filament/io.github.erkko68.filament/Camera/setLensProjection

setLensProjection

actual fun setLensProjection(focalLength: Double, aspect: Double, near: Double, far: Double)

Set the projection matrix from focal length (lens-based approach).

Useful for matching real camera parameters. Assumes a 35mm reference sensor.

Parameters

focalLength

Focal length in millimeters (> 0)

aspect

Aspect ratio (width / height)

near

Distance to near plane (> 0)

far

Distance to far plane (> near)

expect fun setLensProjection(focalLength: Double, aspect: Double, near: Double, far: Double)

Set the projection matrix from focal length (lens-based approach).

Useful for matching real camera parameters. Assumes a 35mm reference sensor.

Parameters

focalLength

Focal length in millimeters (> 0)

aspect

Aspect ratio (width / height)

near

Distance to near plane (> 0)

far

Distance to far plane (> near)

actual fun setLensProjection(focalLength: Double, aspect: Double, near: Double, far: Double)

Set the projection matrix from focal length (lens-based approach).

Useful for matching real camera parameters. Assumes a 35mm reference sensor.

Parameters

focalLength

Focal length in millimeters (> 0)

aspect

Aspect ratio (width / height)

near

Distance to near plane (> 0)

far

Distance to far plane (> near)

actual fun setLensProjection(focalLength: Double, aspect: Double, near: Double, far: Double)

Set the projection matrix from focal length (lens-based approach).

Useful for matching real camera parameters. Assumes a 35mm reference sensor.

Parameters

focalLength

Focal length in millimeters (> 0)

aspect

Aspect ratio (width / height)

near

Distance to near plane (> 0)

far

Distance to far plane (> near)

actual fun setLensProjection(focalLength: Double, aspect: Double, near: Double, far: Double)

Set the projection matrix from focal length (lens-based approach).

Useful for matching real camera parameters. Assumes a 35mm reference sensor.

Parameters

focalLength

Focal length in millimeters (> 0)

aspect

Aspect ratio (width / height)

near

Distance to near plane (> 0)

far

Distance to far plane (> near)