Wednesday, March 2, 2022

Using X32 AUX outputs as Bus Sends

On an X32 Compact, Rack or Producer you don't have as many BUS sends as on a full size console.  Internally in the mixer, they are all there, but are limited physical outputs on the mixer.

This gives an example routing change to use the AUX outputs as additional BUS ouptus.

Set BUS output 7-8 to Mix bus 7-8 (picture)
This gets you BUS outs 1-8 on your rack useful for monitors or IEM.

Set MAIN L/R to AUX 5-6 (picture)

This sets the L/R output to now go out your AUX 5-6 outputs (you'll want a TRS->XLR adapter to connect to your speakers likely)

Set BUS output 9-12 to AUX out 1-4 (picture)

This gets your 4 more outputs for BUS sends for monitors or IEM



Tuesday, March 1, 2022

X32 Rack as a stage box to an X32 Console

This doc contains 2 files and makes your X32 Rack become a standalone stage box controlled by your X32 console via AES50.  

When in operation, the X32 Rack is autonomous.  No interaction to the X32 Rack is necessary from a control perspective.  Everything, including gains, are controlled at the console.

Features of these config files

BUS 1-8 on both X32Rack and X32 console are duplicated (you can use either output, or both simultaneously) to an IEM or wedge for example.

BUS 9-16 available on the X32 console (full size) for additional output for monitors or IEMs.

AUX 1-4 IN on the X32 RACK are available for input. (5-6 used at the X32 Console)

AUX 5-6 IN on the X32 Console are available as input locally (local playback device as example)

MAIN L/R has been moved to AUX OUT 5/6 to free BUS 7/8 for additional outputs like IEMs.  You will need 1/4 TRS -> XLR adapter likely for your FOH speaker system. 
Instructions below how to restore BUS 7/8 to be MAIN L/R output

AUX 1-3 OUT on X32 Rack and X32 console are duplicated. (you can use either output, or both simultaneously)

AUX 4 OUT = CENTER CHANNEL / SUB

AUX 5 OUT and 6 OUT = MAIN LEFT and MAIN RIGHT OUT.

Here is a picture of how its mapped (click to make it bigger)


HOW TO MAKE IT WORK

1>

Download the two scene file, one for the X32 Rack and one for X32 Console, and load the scene files into your systems.

Configuration files are on google drive.  

2>

On the the X32 RACK, set "Synchronization" to be on AES50 A  (assuming you are using the A connection)


NOTE - If you decide to use the rack as a 'normal' mixer and not a stage box, this configuration will need to be set back manually to "INTERNAL".

3> 

Set the X32 Rack's "HA REMOTE" to "AES50 PORT A" [located under SETUP -> PREAMPS]

That should be it!  

Plug a mic into an input 1-16 on your X32 Rack, and on your X32 Console you should be able to apply the gain on the console and the rack will respond accordingly.

Remember, the X32 RACK, in this mode, is autonomous.  Just do the changes on the console.  


Restore BUS 7/8 on X32 Rack to be MAIN L/R output

This file assigns all 8 bus outputs as BUS outputs, and sets Main L/R to be on AUX 5-6 out.  You can easily revert this feature to be normal config if that is what you are used to.

On the X32 Console:

Go to ROUTING -> OUT 1-16
Set the "OUTPUT" #7 and #8 to "MAIN L" and "MAIN R"


That will make Bus 7/8 on the rack the way it was from the factory if you prefer that.

Wednesday, February 9, 2022

How To Mount USB Drive in linux

Mount USB Drive In Linux Using Command Line

1. Detect Plugged In USB Device

Once you plug in your USB device to your system USB port, run the following command to locate the USB device:

sudo lsblk

root@plex:/# sudo lsblk
NAME                      MAJ:MIN RM   SIZE RO TYPE MOUNTPOINT
loop7                       7:7    0  43.4M  1 loop /snap/snapd/14549
sda                         8:0    0   7.3T  0 disk
├─sda1                      8:1    0   128M  0 part
└─sda2                      8:2    0   7.3T  0 part
root@pl:/#

Now you can see the detected USB device named ‘sda’ which is 7.3TB (its an 8TB usb drive so this is correct).  Looking at the breakdown below it, you'll notice that there is a "sda2" that is set to 7.3TB, you'll mount that.

