- grandMA2 User Manual
- About this manual
- System requirements grandMA2 onPC
- Installation of grandMA2 onPC
- Help from MA technical support
- Safety Information
- Symbols used
- Intended use
- Dangers caused by electric current
- General safety instructions
- Device Overview
- grandMA2 console
- grandMA2 replay unit (RPU)
- grandMA2 fader wing
- MA onPC command wing
- MA onPC fader wing
- System Overview
- Standalone systems
- Network systems
- What is the replay unit (RPU)
- What is the network processing unit (NPU)
- What is the MA video processing unit (VPU)
- What is the network dimmer processor (NDP)
- What is MA 3D
- What are the MA nodes
- Paramters vs. DMX channels
- Parameter expansion
- Big systems
- Media systems and CITP
- First Steps
- Unpack the device
- Check scope of delivery
- Position the device
- Connect power
- Connect desk lamps
- Connect external screens
- Connect USB mouse and USB keyboad
- Connect DMX
- Connect sound
- Connect SMPTE (LTC)
- Connect Ethernet
- Connect analog remote control
- Connect grandMA2 fader wing
- Setup your PC
- Turn on the console the first time
- Keys & Buttons on the Console
- Key overview
- >>> [GoFastForward]
- <<< [GoFastBack]
- . [Dot]
- Backg [Background]
- Bt Pg +
- Bt Pg -
- B.O. [Blackout]
- Ch Pg +
- Ch Pg -
- Del [Delete]
- Exec [Executor]
- Executor Buttons
- Fd Pg +
- Fd Pg -
- Go + [small]
- Go + [large]
- Go - [small]
- Go - [large]
- Highlt [Highlight]
- [Minus] -
- Pause [small]
- Pause [large]
- [Plus] +
- Prev [Previous]
- Prvw [Preview]
- Sequ [Sequence]
- User 1
- User 2
- U1 - U4
- V1 - V10
- X1 - X20
- User interface
- Screen layout
- User-defined area
- Command line
- X-Key labels
- View buttons
- Master section
- Time control
- Encoder bar
- Preset control bar
- Encoder toolbar
- Encoder settings
- Command wing bar
- Command section
- Mini executor bar
- Work with views
- Touch gestures
- Oops and undo
- Text indicators and symbols
- Keyboard shortcuts
- Turn on or turn off the keyboard shortcuts
- Edit keyboard shortcuts
- Add or delete keyboard shortcuts
- Export or import keyboard shortcuts
- User interface
- Windows in General
- Create and manage basic windows
- Clear the screen or delete windows
- Command Syntax and Keywords
- General syntax rules
- Helping keywords
- Object keywords
- Function keywords
- All keywords
- Special characters
- <<< [GoFastBack]
- >>> [GoFastForward]
- - [Minus]
- + [Plus]
- Asterisk *
- At @
- Dollar $
- Dot .
- Parentheses ( )
- Quotation marks " "
- Semicolon ;
- Slash /
- Square brackets [ ]
- Work with lists
- Object list
- Selection list
- Executor list
- Attribute list
- Station list
- General syntax rules
- Using the Backup Menu
- New show
- Load show
- Save show
- Save show as...
- Delete shows
- Using a USB stick
- Setting up a file server
- Partial show read
- ASCII show read
- Single User and Multi User Systems
- The difference between a single user and a multi user system
- Create user profiles and users
- User settings
- What is networking
- Set the IP address in the console
- Set the IP address in the onPC
- Using DHCP in MA devices
- Session control
- How to create a session
- Protecting the session and station
- Adding devices to the session
- How to end or leave a session
- Session collision
- Getting DMX in and out of the system
- Setting up DMX ports on MA devices
- Network DMX protocols
- What affects my DMX output?
