c0f26xnn: EDMAC channel "x" + 16, filtered out
c0f30xnn: EDMAC channel "x" + 32, filtered out

C0F389BC: set from EngDrvBits; not logged; io_trace backend should catch it     (Same in mv1080 and mv720)
c0f389c0: video mode change only? (LVDEV_DRV_ReadyCommon)                     (Same in mv1080 and mv720)
c0f389c4: same                                                                                              (Same in mv1080 and mv720)
c0f3a04c: same, resolution related   .......................................................      (Showed using io_trace backend)
c0f3a0a0: same, resolution related   .......................................................      (Showed using io_trace backend)
c0f3a0b0: same, resolution related   .......................................................      (Showed using io_trace backend)

unlisted: same as c0f08d20 & co.

Still not showing: (And maybe the important we needs)

Code: [Select]

c0f0200c
c0f0204c
c0f11388
c0f11394
And the rest you have mentioned if it were not necessary.

[squig]

I get that the 700D is skipping, not binning; but I've noticed there's less aliasing on the 5D Mk3 in 1x1 with dual ISO than with 3x3. The problem with 1x1 (besides the rolling shutter) is more visible noise. I'm wondering how 1x3 has reduced the noise so much, and would it apply to the 5D Mk3 too? I'm up for testing a test build.

[theBilalFakhouri]

I get that the 700D is skipping, not binning; but I've noticed there's less aliasing on the 5D Mk3 in 1x1 with dual ISO than with 3x3. The problem with 1x1 (besides the rolling shutter) is more visible noise. I'm wondering how 1x3 has reduced the noise so much, and would it apply to the 5D Mk3 too? I'm up for testing a test build.

Some clarifying things:
https://www.magiclantern.fm/forum/index.php?topic=22818.msg206400#msg206400
https://www.magiclantern.fm/forum/index.php?topic=19300.msg206133#msg206133

In the above info it's look like now when using Dual ISO 100/800 in 1x3 then stretched down to the correct aspect it's like using Dual ISO 50/400 so I guess here the noise has been killed.
In 1x1 there is no sampling for the noise it's more visible naturally.

Of course it can be applied in any DIGIC 5 cameras like 5D3 maybe in D4 also but it will take some time to be finished (the new crop_rec).

[Drknoche]

Hi, to all here on the forums   Just installed ML in the the 700D and everything seems fine except one thing. There is a lot of artifacts on the raw video. And I mean a lot... Noise and black and green dots ramndomize on all the frames, Is that normal? Any advice on improving the video on RAW?

[IDA_ML]

Just expose to the right (ETTR) to get maximum signal to noise ratio!  Then everything will be fine. 

[theBilalFakhouri]

Hi, to all here on the forums   Just installed ML in the the 700D and everything seems fine except one thing. There is a lot of artifacts on the raw video. And I mean a lot... Noise and black and green dots ramndomize on all the frames, Is that normal? Any advice on improving the video on RAW?

Hello
These called Focus pixels. Try MLVApp it will fix these dots automatically. What software you are using for converting MLV ?