Your device name may differ on device name and size.

2. Create a Mount Point

Now we need to give this USB drive its location name in linux.  
I'm going to put this in the "media" section, giving the USB drive a unique name "mediadrive".  

sudo mkdir /media/mediadrive

However, creating a directory to mount and access a drive is an optional step, you can also directly attach it to ‘/media’ directory.

3. Mount USB Drive To Mount Point

We’re now ready to link the USB device to the Linux filesystem and access its data. To do the same, we’ll use the ‘mount’ utility program. Replace sda2 with the drive name that matches your USB drive.

sudo mount /dev/sda2 /media/mediadrive

4. Check For The Device Mounted

Run the command below.  You should now see the mounted name showing up in the list.  

sudo lsblk

root@plex:/media# sudo lsblk
NAME                      MAJ:MIN RM   SIZE RO TYPE MOUNTPOINT

sda                         8:0    0   7.3T  0 disk
├─sda1                      8:1    0   128M  0 part
└─sda2                      8:2    0   7.3T  0 part /media/mediadrive
sdb                         8:16   0 232.9G  0 disk
├─sdb1                      8:17   0     1M  0 part
├─sdb2                      8:18   0     1G  0 part /boot
└─sdb3                      8:19   0 231.9G  0 part
  └─ubuntu--vg-ubuntu--lv 253:0    0   100G  0 lvm  /
 
You'll notice that /media/mediadrive is showing up in list.

Now you should be able to change to that location and see the media inside

cd /media/mediadrive

Export Your PLEX server library media names in Linux or Windows

LINUX

Make yourself the ROOT user

sudo -i

Verify the location of the "Plex Media Scanner" location.  Depends on the flavor of linux, but usually in in:

/usr/lib/plexmediaserver/

but use this command if you cant find it find / -name "Plex Media Scanner"

Update the path to allow the scanner access to related files.

export PLEX_MEDIA_SERVER_APPLICATION_SUPPORT_DIR="/var/lib/plexmediaserver/Library/Application Support"

Now we are ready to run the scanner.  This command will give you the libraries you can export:

/usr/lib/plexmediaserver/Plex\ Media\ Scanner --list

This will list of your Libraries, each assigned with a number. something like this as an example:

1: Movies   
2: TV Shows 
3: Music
4: Videos

This example is "Movies", so a "1" will be used for the "--section" argument in the next line

/usr/lib/plexmediaserver/Plex\ Media\ Scanner --list --section 1

You'll get a list of movies and folders it has and you can copy /paste it.  
If you want to output it to a file you can use a command like this:

/usr/lib/plexmediaserver/Plex\ Media\ Scanner --list -section 1 > plexlist.txt

WINDOWS

You can also do this from windows if you do the following:

  1. Goto the default plex directory from a command prompt
    "C:\Program Files (x86)\Plex\Plex Media Server"

  2. Enter in the command"
    "Plex Media Scanner.exe" --list

  3. You'll get a list of available libraries.
    "Plex Media Scanner.exe" --list -section 1

  4. You can print it to the cmd interface, or you can print it to a directory
    "Plex Media Scanner.exe" --list -section 1 > plexlist.txt

Monday, January 31, 2022

Update ubuntu server from command line

Here's how to update Ubuntu Server as of January 2022

These 3 commands in this order:

sudo apt update

apt list --upgradable

sudo apt upgrade

Saturday, January 8, 2022

Deleted photos showing up in Microsoft start menu thumbnails

 Why Microsoft chose this feature is beyond me.  Zero thought.  Doesn't refresh and shows pictures that you deleted from your computer.  Stupid.  Here's how you fix it in Windows 10 at least.

Go to 

%USERPROFILE%\AppData\Local\Packages\Microsoft.Windows.Photos_[random]\LocalState\PhotosAppTile

The photos that Microsoft chose to continuously show for no reason is stored here.  Delete the images.

