Class TerminalScreenType

How one screen shows its session: texture filtering and the display effect. Every field takes effect while the screen runs, and screens showing the same session can each carry their own. A screen with none is a sharp flat copy.

Assembly: DarkEffekt.Terminal

Declaration

[CreateAssetMenu(fileName = "TerminalScreenType", menuName = "Terminal/Screen Type", order = 1)]
[Icon("Packages/com.darkeffekt.terminal/Editor/Icons/Assets/TerminalScreenType.png")]
public sealed class TerminalScreenType : ScriptableObject

Inheritance: System.Object -> UnityEngine.Object -> UnityEngine.ScriptableObject

Properties

IsAnimated

True when the effect changes over time: the flicker and the rolling band on every frame, and persistence for a while after each change.

Declaration

public bool IsAnimated { get; }

Fields

outputFilter

Declaration

[Header("Display")]
[Tooltip("Point keeps cells razor sharp; Bilinear suits curved or distant screens.")]
public FilterMode outputFilter

scanlineIntensity

Declaration

[Header("Effect")]
[Range(0, 1)]
public float scanlineIntensity

scanlinesPerRow

Declaration

[Tooltip("About how many scanlines cross one row of text. A line shows once it covers two display pixels; finer than that it dims the screen evenly.")]
[Range(1, 16)]
public int scanlinesPerRow

scanlineBeam

Declaration

[Tooltip("How far bright content fills the gaps between scanlines, as a wide beam does, so the lines show most in dark areas.")]
[Range(0, 1)]
public float scanlineBeam

apertureIntensity

Declaration

[Range(0, 1)]
public float apertureIntensity

maskStyle

Declaration

[Tooltip("Grille is vertical stripes, as on a Trinitron; Slot breaks them into staggered segments, as on most consumer TVs.")]
public ScreenMaskStyle maskStyle

curvature

Declaration

[Range(0, 0.25)]
public float curvature

cornerRadius

Declaration

[Tooltip("Rounds the corners of the face, as a share of its height.")]
[Range(0, 0.5)]
public float cornerRadius

vignette

Declaration

[Range(0, 1)]
public float vignette

glow

Declaration

[Range(0, 1)]
public float glow

halation

Declaration

[Tooltip("A wide haze around lit areas, from light scattering inside the glass. Distinct from the tight glow.")]
[Range(0, 1)]
public float halation

chromaticAberration

Declaration

[Tooltip("Red and blue fringes, nil at the center and widest at the edges.")]
[Range(0, 0.01)]
public float chromaticAberration

misconvergence

Declaration

[Tooltip("A fixed misalignment of the three color guns, growing toward the corners.")]
[Range(0, 0.01)]
public float misconvergence

persistence

Declaration

[Tooltip("Seconds a trail takes to fade behind the cursor and scrolling text, as phosphor keeps glowing after the beam leaves. Zero for none.")]
[Range(0, 2)]
public float persistence

flicker

Declaration

[Tooltip("A brightness wobble over the whole screen.")]
[Range(0, 0.2)]
public float flicker

rollingBand

Declaration

[Tooltip("A dark band that rolls down the screen, as a tube's refresh shows on camera.")]
[Range(0, 1)]
public float rollingBand

rollingBandSpeed

Declaration

[Tooltip("How fast the band rolls, in screen heights a second. Negative rolls upward.")]
[Range(-2, 2)]
public float rollingBandSpeed

rollingBandWidth

Declaration

[Tooltip("The band's height, as a share of the screen.")]
[Range(0.02, 0.6)]
public float rollingBandWidth

rollingBandDistortion

Declaration

[Tooltip("How far the band bends the picture sideways as it passes.")]
[Range(0, 1)]
public float rollingBandDistortion

screenTint

Declaration

[Tooltip("Multiplies the final image. Tints phosphor looks green or amber.")]
public Color screenTint

phosphor

Declaration

[Tooltip("How far the picture is drawn as a monochrome tube: its brightness lights the tint's phosphor, with a hot core toward white, so every color stays visible on a green or amber screen.")]
[Range(0, 1)]
public float phosphor

blackLevel

Declaration

[Tooltip("How gray the unlit screen reads under room light, in the tint's hue. Follows the power, so an off screen stays black.")]
[Range(0, 0.2)]
public float blackLevel

backlightBleed

Declaration

[Tooltip("Light leaking in at the edges and corners of a panel, visible on dark content.")]
[Range(0, 1)]
public float backlightBleed

burnInImage

Declaration

[Tooltip("A faint ghost etched into the phosphor by content that sat still for years. Lit where the image is bright, laid over the whole face.")]
public Texture2D burnInImage

burnIn

Declaration

[Range(0, 1)]
public float burnIn

brightness

Declaration

[Range(0, 2)]
public float brightness

damageLines

Declaration

[Tooltip("How the panel fails behind a crack: the regions the cracks bound go dead or show stuck driver lines, in rows and columns, as an LCD does. Off, only the glass cracks and the picture shows through whole, as on a tube.")]
public bool damageLines

powerStyle

Declaration

[Header("Power")]
[Tooltip("How a screen of this type switches on and off: Tube collapses to a line and a dot, Fade suits a panel, and Cut is instant.")]
public ScreenPowerStyle powerStyle

powerOnSeconds

Declaration

[Tooltip("Seconds a screen takes to switch on.")]
[Range(0, 5)]
public float powerOnSeconds

powerOffSeconds

Declaration

[Tooltip("Seconds a screen takes to switch off.")]
[Range(0, 5)]
public float powerOffSeconds

Methods

ScanlinePitch(int)

The height of one scanline in grid pixels, for a grid whose cells are cellHeight pixels tall: a whole number, so lines stay even.

Declaration

public int ScanlinePitch(int cellHeight)

Returns

System.Int32

Parameters

Type	Name
System.Int32	cellHeight