Use the OEM panel for vehicle signals. MODE and DRL_SW operate the module. A click is resolved after the 350 ms multi-click window.
Context priority: REV → DIR → STOP → normal. A gesture keeps the context in which it started. Holds in STOP / REV do not change modes.
DIR input pulses are bridged by the RC2 650 ms hold. Local DIR overrides DRL and cancels Welcome. POS dims authorized DRL and EXP, and supplies the tail position level. STOP and REV also work during Welcome.
Wireframe brightness, fixture color and EMG location are visualization choices, not firmware settings. Rear fog, side markers and red eyes share the same EMG output. Switching fixture selects a starting color; EMG color can then be customized. POS halos share EXP. The light-group buttons and light tour show placement only. Click a selected group again or Clear to turn its preview off. Choose Live to return to OEM operation. The placement Clear button does not reset modes or OEM switches. An EMG mode already enabled with MODE continues independently during DIR and REV. Clear inputs hides all outputs but retains selected auxiliary modes; returning to Live restores them. Clear inputs switches off OEM inputs and DRL_SW, cancels Welcome and clears the light preview while retaining mode selections. Choose an input or Live to resume. Use Wireframe to dim the car and Signal labels to dim the signal names over the car independently. Neither slider changes the simulated lighting outputs. Body switches between the metallic body and the wireframe view. Lights and their ground glow follow the same simulated outputs, with a display transfer curve that preserves visible dimming without clipping half output to full brightness. The DRL label shows live left/right PWM percentages.
Output behavior model based on the supplied RC2. Network latency, 10 ms playback sampling, brightness and paired-module coordination are illustrative. This simulator requires an internet connection. If the connection fails, use Live to reconnect; reconnection resets the simulation session. Physical SYNC pulses, TFT menus, EEPROM and electrical characteristics are not emulated. The original INO is unchanged.