FrameBufferProperties

from panda3d.core import FrameBufferProperties

class FrameBufferProperties

Bases:

A container for the various kinds of properties we might ask to have on a graphics frameBuffer before we create a GSG.

Inheritance diagram

__eq__(other: FrameBufferProperties) → bool

__init__()

__init__(param0: FrameBufferProperties)

__ne__(other: FrameBufferProperties) → bool

property accum_bits → int

addProperties(other: FrameBufferProperties): Sets any properties that are explicitly specified in other on this object. Leaves other properties unchanged.

property alpha_bits → int

property aux_float → int

property aux_hrgba → int

property aux_rgba → int

property back_buffers → int

property blue_bits → int

clear(): Unsets all properties that have been specified so far, and resets the FrameBufferProperties structure to its initial empty state.

property color_bits → int: Getter Setter

Sets the number of requested color bits as a single number that represents the sum of the individual numbers of red, green and blue bits. Panda won’t care how the individual bits are divided up.

See also setRgbaBits(), which allows you to specify requirements for the individual components.

property coverage_samples → int: If coverage samples are specified, and there is hardware support, we use coverage multisampling. multisampling

property depth_bits → int

Individual queries.

assigners.

Individual queries.

assigners.

property float_color → bool

property float_depth → bool

property force_hardware → bool

property force_software → bool

getAccumBits() → int

getAlphaBits() → int

getAuxFloat() → int

getAuxHrgba() → int

getAuxMask() → int: Converts the aux bitplanes of the framebuffer into a RenderBuffer::Type.

getAuxRgba() → int

getBackBuffers() → int

getBlueBits() → int

getBufferMask() → int: Converts the non-aux bitplanes of the framebuffer into a RenderBuffer::Type.

getColorBits() → int

getCoverageSamples() → int: If coverage samples are specified, and there is hardware support, we use coverage multisampling.

static getDefault() → FrameBufferProperties: Returns a FrameBufferProperties structure with all of the default values filled in according to the user’s config file.

getDepthBits() → int: Individual queries.

getFloatColor() → bool

getFloatDepth() → bool

getForceHardware() → bool

getForceSoftware() → bool

getGreenBits() → int

getIndexedColor() → bool

getMultisamples() → int

getQuality(reqs: FrameBufferProperties) → int

Assumes that these properties are a description of a window.

Measures how well this window satisfies a specified set of requirements. A higher quality number means that more requirements were satisfied. A quality of zero means that the window is unsuitable.

The routine deducts a lot if the window fails to provide a requested feature. It deducts less if the window provides a feature, but at a degraded level of functionality (ie, the user asks for rgba8, color, but the window only provides rgba4). The routine also deducts a small amount for unnecessary features. For example, if the window has an accumulation buffer when one is not requested will reduce quality slightly. Maximum quality is obtained when the window exactly matches the request.

If you want to know whether the window satisfies all of the requirements, use the “subsumes” function.

getRedBits() → int

getRgbColor() → bool

getSrgbColor() → bool

getStencilBits() → int

getStereo() → bool

property green_bits → int

property indexed_color → bool

isAnySpecified() → bool: Returns true if any properties have been specified, false otherwise.

isBasic() → bool: Returns true if the properties are extremely basic. The following count as basic: rgb or rgba, depth. If anything else is specified, the properties are non-basic.

isSingleBuffered() → bool

isStereo() → bool

property multisamples → int

output(out: ostream): Generates a string representation.

property red_bits → int

property rgb_color → bool

setAccumBits(n: int)

setAllSpecified(): Marks all bits as having been specified.

setAlphaBits(n: int)

setAuxFloat(n: int)

setAuxHrgba(n: int)

setAuxRgba(n: int)

setBackBuffers(n: int)

setBlueBits(n: int)

setColorBits(n: int)

Sets the number of requested color bits as a single number that represents the sum of the individual numbers of red, green and blue bits. Panda won’t care how the individual bits are divided up.

See also setRgbaBits(), which allows you to specify requirements for the individual components.

setCoverageSamples(n: int): If coverage samples are specified, and there is hardware support, we use coverage multisampling

setDepthBits(n: int): Individual assigners.

setFloatColor(n: bool)

setFloatDepth(n: bool)

setForceHardware(n: bool)

setForceSoftware(n: bool)

setGreenBits(n: int)

setIndexedColor(n: bool)

setMultisamples(n: int)

setOneBitPerChannel(): If any of the depth, color, alpha, accum, or stencil properties is set to more than one, then they are reduced to one.

setRedBits(n: int)

setRgbColor(n: bool)

setRgbaBits(r: int, g: int, b: int, a: int): Convenience method for setting the red, green, blue and alpha bits in one go.

setSrgbColor(n: bool)

setStencilBits(n: int)

setStereo(n: bool)

setupColorTexture(tex: Texture) → bool

Sets the texture up for render-to-texture matching these framebuffer properties.

Returns true if there was a format that had enough bits, false otherwise. Of course, this is no guarantee that a particular graphics back-end supports rendering to textures of that format.

setupDepthTexture(tex: Texture) → bool

Sets the texture up for render-to-texture matching these framebuffer properties.

Returns true if there was a format that had enough bits, false otherwise. Of course, this is no guarantee that a particular graphics back-end supports rendering to textures of that format.

property srgb_color → bool

property stencil_bits → int

property stereo → bool

subsumes(other: FrameBufferProperties) → bool: Returns true if this set of properties makes strictly greater or equal demands of the framebuffer than the other set of framebuffer properties.

verifyHardwareSoftware(props: FrameBufferProperties, renderer: str) → bool: Validates that the properties represent the desired kind of renderer (hardware or software). If not, prints out an error message and returns false.