Then in your start menu, you may need to right click on the photo icon in the start menu and select "TURN LIVE TLE OFF" (then turn it back on to refresh)



Wednesday, December 22, 2021

VAP102 JSK-8003H camera PTZ controller

Here's some info on how this PTZ camera controller that is known by a bunch of different names



If you have any info about this controller that should be shared, please something in the comments and I'll add it in!

Contents

I. Description of performance 2

1. Introduction 2

2. Technical Data 2

II. Description of Main Functions 3

III. Installation and Connection 4

IV. Description of Keyboard Panel 5

1. Top Panel 5

2. Back Panel 6

V. LCD display and keyboard descriptions 7

VI. Keyboard Set 9

VII. Keyboard hotkey set up 10

I. Description of performance

 

1.   Introduction 

 

The controller can control PTZ cameras, up/down/left/right, zoom, focus and IRIS (depending on camera feature compatibility) using wired RS–485 signaling.  This controller can operate as many as 128 cameras within a maximal communication range of 1500 meters. 

 

2.   Technical Data 

1.     Baud rate: 1200bps2400bps4800bps9600bps, 19200bps, 38400bps

2.     ProtocolPelco-D, Pelco-P, SAMSUNG, PANASONIC

3.     Communication: RS-485

4.     Power input: DC 12V/500mA

5.     Communication distance: max 1500m

6.     Can control max 128 cameras

7.     Password setup function

8.     Ambient Temperature: 0~60

9.     Relative Humidity90%RH

10. Dimension: 205mm168mm48 mm

 

II. Description of Main Functions

The main functions of the keyboard include: 

1.  The keyboard output adopts photoelectric insulated 485 control, which provides strong anti-interference and long-range transmission. 

2.  The range for dome camera or decoder address setup: 1~255.

3.  Variable-speed operation can be applied to the built-in dome of the high-speed dome camera. 

4.  Pre-set positions can be setup and previewed in the high-speed dome camera. 

5.  Up to four tour routes can be setup and previewed in the high speed dome camera, with each tour having a maximum of 16 pre-set positions, dwell time and speed for each pre-set positions programmable. 

6.  The high-speed dome camera can be manually / automatically controlled.

7.  Lens zoom ratio, focus and iris can be manually controlled. 

8.  More than one terminal, such as dome cameras and decoders, can be controlled.

  

III. Installation and Connection

Attention: Please read the Manual carefully before installation and connection, for any incorrect cable connection may cause permanent damages to the units. Make sure power is switched off before connection and all communication cables are screened twisted pair. All communication cables should avoid high-voltage cables or other interference sources. IV. Description of Keyboard Panel   

1. Top Panel 

On the front panel of the keyboard are variable-speed controlling joystick, keys and LED digital displayer. The LED digital displayer shows system and operation information. The controlling joystick controls the variable-velocity movement of the dome, and manually setup positions. 

 

 

2. Back Panel 

 

 

Power supply outlet: connecting external DC12V power. 

Communication output: RS-485 output connecting. 

V. LCD display and keyboard descriptions 

1.    The LCD display shows Protocol, camera ID, Baud Rate, and Input value

 

PELCO D                 CAM=001

BR: 2400                     000

            PELCO-D                  : protocol is set to Pelco D

            CAM=001                  : camera ID/address  is 001

            BAUD2400            : baud rate is 2400bps

            INPUTS000           : Input number or current active button

 

2. 0~9 Number

·         Used for setting the camera ID, Pre-set No. and modify the keyboard parameters.

·         When SHIFT button is activated (“SHIFT” will be displayed in LCD) the 2,4,6,8 buttons can be used to move the PTZ camera UP (2), DOWN (8), LEFT (4) and RIGHT (6).

 

3.CAM 

Enter the ID (0-255) by the number key then press CAM key:  Number   +  CAM

The number will be displayed after item CAM on the LCD.  Change DVR number when control DVR state.

 

4. CLEAR

Press key CLEAR, the Number input area will reset.

 

5.CLOSE / OPEN

Under Manual mode, pressing key CLOSE and OPEN can control the IRIS. 

 

6. NEAR / FAR

Under Manual mode, pressing key NEAR and FAR can control the Focus.

 

7.TELE / WIDE

Lens zoom for close-up image or lens zoom for panoramic image.