- Using CITP
- Streaming CITP
- Thumbnail exchange
- PosiStageNet (PSN)
- FTP connection to console and NPU
- Patching, DMX, and Fixture Setup
- What are channels & fixtures
- DMX break
- What is 3D and stage setup
- Adding fixtures to the show
- Delete fixtures from the show
- Working with layers
- Live patching
- DMX sheet
- DMX testing
- DMX and parameter lists
- Universe pool
- Stage view
- Virtual 3D cameras
- Position fixtures in the 3D stage
- Auto calibrate fixture positions
- What are channels & fixtures
- Basic Fixture Types
- What are attributes, features & preset types
- ColorMix vs. MixColor
- Different fixture types
- Moving lights
- Media server
- Virtual fixtures
- Operate Fixtures
- Channel sheet
- Fixture sheet
- Sheet options
- Layer mask
- Title buttons
- Assign executor
- Mask (local)
- Layers in sheets
- Channel sheet and fixture sheet
- Sequence content and sequence tracking sheet
- What is the programmer
- Encoder grouping
- Using the color picker
- Using the shaper dialog
- Using the smart view
- Edit a channel or fixture
- Pools in General
- Manage pool objects
- Adjust pool options
- Call modes
- Create groups
- Auto create groups
- Using groups when programming
- Choose copy method
- Change specific group colors
- Group masters
- What are special modes
- Preset pools
- Preset pool "Dynamic"
- Create presets
- Preset pool options
- Create preset reference
- Auto create presets
- Auto create additional presets
- Embedded presets
- Edit presets
- Update presets
- Delete presets
- Cues and Sequences
- What are cues and sequences
- Looking at the cue sequence
- Store cues
- Store options and defaults
- Cue timings
- Renumber cues
- Delete cues
- Playing back cues
- Looking at the cue content
- Update cues
- What is tracking
- What is MIB
- Sequence mini executor
- Commands in cues
- What are executors
- Executors on the screens
- Assign a function
- Looking at the active executors
- Common executor options
- Advanced Sequence Functionality
- Using different view sets in the sheets
- Working with MIB
- Using cue modes
- Cue zero
- Sequence info window
- Looping cues
- Cue path
- Advanced Executor Functionality
- Executor pages
- Channel pages
- Executor options
- Masters window
- Special masters
- Default masters
- Grand masters
- Speed masters
- Rate masters
- Playback masters
- Clone in user interface
- Clone presets
- Search and Replace
- Image Pool
- Import images and videos
- Image limitations & guidelines for symbols
- Supported file formats
- Delete images and videos
- Create a layout
- Layout pool options
- Edit layout
- Layout view options
- Worlds, Filters and Masks
- What are worlds
- Create worlds
- Auto create worlds
- Use worlds when programming
- What are filters
- Create filters
- Use filters when programming
- Use temporary filters
- What are masks
- Create masks
- Use masks in the sheets
- Apply worlds or filters to executors and sequences
- MAtricks toolbar
- MAtricks pool
- MAtricks interleave
- MAtricks blocks
- MAtricks wings
- MAtricks groups
- Create a chaser
- Chaser settings
- Chaser mini executor
- Use predefined effects
- Use template and selective effects
- Create an effect in the programmer
- Create an effect that uses presets
- Create effect forms
- Pool options
- Effects in a cue
- Assign effect to executor
- Live edit an effect
- Running effects
- Update effects
- Delete effects
- Bitmap Fixture
- Import bitmap fixture
- Apply bitmap fixture in the layout
- Control bitmap fixture
- Edit bitmap fixture
- Priorities for bitmap effects
- Disable bitmap for fixtures
- XYZ vs. pan/tilt
- XYZ and pan/tilt in cues and sequences
- Use stage markers
- Link objects to stage markers in MA 3D
- Remote Controlling the System
- Remote input
- MIDI show control (MSC)
- Web remote
- Telnet remote
- Decimal – hex table
- What is timecode and timecode shows
- Record a timecode show
- Edit a timecode show
- Playing back a timecode show
- Organize the show with multiple timecode shows
- Timer pool
- Timer pool options
- What is agenda
- Create an appointment in the agenda
- What are macros
- Manually create a macro
- Use variables
- Create pop-ups
- Conditional expressions
- Macro timing
- Record a macro
- Edit a macro
- Command line interaction
- Assign a macro to a key
- Example macros
- What is Lua
- Edit plugins
- Partial Show Read
