NEON CAPTAIN Radioator User manual

Radiator Laser Synthesizer
User Manual
Introduction
Thank you for purchasing Radiator by Neon Captain! Radiator is a powerful and expandable laser
synthesizer capable of creating dynamic abstract and beam patterns. It contains a built in high
performance processor which works as a complete stand alone system and requires no computer or
equipment other than a laser projector or HDMI monitor to operate.
The system is expandable through software updates to add additional content and features. Please
check with Neon Captain for updates. Content you create in the form of presets or ILDA stream
recordings can be backed up to external USB memory. You can store up to 1000 presets in a show and
access them at the touch of a button so you can always have interesting content on hand or store your
unique discoveries for later use.
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Radiator Laser Synthesizer
User Manual
In addition to being a powerful laser synthesizer, Radiator can also create laser like visuals using the
internal real time laser raster engine which creates a laser simulation and outputs an HD resolution
video signal over HDMI. Use this for live performances where it is not practical or legal to use a laser
projector, or for video production via the use of an HDMI recorder or capture card.
The complete set of front panel controls offers direct knob per function control of most parameters in
the system so you can play Radiator live just like a DJ controller or electronic instrument. In addition to
the front panel controls, all functions of the system can be controlled via MIDI from a computer,
keyboard or sequencer. Both the panel controls as well as internal parameters can be controlled. The
panel protocol can also be controlled via Ethernet. Please contact Neon Captain for more information.
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User Manual
Table of Contents
Introduction................................................................................................................................................1
Hardware Overview...................................................................................................................................4
System...................................................................................................................................................4
Front Panel............................................................................................................................................4
Rear Panel..............................................................................................................................................5
System Operation.......................................................................................................................................6
Starting up and Shutting Down.............................................................................................................6
Laser Safety...........................................................................................................................................7
Synthesizer Signal Path.........................................................................................................................8
Creating and Exploring.........................................................................................................................8
Saving your Work..................................................................................................................................8
Importing and Exporting Data...............................................................................................................9
Updating the System.............................................................................................................................9
Special Key Functions...........................................................................................................................9
Radiator Modules and Screens.................................................................................................................11
Color....................................................................................................................................................12
LFO1, 2 and 3......................................................................................................................................15
Shape A and B.....................................................................................................................................18
Transformer.........................................................................................................................................21
Clone...................................................................................................................................................25
Main Screen.........................................................................................................................................29
Additional Screens and Controls..............................................................................................................30
Preset Manager....................................................................................................................................30
File.......................................................................................................................................................35
Output..................................................................................................................................................39
Util.......................................................................................................................................................42
Features and Specifications......................................................................................................................45
Laser synthesizer.................................................................................................................................45
Rear panel............................................................................................................................................45
Hardware and enclosure......................................................................................................................46
Appendix A MIDI / TCP Panel Protocol...............................................................................................47
Features:..............................................................................................................................................47
MIDI Protocol.....................................................................................................................................47
TCP Protocol.......................................................................................................................................48
Appendix B MIDI Control Protocol......................................................................................................52
Appendix C Color Mod Types...............................................................................................................61
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Appendix D LFO and Shape Warp Types..............................................................................................62
LFO Warp Types..................................................................................................................................62
LFO Shapes.........................................................................................................................................62
Appendix F Transform Types................................................................................................................63
Appendix G Clone Types.......................................................................................................................64
Clone Types.........................................................................................................................................64
Appendix E Shape Warp and Shape Types............................................................................................65
Shape Warp Types...............................................................................................................................65
Shape Types.........................................................................................................................................65
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Radiator Laser Synthesizer
User Manual
Hardware Overview
System
The Radiator is a stand alone laser synthesizer system housed in a sturdy aluminum enclosure. It is
based around a powerful quad core ARM System on Module running the Linux operating system. The
system requires 12 24VDC regulated input to operated and consumes less than 6W when operating. It
can provide power to up to two connected USB devices. Power is controlled via a hard power switch so
there is no power usage when the unit is switched off.
