Type Definition libnotcurses_sys::NcVisualOptions

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pub type NcVisualOptions = ncvisual_options;

Expand description

Options struct for NcVisual.

It is recommended to construct it via NcVisualOptionsBuilder by calling NcVisualOptions::builder().

Usage

If a plane is not provided, one will be created, having the exact size necessary to display the visual (this might be smaller or larger than the rendering area). if ChildPlane is provided, this will be interpreted as the parent.

A subregion of the visual can be rendered using beg_y, beg_x, len_y, and len_x.

Fields

n: an optional mutable pointer to an NcPlane.
scaling: an NcScale indicating how the source will be stretched/scaled relative to the NcPlane.
y: if an NcPlane is provided in n then this specifies where the NcVisual will be on that plane.

Otherwise it specifies where the created NcPlane will be placed relative to the standard plane’s origin.

If VerAligned is set, this will be interpreted as an NcAlign value.
x: if an NcPlane is provided in n then this specifies where the NcVisual will be on that plane.

Otherwise it specifies where the created NcPlane will be placed relative to the standard plane’s origin.

If HorAligned is set, this will be interpreted as an NcAlign value.
begy: origin of rendered section in the y axis.
begx: origin of rendered section in the x axis.
leny: length of rendered section in the y axis.
lenx: length of rendered section in the x axis.
blitter: NcBlitter glyph set to use for blitting.
transcolor: treats this color as transparent when the AddAlpha flag is active.
pxoffy: pixel offset within the cell in the y axis.

If NcBlitter::Pixel is used the bitmap will be drawn offset from the upper-left cell’s origin by these amounts, otherwise this will be ignored.

It is an error if either number exceeds the cell-pixel geometry in any dimension (see NcPixelGeometry.cell_y, NcVisualGeometry.cdim_yx).
pxoffx: pixel offset within the cell in the x axis.

If NcBlitter::Pixel is used, the bitmap will be drawn offset from the upper-left cell’s origin by these amounts, otherwise this will be ignored.

It is an error if either number exceeds the cell-pixel geometry in any dimension (see NcPixelGeometry.cell_x, NcVisualGeometry.cdim_yx).

Implementations§

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impl<'ncplane> NcVisualOptions

Constructors

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pub fn builder() -> NcVisualOptionsBuilder<'ncplane>

Returns a builder object for NcVisualOptions.

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pub fn new( plane: Option<&mut NcPlane>, scale: impl Into<NcScale>, y: i32, x: i32, section_yx_lenyx: Option<(u32, u32, u32, u32)>, cell_offset_yx: Option<(u32, u32)>, blitter: impl Into<NcBlitter>, flags: impl Into<NcVisualFlag>, transcolor: impl Into<NcRgba> ) -> Self

New NcVisualOptions.

Arguments

plane - an optional mutable pointer to an NcPlane.
scale - An NcScale indicating how the source will be stretched/scaled relative to the NcPlane.
y - if an NcPlane is provided in plane then this specifies where the NcVisual will be on that plane in the y axis.

Otherwise it specifies where the created NcPlane will be placed in the y axis, relative to the standard plane’s origin.

If VerAligned is set, this will be interpreted as an NcAlign value.
x - if an NcPlane is provided in plane then this specifies where the NcVisual will be on that plane, in the x axis.

Otherwise it specifies where the created NcPlane will be placed, in the y axis, relative to the standard plane’s origin.

If HorAligned is set, this will be interpreted as an NcAlign value.
section_yx_lenyx - The size of the rendered section.

None renders the entire visual, otherwise the provided tuple (y, x, len_y, len_x) sets [yx] as the origin of the section and len_[yx] as the its length on each respective dimension.
cell_offset_yx - Pixel offsets within the cell.

If NcBlitter::Pixel is used the bitmap will be drawn offset from the upper-left cell’s origin by these amounts, otherwise this will be ignored.

It is an error if either number exceeds the cell-pixel geometry in any dimension (see NcVisualGeometry.cdim_yx).
blitter - NcBlitter glyph set to use for blitting.
flags - NcVisualFlag.
transcolor - treats this color as transparent when the AddAlpha flag is active