- What is partial show read (PSR)
- How to do a PSR
- Turn RDM on
- Match RDM devices
- Auto patch RDM devices
- Work with RDM parameters
- Work with RDM sensors
- Configure RDM notifications
- Use the RDM sheet
- Unmatch RDM devices
- Splitters and mergers that support RDM
- Turn RDM off
- RDM specific keywords
- DMX Profiles
- Other System Tools
- Message center
- Sound input window
- VPU pixel mapper view
- Network dimmer
- Edit properties of a rack
- Edit a module
- Desk status
- Performance window
- System monitor
- Export and Import
- Export by using command line
- Export by using user interface
- Import by using command line
- Import by using user interface
- Import predefined objects
- Update the Software
- Update via setup
- Format a USB stick for Linux
- Update or factory reset via boot menu
- Restart from Linux
- Advanced Fixture Types
- Anatomy of a fixture type
- Module manager
- Instance manager
- Wheel manager
- Attribute & Encoder Grouping
- Anatomy of a fixture type
- grandMA2 onPC Details
- Control the MA NDPs
- Add the MA NDPs
- Configure the MA NDPs
- Delete the MA NDPs
- Control the MA Network Switch
- Add MA Network Switch
- Change IP address
- Enable DHCP client
- Change hostname
- Change switch ID
- Configure ports
- Edit groups
- Edit presets
- Edit LAGs
- Mirror ports
- Work with the switch configuration
- Change password
- Update firmware
- Reset to factory defaults
- Delete MA Network Switch
- Control the MA xPort Nodes
- Add the MA xPort Nodes
- Configure the MA xPort Nodes in the console
- Configure the MA xPort Nodes in a browser
- Configure the MA xPort Nodes as splitters or mergers
- Delete the MA xPort Nodes
- Console Settings
- Adjust the intensity of desk lights
- Change screen options
- Local settings
- Wing & monitor setup
- Date & time
- Shut Down the System
- Error Messages
- Technical Data
- grandMA2 Quick Start Guide
- MA 3D
- MA VPU
- Release Notes
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Adding fixtures to the show
Table of contents of this topic
- Create a Layer to put fixtures in it
- Adding fixtures to an existing layer
- Using the Fixture Wizard - Part 1
- Importing a fixture type from the library
- Using the Fixture wizard - Part 2
- A closer look at the fixture list
- The DMX Patch pop-up
- The Diagnostics
- Further readings
- Press Setup and Patch & Fixture Schedule to enter the EditSetup menu.
- Add a new or select an existing layer.
- In the layer, Add new fixture.
- Follow the Fixture Wizard.
- Import a fixture from library (internal or from USB) or select already imported fixtures from the list.
- Change the quantity.
- Set a Fixture ID and/or Channel ID.
- Set the start address for the first fixture.
- Tap Apply.
- Check that the result is correct.
- Exit the EditSetup menu.
- Tap Yes to confirm the changes.
This was the quick steps - Keep reading for more details.
Adding fixtures to the show is done from the EditSetup menu - also called Patch & Fixture Schedule. This can be found by pressing the Setup key and then Patch & Fixture Schedule.
It could look like this:
This is one of the essential access points for everything that has to do with your entire fixture setup structure. A very important menu.
It main part is divided into a left and a right side. There is a lot of buttons on the bottom and three important one on the right most side.
The left side is Layers and the right side is the list of fixtures in the selected layer. In the picture above it is the "Dimmer" layer and all the Dimmer fixtures.
Read more details about Layers in the Working with Layers topic.
The left side of the main window is a list of Layers. Any fixture added to the show needs to be put in a layer.
You can decide how you want to organize the layers. All fixtures can be put in the same layer or organized in multiple layers - by fixture type or location. It is completely up to you. But you need at least one layer.
When you have a layer then select it by tapping it. Then you can see all the list of fixtures in the layer on the right side of the menu. At the bottom there is a lot of buttons. We are going to use some of them. Please notice that the text on them changes depending on what side was tapped last - the layer list or the fixture list. The function is the same it is just a matter of affecting layers or fixtures.