Front Panel
The front panel is divided into sections in the same way that internal laser processing blocks are
organized. Each block will be explained in more detail later in this document.
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User Manual
Control Panel Sections
•COLOR – Controls the color processor module which generates the final output color
•LFO1, 2 and 3 – Three LFOs generate signals to modulate other parameters in real time.
•MASTER – Hard control of the size and output power level as well as a blackout control.
•SHAPE A – Controls the main shape generator to create shapes.
•SHAPE B – Controls the second shape generate to create shapes.
•TRANSFORM – The transform module can distort and transform shapes in 2D and 3D.
•CLONE – The clone module can replicate and animate shapes as well as perform 3D rotations.
•MENU – These controls are used to navigate menus on the internal LCD screen.
•PRESETS – Preset buttons are used to call up and store presets.
Rear Panel
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Figure 1: Radiator Front Panel

Radiator Laser Synthesizer
User Manual
Rear Panel Jacks and Controls
•POWER – Main power switch. Make sure to shut down the system before turning off.
•DC IN – Power input for 12 24VDC. Please only use the included power supply.
•AUDIO IN (L and R) – Audio inputs on 1/4” TRS connections for sound reactive effects.
•LFO OUT (1, 2 and 3) – LFO CV outputs on TS minijacks. Output range is 5V to +5V.
•CV IN (1 6) – CV inputs on TS minijacks used to control the LFO modules.
•X/Y OUT – The laser X/Y output on TRS stereo minijack for listening to the laser output.
•ILDA OUT – ILDA analog output on DB 25 pin connector for use with ILDA projectors.
•MIDI IN – MIDI input on standard 5 pin DIN jack.
•MIDI OUT – MIDI output on standard 5 pin DIN jack.
•USB – Dual USB host ports. Use for USB storage and LaserDock/LaserCube only.
•NETWORK – 10/100BASE T Ethernet port for Ether Dream support.
•SYSTEM – Micro USB device port for system upgrade or restore.
•HDMI OUT – HDMI full size output port for laser visualizations. Outputs 1080p60 signal.
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Figure 2: Radiator Rear Panel

Radiator Laser Synthesizer
User Manual
System Operation
Radiator is easy to use due to its unified control layout. Except for the master LEVEL and SIZE
controls, all rotary controls on Radiator use endless encoders. This means that any parameter can be
adjusted up or down from its current value. Since there are no end stops, on screen displays are used to
view the value of each parameter as it is controlled. Both continuously variable parameters like levels,
as well as indexed parameters like lists of shapes or effects use the same type of controls.
Pushbuttons are used for momentary or on/off settings. Each button has a full RGB LED located above
it which shines through an opening above the button cap. As presets are changed these LEDs indicate
the current setting of each button control. Preset buttons show the preset color or black if no preset is
stored on the button. The last recalled preset is also indicated by the preset button flashing.
All parameters including those which have a dedicated control on the front panel can be edited on the
LCD screen using the master controls. This allows easier access to some settings. The SELECT and
VALUE knobs are used to navigate the menu and change values. By default, adjusting a control will
cause the LCD screen to display the parameters for that module. A module can also be called up by
preset the SELECT button for that module. If you prefer the adjust the controls without the screen
display changing, this function can be turned off in the Util menu.
Some operations in the screens require confirmation, such as loading or deleting a file. For these
operations the ENTER button is used to confirm the action. Settings can be selectively reset by using
the RESET button as explained later. Finally the SHIFT button can be held down to allow fine control
of a function. It can also be used to exit a menu or screen by double tapping.
Startin up and Shuttin Down
To start up Radiator just flip on the power switch at the rear. The system will start up in less than a
minute or so. For safety it is recommended to turn down the LEVEL and SIZE knobs to make sure that
the laser output does not emit in an unsafe way upon startup. Radiator will always start up in the
Blackout mode. To activate laser output, press the BLACKOUT button. You might want to start with
the LEVEL and SIZE controls reduced as well to make sure you project in a safe area.
