Struct cvt_utils::CvtTimings

pub struct CvtTimings {

    pub pixel_clock: f64,
    pub h_total: u32,
    pub h_active: u32,
    pub h_blank: u32,
    pub h_front_porch: u32,
    pub h_sync: u32,
    pub h_back_porch: u32,
    pub h_sync_polarity: bool,
    pub h_freq: f64,
    pub h_period: f64,
    pub v_total: u32,
    pub v_active: u32,
    pub v_blank: u32,
    pub v_front_porch: u32,
    pub v_sync: u32,
    pub v_back_porch: u32,
    pub v_sync_polarity: bool,
    pub v_freq: f64,
    pub v_period: f64,
    pub interlaced: bool,
}

Represents CVT timings. To better understand CVT timings, read the README of this crate

Fields

pixel_clock: f64

The pixel clock (MHz)

h_total: u32

Total width to scan (Pixels)

h_active: u32

Active width section to scan (Pixels)

h_blank: u32

Blanking width section to scan (Pixels)

h_front_porch: u32

Front Porch width section to scan (Pixels)

h_sync: u32

Horizontal Sync (Pixels)

h_back_porch: u32

Back Porch width section to scan (Pixels)

h_sync_polarity: bool

Polarity of the horizontal sync scan (+/-)

h_freq: f64

Horizontal scan frequency (KHz) This represents how many times per second a horizontal scan is performed

h_period: f64

Horizontal scan period (us) This represents the amount of time a horizontal scan takes

v_total: u32

Total height to scan (Pixels)

v_active: u32

Active height section to scan (Pixels)

v_blank: u32

Blanking height section to scan (Pixels)

v_front_porch: u32

Front Porch height section to scan (Pixels)

v_sync: u32

Vertical Sync (Pixels)

v_back_porch: u32

Back Porch height section to scan (Pixels)

v_sync_polarity: bool

Polarity of the vertical sync scan (+/-)

v_freq: f64

Vertical scan frequency (KHz) This represents how many times per second a vertical scan is performed

v_period: f64

Vertical scan period (us) This represents the amount of time a vertical scan takes

interlaced: bool

Whether the video stream is interlaced or not

Implementations

impl CvtTimings

pub fn generate( h_pixels: u32, v_pixels: u32, refresh_rate: f64, blanking_mode: BlankingMode, margins: bool, interlaced: bool ) -> Self

Generates CVT timings according to the input given.

pub fn generate_modeline(&self) -> String

Trait Implementations

impl Clone for CvtTimings

fn clone(&self) -> CvtTimings

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for CvtTimings

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq<CvtTimings> for CvtTimings

fn eq(&self, other: &CvtTimings) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for CvtTimings

impl StructuralPartialEq for CvtTimings