Create a Layer to put fixtures in it
You can add a layer by tapping in the layer part of the screen. You could tap where it says "New".
Then tap where it says Add Layer. Now opens the Enter Name pop-up where you can give the new layer a name.
Type a name and finish by pressing Please (Enter).
When you create an empty layer, then the console will help you to the next logical step - to add fixtures in the layer. So the next thing you are presented with is the Fixture Wizard.
Adding fixtures to an existing layer
If you already have layers, then you can add new fixtures in them. Select the layer on the left side and then tap somewhere in the fixture list (the right side).
Now you can tap the button that says Add Fixtures. If the menu is on screen 1 then you can also press the X1 key.
This opens the Fixture Wizard.
Using the Fixture Wizard - Part 1
When you add a fixture to your layers you are guided by the Fixture Wizard.
If you are not already presented with the wizard then you can get to it by tapping on the layer, tap new in the fixture list and then tap the Add Fixture button.
The wizard could look like this:
This pop-up is also divided into a left and right side.
The left side is all the fields we need to fill out for the grandMA2 to add and be able to use the fixture.
The right side is an area that changes depending on what input field you currently have selected on the left side.
The first thing you need to select is what fixture type you want to add to your show.
To make sure you are working with the correct input field, please tap where it says Please select fixturetype. The right side now shows you a three structure with minimum two objects: "From Library" and "Dimmer 00 (DMX1)".
The general idea is that the console have a large library of fixture types. You then import a fixture type into the show file. That is a copy from the library. It can then be modify this copied fixture type in your show file without it affecting the original fixture type in the library. You can of course export the fixture type from your show file back into library if you think you need the modified fixture type again in a different show file.
The library does not have to be the one in the console - it can be a library on a USB stick.
As a default you will always have the standard "Dimmer" fixture type imported when you create a new show. If this is all you need please jump directly to Using the Fixture Wizard - Part 2. Keep reading if you need to add other fixture types.
Importing a fixture type from the library
When you tap the From Library button you get the Import Fixture Type pop-up. It looks like this:
The library is basically one big long list of fixture types. This list can sorted and it can be filtered by manufacturer and/or fixture name.
At the top of the list you can select what library you are using - it is the "Select Drive" drop down.
For the grandMA2 to be able to see the fixture types they need to be in the correct folder. If you insert a USB stick then it will automatically creates the folder structure needed. Fixture types need to be in the folder called "library". This folder need to be inside a folder called "gma2".
When you have selected the drive then you will see all the fixture types in one list.
The two green input fields are the two filters that you can apply. These can be used to filter on a manufacturer name and/or the name of the fixture.
It is a good idea that you might type (some part of) the manufacturer name. You do not need to write the entire name, just a unique part of it. If for instance you want to find a fixture from Clay Paky, you only need to write "clay" or "paky". Now the list only shows Clay Paky fixtures. The filter will show all manufacturers with the letters you write, in any part of their name. So if you write "ma" then you get a long list. The first manufacturer might be "Altman" - the letters "ma" are in it. Uppercase letters are not distinguished.
Same goes for the fixture filter. This filters on the fixture name. Try not to be more specific then you need to be. If you are looking for a Clay Paky Alpha Spot QWO 800, they you just need a manufacturer filter "clay" and a fixture filter "qwo". Since no one else currently have a fixture with "qwo" in the fixture name, we do not really need the manufacturer filter.
On the right side of the two filters you will find a Clear Filter button. This will remove any input you have typed in your filters.
Below the filters you have the list of fixtures.
There are several columns in this list:
This is the name of the manufacturer of the fixture.
- Fixture Name:
This is the name of the fixture.
Many fixtures have several different modes. This can be a way a LED bar might be separated into different sections or different operational modes in a moving head. If a fixture types doesn't have a mode then it often have a "00" mode. The default Dimmer fixture type is an example of this.
- DMX Footprint:
Close connected to the Mode is the amount of DMX channels a fixture uses.
Some fixtures might be separated into different sections called Instances. This could be a LED bar with six individually controllable sections. It can also be a fixture like the Martin Aura where the fixture have two different color systems in the same moving head.