When you are finished using Radiator choose the Shutdown option from the main screen and wait until
the system shuts down before switching off the power.
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Radiator Laser Synthesizer
User Manual
Laser Safety
Laser safety is important for everyone. Safe use of entertainment lasers will ensure that they continue
to be legal to own and operate. The major safety hazard of entertainment lasers is eye damage. Even a
small laser projector of only a few tens of milliwatts can generate enough concentrated laser energy to
permanently damage the eyesight of a human or animal. For more detailed information about laser
safety we recommend that you contact the International Laser Display Association (ILDA) at
www.ilda.com. The ILDA is a trade organization made up of both amateur and professional laserists
and laser companies and works to promote laser safety. This manual should not be used as official
safety instructions and Neon Captain is not responsible for your use of our products. Contact ILDA or
consult with a trained laser safety expert if you are not sure. We cannot provide advice on safety or
legal aspects of using lasers in your country or region. However, the following are some good
common sense tips that we use when operate lasers.
N n-exhaustive list f safety tips:
•Never allow humans or animals to be in the direct path of a laser beam.
•Do not look directly into a laser projector or at the beam reflected off a shiny object like a
mirror.
•When setting up a projector in a live performance environment make sure that the laser beam
will never be less than 10 feet above the floor.
•Never direct laser beams into an audience. (audience scanning) This requires engineering
calculations and approvals and tightly controlled lasers. Radiator is not intended or suitable for
use as a controller in this type of situation.
•If you are unsure whether lasers would be safe to use in a particular situation, consider using the
HDMI output from Radiator and projecting from a video projector instead.
Prolon in the Life of your Projector
Certain types of laser patterns may cause permanent damage to your laser hardware. Squealing or
whining noises from your laser projector or distorted shapes indicate that your laser's scanner system is
being over driven which may result in premature failure. Avoid large patterns with many sharp corners
and direction changes, and immediately reduce the output size or scan speed if you see rounded corners
or hear squealing or whining noises. Failures due to over driven scanners may not be covered by your
laser projector's warranty.
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Synthesizer Si nal Path
The heart of Radiator is of course the synthesizer blocks that make up the system. These each serve a
unique function and are wired together internally in a specific way. Some routing options can be
changed but the overall signal path is fixed by design.
Signals generally flow in the following way:
Shape Generators → Transformer → Clone → Color → Master
Several modules such as the Transformer and Clone allow for different combinations of inputs, so it is
possible for instance to pass one shape generator through the transformer while the second shape
generator goes directly into the clone section.
The LFOs are the most flexible modules and can not only feed into each other, but can feed their
signals into almost any variable control in any other module. You can choose as many simultaneous
destinations you wish, making for incredible modulation capabilities.
Creatin and Explorin
The best way to get started learning about Radiator is to just explore each module. Start off with a clean
slate by holding SHIFT and pressing RESET. This restores all controls to their defaults. Turn on the
SHAPE A module and get something simple coming out of the laser output. Adjust the COLOR
controls. Now turn on SHAPE B and adjust the frequency to make some cycloid or Lissajous patterns.
Once you have something interesting try adjusting the other controls and see what happens. All presets
in Radiator are made by building things up from basic elements.
Savin your Work
There is no need to explicitly save your work in Radiator. As you make changes the current state of the
system is automatically stored. When starting up the system all settings you had in use previously are
restored and the currently used show file is loaded automatically.
Read-only Files
It is possible to lock a file so that presets cannot be written to it by accident. This is useful in a live
show situations where you want to preserve your presets in a particular order. When the current show is
set as read only it will not be possible to activate preset storage via the front panel or perform store
operations via the preset screen.