 

8.   JOYSTICK

It is 2D used to move the speed dome or PTZ unit on pan or tilt direction. The moving speed increases as the offset. 

 

9.   MENU

Press key MENU will open speed dome camera mean., same Press  95   +  PRESET  . Press MENU, the LED will be light and into my factory speed dome menu.

 

10.TOUR

Press key TOUR mean is Press key 76   + CALL  ,Press key Tour, the LED will be light and star to tour the multi pre-set position This press is EDIT function when control DVR state.

 

11.SCAN (360°pan auto scan)

Press key TOUR mean is Press key 99   + CALL  , Press key SCAN. The LED gets turned on, and auto scan begins.

Press key SCAN again.  The LED gets turned off, and auto scan stop. Move the Joystick to stop Auto Scan function. This press is FAN auto scan function when control DVR state.

 

12.PRESET 

Set up the Pre-sets: Move the joystick and adjust the Lens to select the surveillance position you need. Input No. and then press [PRESET] key.  i.e. N  +  PRESET Call the pre-sets: Input the pre-set number, and press [CALL] key.  i.e. N  +  CALL Clear the pre-sets: Input the pre-set number, and press [PRSET] key over 2 seconds.  i.e. N  + keep to push  PRESET  over 2 seconds.  This press is power function when control DVR state.

 

13.CALL 

This is function for search the pre-set position of the speed dome or receiver.  Entry the Pre-set No. in the Number area and press key CALL to call it. i.e. N  +  CALL If succeed, the number input area will reset automatically. 

 

14. SHIFT 

Press key SHIFT, it gets turned on, and SHIFT is in effect.

Press key SHIFT again, it gets turned off, and SHIFT is off no effect.

 

15.PGM

If the above action can succeed, the number input area will reset automatically.

 

16.SHIFT+MENU

into keyboard menu set up.

 

17.AUX

AUX function 1.  DVR play or PAN scan when control DVR state.

 

18.clear PRESET:

 Number  + SHIFT + CLEAR 

 

VI. Keyboard Set 

 

1.    The keyboard can setup different Baud rates and protocols for every camera. When the keyboard switch dome camera/decoder addresses, it will output corresponding controlling instructions based on the setup protocols and Baud rates.  Shift + menu into keyboard 

 PELCO  D                 CAM=001

BR: 2400                     000                                 

 

            CAM=001    camera address

            PELCO-D    :  protocol is Pelco D

            2400         baud rate is 2400bps 000          input number 


PROTOCOL
PELCO-D, PELCO-P, SAMSUNG, AD, PANASONIC

BAUD RATE: 1200, 2400, 4800, 9600, 19200, 38400 can change.

2.  Password set

PASSWORD    ENABLE NO

PASSWORD ENABLE: NO no password required

PASSWORD ENABLE: YES display “OK” password have used.

PASSWORD **** First password is 0000, user can set new

password, password is 4 number. setting later press [ PGM ] is save and exit .

 

3.  Keyboard Control mode  

MODE     →2D
INITIAL:    NO

MODE  2D:   only keyboard control dome.
MODE  3D / 2D-M: keyboard and DVR parallel connection control dome.

4.  Keyboard initial 

MODE       2D
INITIAL:    →NO

 

INITIAL:     NO:                 the keyboard initial is close.
INITIAL:     YESOK        the keyboard initial is open. initial later the keyboard setting is address 1 , baud rate  2400bps ;, protocol  Pelco D .

VII. Keyboard hotkey set up

l   Enter “12” then press PGM to select Baud Rate to 1200 bps.

l   Input “24” then press PGM to select Baud Rate to 2400 bps.

l   Input “48” then press PGM to select Baud Rate to 4800 bps.

l   Input “96” then press PGM to select Baud Rate to 9600 bps.

l   Input “192” then press PGM to select Baud Rate to 19200 bps.

l   Input “384” then press PGM to select Baud Rate to 38400 bps.

l   Input “44” then press PGM to select Pelco–D protocol.

l   Input “50” then press PGM to select Pelco–P protocol.

l   Input “999” then press AUX to disable/enable beep 

Untested functions.

  • 990 aux s-l:
  • 991 aux lock
  • 1-4 AUX = Aux ON/OFF