Here you can see any relevant info text.
This is the actual name of the fixture type file.
This is the date the file was saved.
This is the size of the fixture type file.
You can choose the display information about the DMX channels below the list. If you tap the in the title bar then you will see the list of DMX channels and what function they have.
When you have found the fixture you need to tap it in the list and the tap the Import button in the lower right corner.
If you do not want to import any fixture type anyway, then you can close the pop-up by tapping the X in the upper right corner.
If you have just imported a fixture type then this is automatically selected. If you have not, then you need to tap the, already imported, fixture type you want to add.
Now the cursor jumps to the Quantity input field. This is where you set the amount of fixtures you want to add.
You can see the top two input fields are the fixture type you selected and the second is the Name of the fixture. The suggested name comes from the fixture type definition. And it adds a space and a number (1) to the name. The result of this added space and number is that all the fixtures added will be enumerated from this number. You can of course change the name.
After you have typed the quantity. You need to type the ID numbers.
There are two types of ID number: The Fixture ID and the Channel ID.
To use the fixture you need to give it at least one of the ID numbers. You can give it both a Fixture ID and Channel ID. It can be the same number but it does not have to be the same.
The difference between the two are whether or not the fixture is visible in the Channel Sheet and the Fixture Sheet.
A fixture with a Fixture ID is visible in the Fixture Sheet (This sheet displays all attributes for the fixture).
A fixture with a Channel ID is visible in the Channel Sheet (This sheet only shows the Dimmer attributes for the fixture).
The console also have a default beginning keyword. This is usually "Fixture" or "Channel". This is what the console assume you are addressing if you do not specify something else.
You can see it in your command line. It could look like these two examples:
If you want to change what the default keyword is, then you can press the key followed by Please.
If you do not want to give the fixtures an ID number then you need to type "0" in the input field. But remember that you need to give them at least one ID number to be able to select and control them.
Depending on what fixture type you have selected, you might have up to 8 different Patch Breaks. Most fixture only need one, but some multi instance fixtures needs several DMX start addresses.
You can type in the DMX address using the following pattern [Universe].[DMX address] - so if you need the fixture to have start address 1 in universe 2, then you need to write 2.1
You can also choose to type the absolute DMX address. In the same example as above you could also type 513 - this is because there are 512 possible DMX addresses in one universe, so the first number in the second universe will be 513.
If you do not want to give the fixtures a DMX address now, then you can type "0" (zero) in the Patch Break.
When you are happy with your input then you can tap the Apply button. This takes you back to the EditSetup menu.
When you have added fixtures using the Fixture Wizard and tapped Apply, then you are back in the EditSetup. Here you can see the fixture you have added in the fixture list (right side of the screen).
The fixture list shows us a lot of information and we can edit almost all of it. The following is a short description of the columns in the list.
This is the Fixture ID number. If the fixture does not have an ID the there is a "-" instead of the number.
This is the Channel ID number. If the fixture does not have an ID the there is a "-" instead of the number.
This is the name if the fixture. Remember that if you are naming multiple fixtures at once, then you can add a space and a number to automatically enumerate the fixtures from that number.
This is the fixture type. If you edit this then you will get the Select Fixture type pop-up. It could look like this:
Here you can select an existing fixture type or you can import a new one (From Library).
If you change the Fixture Type for an already used fixture then you are asked how colors should be transformed:
Here are three buttons that selects how the colors should be transformed from one fixture to the other.
The three options are:
- Prefer MIXColor:
This will prefer MIXColor and set all color wheels to open white.
- Prefer Color Wheel:
This will prefer the color wheels and set all MIXColors to open white.
- MIXColor + Col.Wheel:
This will do a combination of both MIXColors and color wheels.
When you have selected the options you like then you can tap the Transform button or you can choose to not transform the colors by tapping the Do not transform button.
This is the patch address of the fixture. If a fixture is unpatched then there is a "(-)" here. There are two ways you can have the patch address displayed. Below the list is a button called "Patch Readout". This can have two different modes: "Univ.Address" or "Abs. Address". The first one (Universe) will separate the DMX address into universes. First number is the universe, second number is the DMX address. They are separated by a dot. The other option (Absolute) will add the address and only display one number. So the first DMX address in the second universe will be displayed as "513". This might make sense for the first few universes, but might not when you are have the first DMX address in universe number 141 (will display "71681").