How Shows and Live Presets Work
When adjusting controls, all settings are always saved to disk automatically. This means that shutting
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Radiator Laser Synthesizer
User Manual
down and restarting Radiator will always bring back the current state of the system. When editing the
live preset, changes are stored to a special file so that the current state can be retained between power
ons. Show files are used to store presets. The only actions that affect show files are storing or clearing a
preset itself. Live changes to an existing preset are not stored unless you choose to write over the
existing preset slot.
Importin and Exportin Data
Keeping your data safe is important. Radiator uses reliable eMMC memory internally to store the
operating system, software and your settings. However hardware or software failure may cause the data
to become lost. Therefore we recommend exporting your show data regularly to an external USB
memory stick. Neon Captain will help you with hardware problems but we are not liable for data loss
or recovery. Please use the USB Storage menu within the File screen to export your important data.
Updatin the System
Radiator has a built in update system which can update most of the core radiator components without
any need to download or manually install anything. Bug fixes and feature enhancements can be updated
through this system. To perform an update, power down the Radiator and make sure it is connected to
an Ethernet connection which has access to the internet. A spare port on your router or LAN should
work fine. Make sure DHCP is enabled on your network.
After booting up, go to the Util menu and scroll down to the System Version option. This will show the
current version that is updated. Press ENTER to start the update process. Some status messages will be
displayed on the Update button. Please do not operate Radiator while this process is happening. It could
take 5 10 minutes or longer to perform a full update so please leave the system powered and connected.
P ssible utc mes:
•The status area beside the System Version option changes back to “Update” No new updates
are available.
•The status area beside the System Version option displays “NET ERR” There was a problem
connecting to the Internet or the update server.
•The system reboots automatically The update was installed successfully.
Special Key Functions
It is possible to perform some handy shortcuts through the use of special key combinations. These are
as follows:
•Select a m dule n the LCD Press the SELECT button for a module to bring up its controls
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on the LCD screen. When Follow Control mode is turned on in the Util menu, touching any
control on a module will cause the screen display to select the module automatically.
•Exit a Screen Display To exit any screen and go back to the main screen double tap SHIFT.
•Fine-tune a c ntr l – Hold SHIFT and turn a control to adjust it with finer resolution. This can
be particularly useful for frequencies of shape and LFO generators.
•Assign an LFO destinati n – Hold an LFO select button and turn the control on another
module to assign the LFO. Adjusting the control affects the LFO depth into this control.
•St re a preset – Hold SHIFT and press STORE to arm the presets for storing. Select the page
you wish to use and tap the preset button where the preset should be stored.
•Adjust which m dules are st red in a preset – It is possible to store only some modules in a
preset. After arming to store, hold SHIFT and press module SELECT buttons to choose which
modules are stored.
•Display the Preset screen when Follow Control m de is ff – Hold SHIFT while turning the
PAGE knob to bring up the preset screen.
•Reset a m dule – Hold RESET and press a module SELECT button to reset the module to the
default settings.
•Reset a single c ntr l – Hold RESET and turn a control to reset it to the default settings.
•Reset the shape aut r tate phase – Reset the single control or turn off Autorotate twice using
the shape screen.
•Reset all LFO inputs n a m dule – Select a module and then hold RESET and tap the LFO
SELECT button to reset inputs from that LFO to the selected module.
•Reset the entire preset – Hold SHIFT and press RESET to reset all modules to default settings.
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Radiator Modules and Screens
This section covers each of the modules in Radiator in more detail. This includes a description of all
functions and how you might use them in your designs. Common to all module screen is the integrated
output preview display in the top right corner. This shows the master output display prior to the SIZE,
LEVEL and BLACKOUT controls being applied. Module screens display custom information in the
top left section of the screen. This is usually a preview of the particular effect or output they are
generating.
Screen Sections
On most screen displays the user interface is laid out in a consistent manner as follows:
•T p Bar Name of the current screen and possibly other information.
•Preview Bar Preview of the current module mode as well as a small output preview.
•Menu Options and controls for the currently selected module or screen.
