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RCP UI - Settings (RCP Settings)

Source
This content is based on Cyanview's official manuals. Always check the official page for the latest information and precise specifications.
https://support.cyanview.com/docs/Manuals/RCP/RCPUI/RCPUISettings

Path: MENU > SYSTEM > SETTINGS

Settings​

Settings screen 1 Settings screen 2

SettingValueDescription
Follow router selectionON/OFFThe active camera on the RCP follows the output of the switcher (router) associated with this RCP's monitor
AUTO preview on camera changeON/OFFTriggers a preview automatically when changing camera (prev/next). When OFF, you need to press the preview button after changing camera
Disable Prev / Next keysON/OFFDisables the prev/next keys, so the RCP can't change its active camera with the buttons
Access all camerasON/OFFWhen OFF, this RCP's camera list follows the camera_list setting (defined in the RCP block of /dev/app.html in the web UI)
Show menus when Preview pressedON/OFFWhen ON, displays the preview menu (camera list, keypad, list, groups)
Display all assignable buttonsON/OFFWhen ON, the functions/views assigned to the blue buttons are also shown on the main view (see Assignables)
Display GREEN values on main viewON/OFFWhen ON, the green gain and green pedestal values are shown on the main view

Units​

Units screen

SettingValueDescription
ND: Transmission / Optical densityTransmission / Optical densityHow ND filter values are displayed: transmission (1/4, 1/16, etc.) or optical density (0.2, 1.8, etc.)

Sensitivity​

Sensitivity screen Encoders (right side)

SettingValueDescription
White sensitivityx1 / x2 / x4Changes the step size when turning the white encoders
Black sensitivityx1 / x2 / x4Changes the step size when turning the black encoders
Black Joystick sensitivityx1 / x2 / x4Changes the step size when turning the joystick ring

:::info Example One turn of the red white encoder on a Dreamchip camera changes the value by the following amount, depending on White sensitivity:

  • x1: 80
  • x2: 40
  • x4: 20

A higher ratio gives smaller steps and more precision. :::