This is a User setting and can also be changed in Setup -> User -> Settings. Here it is called "Patch Column Readout is absolute DMX address".
Editing this cell will open the DMX Patch window. Read below for more info on this.
React to Master:
This is "On" as a default. When it is on then the dimmer attribute of the fixture will be affected by the Grand Master, Group Masters and Solo. Turning this off makes sure the intensity is not affect by any such masters. This is great for power relays, blue lights and other stuff you do not want to accidently turn down.
Pan DMX Invert:
When this is "On", then the console inverts the DMX values on the Pan attribute.
Tilt DMX Invert:
When this is "On", then the console inverts the DMX values on the Tilt attribute.
Pan Enc. (Encoder) Invert:
This will invert the direction of the Pan movement when using the encoders. This will make it easier to match the 3D world with the real world.
Tilt Enc. (Encoder) Invert:
This will invert the direction of the Tilt movement when using the encoders. This will make it easier to match the 3D world with the real world.
This can be used to offset the programmed Pan values. This can be very useful if the show has been preprogrammed or it is a touring show, and the fixtures are not hung the way they where planned to be. The offset value is not visible in the Fixture Sheet, but it can be seen in the DMX Sheet. It is a nice function as long the fixtures do not come all the way out to their endpoints in the programming. The number entered here is a degree number and can be a negative value.
The Pan and Tilt offset values can also be edited with live output to the fixtures. This can be done in the Live patching, when editing fixtures, or via command line. When this is done for several hundred fixtures at the same time, then this information is distributed live to all stations and NPUs in the session and this is distributed with a small delay in the system. A progress bar is displayed. Please wait until the distribution is done before continuing working. If this is done live for a small group of fixtures, then there should be no delay. If the value is changed in the EditSetup then the values are updated with the show upload.
This can be used to offset the programmed Tilt values. This can be very useful if the show has been preprogrammed or it is a touring show, and the fixtures are not hung the way they where planned to be. The offset value is not visible in the Fixture Sheet, but it can be seen in the DMX Sheet. It is a nice function as long the fixtures do not come all the way out to their endpoints in the programming. The number entered here is a degree number and can be a negative value.
This will swap the Pan and Tilt DMX output.
Turning this "On" will exclude this fixture from being affected by any Bitmap Fixtures.
Here you can add a color to the light from your fixture. This is nice for dimmers, but does not make sense for any fixture with a color mixing system. It is like placing a color gel in front of the fixture. This color is visible in the Stage view, Layout view, the MA 3D and can be visible in Fixture and Channel Sheets. Editing this cell opens the Select Color pop-up:
Here you can use what ever method you like to select the color and tap Please when you are happy or you could tap Reset to White if you do not want any color.
Pos X, Pos Y, Pos Z:
This the XYZ position of the fixture in the 3D space. Read more about positioning fixtures in the Position fixtures in the 3D stage topic.
Rot X, Rot Y, Rot Z:
This the XYZ rotation of the fixture in the 3D space. Read more about positioning fixtures in the Position fixtures in the 3D stage topic.
This is for use with MA VPU (= video processing unit) pixel mapping. If this column is set to "Yes", all the programming for this fixture is lost, it does not consume any parameters any more in the grandMA2 and the MA VPU will send out the default values defined in the fixture profile additional to the Color RGB 1-3 values. The idea: if this flag has been set (No Parameter), the fixtures can still be selected, but only controlled by the MA VPU, not the console. Additionally the set default values for this fixture are transmitted. These values can be changed (for example Dimmer to 100%) in the grandMA2 / Patch & Fixture Schedule / Fixture Types.
This will display the RDM ID of the fixture when it matched in the RDM Devices.
This was all the different columns in the Fixture list.
When you edit one or several patch address in the fixture list, then the DMX Patch pop-up. It could look like this:
Again a window that is divided into two sides.