•Status Bar Shows the currently loaded show, preset number, and master size/level knobs.
General Screen Navigation
Screens are navigated and controlled using the controls in the bottom right corner of the Radiator panel.
Parameters with dedicated controls will respond to those at all times, but every parameter and setting
can also be adjusted using the screen navigation controls.
•SELECT This knob moves through menu options.
•VALUE This knob adjusts the value of the currently selected parameter. In some modes the
Value knob will adjust the currently selected action.
•ENTER This button will confirm the selected action.
•SHIFT Double tapping SHIFT will back out of certain modes.
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Color
The Color screen is used to add color to shapes. It is the last module in the signal path before it reaches
the master section. Color can be taken either from the shape generators themselves if the original
shapes contain color, or a unique color can be generated using either RGB or HSV color mixing. A
number of color “mod” effects can be used to alter the selected color. The top left of the color screen
shows a color picker and preview of the selected color. Color mod types are listed in Appendix C.
Color Selection
Unless the mod type is selected to use the original color from a shape generator, the color selected by
using the HSV or RGB controls. It is possible to mix colors using either an HSV or RGB colorspace.
By using LFOs and the mod effects the basic chosen color can be modified to create multi color
effects. By selecting the mod types which support original color input from the shape generators, it is
possible to use the original color from a selected shape.
Mod Types
To allow more variations of color than just using the LFO inputs, the mod types apply complex color
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Figure 3: Color Screen

Radiator Laser Synthesizer
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manipulation to the chosen color signal. Some mod types also pass through the original shape colors as
well. Since each mod effect has different types of controls the mod P1, 2 and 3 controls will change
names in the menu to reflect the available parameters for each mod type.
Color Parameters
Parameter Descripti n
Hue / Red Adjusts the hue (red) level.
Saturate / Green Adjusts the saturation (green) level.
Value / Blue Adjusts the value (blue) level.
P1 Adjusts the mod P1 parameter.
P2 Adjusts the mod P2 parameter.
P3 Adjusts the mod P3 parameter.
Mod Type Selects the mod type.
Mod On Turns the mod effect on and off.
RGB Mode Switches between RGB and HSV modes.
LFO1 H/R Level Adjusts the LFO1 to hue / red level.
LFO1 S/G Level Adjusts the LFO1 to saturation / green level.
LFO1 V/B Level Adjusts the LFO1 to value / blue level.
LFO1 Mod P1 Adjusts the LFO1 to mod P1 level.
LFO1 Mod P2 Adjusts the LFO1 to mod P2 level.
LFO1 Mod P3 Adjusts the LFO1 to mod P3 level.
LFO2 H/R Level Adjusts the LFO2 to hue / red level.
LFO2 S/G Level Adjusts the LFO2 to saturation / green level.
LFO2 V/B Level Adjusts the LFO2 to value / blue level.
LFO2 Mod P1 Adjusts the LFO2 to mod P1 level.
LFO2 Mod P2 Adjusts the LFO2 to mod P2 level.
LFO2 Mod P3 Adjusts the LFO2 to mod P3 level.
LFO3 H/R Level Adjusts the LFO3 to hue / red level.
LFO3 S/G Level Adjusts the LFO3 to saturation / green level.
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LFO3 V/B Level Adjusts the LFO3 to value / blue level.
LFO3 Mod P1 Adjusts the LFO3 to mod P1 level.
LFO3 Mod P2 Adjusts the LFO3 to mod P2 level.
LFO3 Mod P3 Adjusts the LFO3 to mod P3 level.
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LFO1, 2 and 3
The LFOs enable you to generate modulation signals to be used elsewhere in the system. You can
generate signals from a number of built in waveforms or you can input your own signals using the
external CV jacks. This lets you use an analog or modular synthesizer to either control the level and
speed of the LFOs, or bypass the internal waveforms completely and use your own modulation voltages
to modulate parameters within Radiator. The top left section of the LFO screen shows an oscilloscope
view of the currently generated waveform. The sweep speed of the waveform is adjusted automatically.
