Martin Lightjockey Fixture Profiles Full !!hot!! Page

For moving heads or scanners, configuring Pan and Tilt accurately is vital for utilizing LightJockey’s tracking functions. Assign the primary Pan and Tilt channels.

| Section Header | Purpose | |----------------|---------| | [FIXTURE] | General identity: manufacturer, model name, number of channels, DMX footprint, and personality (e.g., 16-bit vs 8-bit). | | [CONTROL] | Defines the control scheme: how LightJockey’s virtual faders map to parameters. This includes fader page assignment (1-8) and fader index. | | [ENCODER] | (If applicable) Configures encoder wheels for pan/tilt fine control, including speed, acceleration, and reverse options. | | [PARAMETER n] | Each DMX parameter (e.g., PARAMETER 1 = Pan) gets a block defining: channel number, default value, value limits, curve type (linear, square, S-curve), and mapping to physical controls. | | [SWITCH n] | For multi-position wheels (colors, gobos, patterns). Maps specific DMX value ranges to symbolic names (e.g., "Red", "Green", "Gobo 1"). | | [MACRO] | (Advanced) Sequences of DMX values triggered by a single action, used for resetting fixture, lamp on/off, or effect macros. | | [SHUTTER] | Specialized sub-section defining strobe behavior: open, closed, variable strobe speed, random strobe, pulse effects. | | [DIMMER] | Defines dimmer curve (linear, S-curve, incandescent simulation) and minimum/maximum DMX values. | martin lightjockey fixture profiles full

The transition of from an industry-standard lighting controller to a legacy software marks a significant era in the evolution of professional stage lighting. While LightJockey was eventually succeeded by more modern platforms like Onyx , its extensive library of "fixture profiles"—the digital maps that allow the software to communicate with specific lights—remains a cornerstone for technicians maintaining older rigs or vintage equipment. The Anatomy of a Fixture Profile For moving heads or scanners, configuring Pan and