The left side is the fixture you chose to edit. In the picture above it is four spots that was selected and the patch fields where edited.
The right side displays the DMX universe and the DMX addresses.
The Encoder Toolbar have changed to allow you to select a DMX address and actually text the DMX channel.
At the bottom there is several buttons.
The left side
The left side shows you the fixtures. You can see the ID numbers, Fixture Type, Name and current DMX Address. If it is unpatched then there is a "-" instead of a number.
Below the fixtures you have a button to change if you want the DMX address to be written in Universe or Absolute readout (follow this link to read details further up on this page).
The fixtures here are the ones you selected before editing the patch. The only thing we can change here is the DMX address. The pop-up might close when you have given all your fixtures a DMX address.
The workflow is that you select the"DMX Address" cell for the fixtures you want to give a new patch so the field is blue. Then you can use the right side to find the DMX address.
The right side
The right side shows you the DMX addresses in the selected universe. On the top right side (just below the yellow "X") you will find a green input field. This shows you the currently selected universe. If you tap it then you can use the calculator to change the universe.
Any DMX addresses that have something patched will have a frame around them. Inside the frame you will see the Fixture ID and Channel ID and maybe the fixture name (if the space allows it).
Below the list of DMX addresses you have a button called Skip Patched. If this is active then you cannot select already patched DMX addresses. You are only allowed to select empty one. You can scroll the list using the vertical scroll bar or the encoder (read more about that below).
When you have found the address you want, then you can tap it and this will assign it to the selected fixture (on the left side).
If you have more than one fixture selected, then you will automatically patch all the fixtures starting from the address you selected - There might be a gap between them (see "Offset" below).
There are three other buttons below the right side:
Tapping this button will remove any patch information from the selected fixtures.
- Patch to...:
You can tap this button if you know what DMX address your fixture should have.
This button can be used to set an offset. Offsets are used when you patch more than one fixture at a time and you want to add a gap between the fixtures. The number you define by tapping the button needs to be bigger, than the amount of DMX channels the fixture uses. If the number is lower than the amount of channels used, then the fixtures will be patched as close as possible. For example if you patch some fixtures that uses 12 DMX channel and you patch then from address 1 with the Offset at 20, then the fixtures will be patched at address 1, 21, 41, 61, and so on.
The Encoder Toolbar have changed when you enter the DMX Patch window. It could look like this:
The four encoders can be used to help you patch fixtures.
The left encoder is used to select the fixtures - if you have selected more than one fixture going into the DMX patch window.
The left center encoder is used to select the Universe.
The right center encoder is used to select or scroll through the DMX addresses.
The right encoder is a DMX tester. It can be used to test the DMX address. You can turn it to output a DMX value on the selected address. There is a button used to toggle between percent (0-100) or decimal (0-255) scale. This function is especially nice with dimmers and fixtures where the first channel is the dimmer.
At the bottom of the EditSetup menu, you will find a button called "Diagnostic". You will find this button on other menus and windows as well.
This opens the Diagnostic pop-up. It could look like this:
There are two types of messages: Errors and Warnings. Errors are more severe than warnings, but none of them prevents you from leaving the setup.
The warnings and errors explain the problem.
The warning might not be a problem at all. Often a narrow beam fixture, might be reported as a warning even though it is not a problem (The beam angle is very small).
There is only one button for this pop-up. The "Update" button runs the diagnostics again and check if there are still warnings and errors.
When you are happy with your added fixtures, then you can leave the setup and save the changes. You do this by closing the EditSetup menu by tapping the yellow "X" in the upper right corner.
This gives you a pop-up warning asking you what to do.
There are always three options and if the Diagnostics got warnings or error then you have four options. It could look like this:
This will close the EditSetup and save your changes.
This will trough away what you have changed and keep the old settings.
This will cancel the exit and you are returned to the EditSetup.
- Open Diagnostic and Cancel:
This will cancel the exit and return you to the Diagnostics pop-up.
If you tap yes and you have made changes, then your console will upload the changes to the system. This is called a "show upload".
The system will stop all DMX output while the show upload is running.