Note that very low amplitude signals may not trigger the scope consistently. Available shapes and warp
types are listed in Appendix D.
Note: CV and LFO inputs depend on the LFO module in use. he table below uses “x” and “y” to
represent the two possible CV and LFO inputs for each LFO.
Warp Types
Warp types allow the basic waveform to be modified through various linear and non linear
transformations. The LFO warp modes also enough audio control of the LFO from the audio inputs.
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Figure 4: LFO1 Screen

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LFO Parameters
Parameter Descripti n
Warp Adjusts the amount of warp effect applied to the signal.
Warp Type Selects the warp type.
Shape Selects the LFO waveform shape.
Speed Adjusts the LFO frequency.
Level Adjusts the LFO output level.
On Turns on and off the LFO.
CVx Warp Control the warp level with the CV tip signal.
CVx Speed Control the speed with the CV tip signal.
CVx Level Control the level with the CV tip signal.
CVy Warp Control the warp level with the CV ring signal.
CVy Speed Control the speed with the CV ring signal.
CVy Level Control the level with the CV ring signal.
LFOx Warp Control the warp level from another LFO input.
LFOx Speed Control the speed from another LFO input.
LFOx Level Control the level from another LFO input.
LFOy Warp Control the warp level from another LFO input.
LFOy Speed Control the speed from another LFO input.
LFOy Level Control the level from another LFO input.
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CV Inputs
There are six CV inputs in Radiator. These are input on three stereo 3.5mm minijacks. The signals are
input as CV1/4, 2/5 and 3/6. The connections are as follows:
CV Input Tip Signal Ring Signal LFO
CV1/4 CV1 CV4 1
CV2/5 CV2 CV5 2
CV3/6 CV3 CV6 3
The CV inputs are hard wired to LFOs as shown above. Normally if you are using mono minijacks the
tip signal can be used. If you want multiple control over the LFO you can use a stereo cable possibly
with a dual mono to stereo adapter to allow two CV signals to be input at once.
Mapping of CV Input Signals
When using built in LFO waveforms, the CV tip and ring signals can be used to modulate the oscillator
speed, warp and level controls. When using the LFO input as an external waveform input the tip signal
is always used as the signal source.
LFO Outputs
The signal generated by each LFO is available as a dedicated 3.5mm minijack output from Radiator.
This can be used to drive external synthesizers or analog gear. The maximum output level is 10Vpp (+/
5V and the output impedance is 1K. The signal is exactly the same waveform that is applied to the
internal modulation matrix. Each LFO has a dedicated output jack which is always active.
Audio Inputs
The LFO can be driven by audio signals input on the two 1/4” audio input jacks. The audio controls are
mapped via the warp functions, and some of the warp types modify the LFO signal in response to audio
inputs. Audio inputs are hard wired to the three LFOs as follows:
•LFO1 audio in L and R
•LFO2 audio in L
•LFO3 audio in R
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Shape A and B
Shape generators form the basis of most laser output created by Radiator. Although it is possible
generate output signal directly from LFOs, most effects start with one or more of the shape generators.
There are many built in shapes to choose from ranging from simple geometric shape to very complex
shapes complete with animation. The top left section of the shape screens show the currently output
shape. This will include any color information from the shape. Shape warp and shape types are listed in
Appendix E.
Shape Types
The shape generator system outputs 3D data plus RGB color information. It is possible to have 3D
shapes with depth that becomes visible when the shape is tilted or rotated using the Transformer or
Clone module. The speed of a shape playback is set via the Speed knob. The quality of the final output
as well as how the shape interacts with other effects is determined by the speed of playback. It is
recommended to use a speed between 30Hz and 60Hz to start with. High speed playback can put more
stress on your laser projector and also reduce the detail and resolution of the final projected image.
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Figure 5: Shape A Screen