Compute the absolute value of each component of the specified SIMD scalar and return the result.

Compute the ceiling of each component of the specified SIMD scalar and return the result.

Compute and return the cosine of the specified vector. * Original SSE implementation by Julien Pommier, Copyright (C) 2007, z-lib license, * adapted

Return the 3D cross product of two vectors, where each vector has the form (x,y,z,0).

Return the dot product of two vectors as a wide vector.

Compute and return e raised to the specified vector power. * Original SSE implementation by Julien Pommier, Copyright (C) 2007, z-lib license, * ada

Compute the square root of each component of the specified SIMD scalar and return the result.

Compute the floor of each component of the specified SIMD scalar and return the result.

Copy the second and fourth element of the specified SIMD scalar into the first and third places.

Interleave the last two elements of each scalar.

Interleave the first two elements of each scalar.

Compute and return the natural logarithm of the specified vector.

Compute and return the base-10 logarithm of the specified vector.

Copy the first and third element of the specified SIMD scalar into the second and fourth places.

Compute the maximum of each component of the specified SIMD scalars and return the result.

Compute the minimum of each component of the specified SIMD scalars and return the result.

Normalize the specified vector using a fast approximate algorithm, accurate to ~23 bits.

Compute and return the power of the specified vectors.

Return an approximate reciprocal of the specified value with 23 bits of precision.

Return an approximate reciprocal square root of the specified value with 23 bits of precision.

Select elements from the first SIMD scalar if the selector is TRUE, otherwise from the second.

Compute and return the sine of the specified vector. * Original SSE implementation by Julien Pommier, Copyright (C) 2007, z-lib license, * adapted t

Compute the square root of each component of the specified SIMD scalar and return the result.

Subtract the first and third elements and add the second and fourth.

Return the horizontal sum of a vector as a wide vector.

Compute the absolute value of each component of the specified SIMD scalar and return the result.

Compute the ceiling of each component of the specified SIMD scalar and return the result. * This method is emulated in software on x86 platforms where

Compute the floor of each component of the specified SIMD scalar and return the result. * This method is emulated in software on x86 platforms where S

Compute the maximum of each component of the specified SIMD scalars and return the result.

Compute the minimum of each component of the specified SIMD scalars and return the result.

Select elements from the first SIMD scalar if the selector is TRUE, otherwise from the second.

Compute the square root of each component of the specified SIMD scalar and return the result.

Subtract the first and third elements and add the second and fourth.

Return the horizontal sum of a vector as a vector.

Compute the absolute value of each component of the specified SIMD scalar and return the result.

Compute the maximum of each component of the specified SIMD scalars and return the result.

Compute the minimum of each component of the specified SIMD scalars and return the result.

Select elements from the first SIMD scalar if the selector is TRUE, otherwise from the second.

Convert this scalar to a 4D integer SIMD scalar.

Compute the absolute value of each component of the specified SIMD scalar and return the result.

Copy the second and fourth element of the specified SIMD scalar into the first and third places.

Copy the first and third element of the specified SIMD scalar into the second and fourth places.

Compute the maximum of each component of the specified SIMD scalars and return the result.

Compute the minimum of each component of the specified SIMD scalars and return the result.

Compare two 4D SIMD scalars component-wise for inequality

Perform a component-wise less-than comparison between this an another 4D SIMD scalar.

Perform a component-wise less-than-or-equal-to comparison between this an another 4D SIMD scalar.

Compare two 4D SIMD scalars component-wise for equality.

Perform a component-wise greater-than comparison between this an another 4D SIMD scalar.

Perform a component-wise greater-than-or-equal-to comparison between this an another 4D SIMD scalar.

Select elements from the first SIMD scalar if the selector is TRUE, otherwise from the second.

Compute the absolute value of each component of the specified SIMD scalar and return the result.

Compute the maximum of each component of the specified SIMD scalars and return the result.

Compute the minimum of each component of the specified SIMD scalars and return the result.

Compare two 2D SIMD scalars component-wise for inequality * Return a 2D scalar of integers indicating the result of the comparison. * If each cor

Perform a component-wise less-than comparison between this and another 2D SIMD scalar. * Return a 2D scalar of integers indicating the result of the c

Perform a component-wise less-than-or-equal-to comparison between this an another 2D SIMD scalar. * Return a 2D scalar of integers indicating the resu

Compare two 2D SIMD scalars component-wise for equality. * Return a 2D scalar of integers indicating the result of the comparison. * If each corr

Perform a component-wise greater-than comparison between this an another 2D SIMD scalar. * Return a 2D scalar of integers indicating the result of the

Perform a component-wise greater-than-or-equal-to comparison between this an another 2D SIMD scalar. * Return a 2D scalar of integers indicating the r

Select elements from the first SIMD scalar if the selector is TRUE, otherwise from the second.

Get the perpendicular distance from the specified point to the plane.

Return the 4-component SIMD scalar squared magnitude of this quad SIMD 3D vector.

Get the perpendicular distance from the specified point to the plane.

Return a normalized copy of this quad SIMD 3D vector.

Compute and return the component-wise multiplication of this quad SIMD 3D vector with another.

Compute and return the component-wise sum of this quad SIMD 3D vector with another.

Compute and return the component-wise difference of this quad SIMD 3D vector with another.

Compute and return the component-wise quotient of this quad SIMD 3D vector divided by a quad SIMD scalar.

Return the output sample rate for this player. * The default sample rate is 44100 kHz. */

Return the sample rate of this IR in samples per second.

Return the sample rate at which this renderer is rendering. * Sound source input audio is automatically converted to this sample rate * if it doe

Return the current sample rate used for this impulse response.

Return the sample rate of this IR in samples per second.

Return the sample rate of this IR cache in samples per second.

Return the sample rate that this directional IR is stored in.

Return the sampling rate of this sound buffer in samples per second.

Create a new scene geometry with no child BVH's.

Create a new scene geometry with no child BVH's.

Cast this Resource object to a reference-counted pointer.

Return a pointer to the data associated with this resource. * The method can return NULL if the resource's data has not yet * been loaded. *