Allocate a storage object with the specified number of rows and columns.

Return the character at the specified index in this string. * A debug assertion is raised if the index is invalid. */

Return whether or not the object with the given index is currently not used.

Return the number of coefficients for the spherical harmonic expansion of the given order.

Return whether or not the specified node pointer actually refers to a leaf node.

Set all of the values in this array to the specified value.

Set a value indicating the priority for this sound source. * The range of valid priorities is user defined. The sound propagation system * can ap

Create a 24-bit sample from the specified 32-bit integer sample, discarding the lower bits.

Convert this flags object to an integer value. * This operator is provided so that the object * can be used as an integer value for bitwise logic

Return a time object that represents the current system time. * The time is specified as the time since the Epoch, * 1970-01-01 00:00:00 +0000 (U

Return the number of paths that are currently being rendered.

Remove the current element from the list. * This method calls the removeAtSizeType() method of the * iterated array list, and therefore has a

Compute the area of the trapezoid for the specified frequency data points.

Convert this Time object into a double floating point representation. * Doing this may reduce the accuracy of the time interval due to the * inac

Add a new mapping to the hash map, associating the given key with the given value. * If the add operation was successful, it returns a pointer to the

Release the memory that is used by this FDL.

Return a uniformly distributed random unit vector direction.

Convert this sound format into a string representation.

Convert this filter version to a human-readable string format. * The returned string is of the form "M.m.r" where 'M' is the major version * numb

Get the 'void' value stored in this Optional object.

Return the number of coefficients that are in this spherical harmonic expansion.

Return whether or not this source is enabled for sound propagation and rendering. * Sources are enabled by default but can be disabled if no audio is

Create a 3x3 rotation matrix about the X-axis with the angle in radians.

Create a 3x3 rotation matrix about the Y-axis with the angle in radians.

Create a 3x3 rotation matrix about the Z-axis with the angle in radians.

Set an object describing the type of resource this ID refers to.

Create a frequency band object with frequency band centers from the specified array. * The array must not be NULL and must have at least the correct n

Create a Time object that represents the specified interval of time in seconds. * The time is specified by a single floating-point value that gives

Apply the filter set to the specified value using the given history.

Return the index of the child of this node that contains the specified query point.

Return whether or not this string is exactly equal to another.

Return the number of primitives that are part of the child's leaf node.

Return the primitive array offset for the child's leaf node.

Return the index of a child elements's parent element given the child element's index. * If the child index is zero, the method returns 0 because this

Return the total size of this object pool, including unused objects.

Return an orthogonal matrix defining a basis for the coordinate frame of a plane with the specified normal. * The normal becomes the z-column of the r

Set the sample rate that this sound source's output audio is computed at. * Sounds that are played by this sound source are automatically converted

Set the type of sample rate conversion that is being performed. * Some types of sample rate conversion are faster or have better quality than * o

Signal to any waiting threads that this job ID is finished.

Compute the area of the trapezoid for the specified frequency data points.

Cast this string to an integer, returning math::nan<UInt32>() if the conversion fails.

Allocate a sample buffer using the current alignment of the specified size.

Deallocate the specified storage object.

Compute the angle within the XZ plane of the specified position, relative to the origin.

Get the coefficients of a 2nd-order butterworth low-pass filter with the given w0.

Get the coefficients of a 2nd-order butterworth low-pass filter with the given w0.

Return a pointer to the output filter for this sound source. * This filter is inserted on the output of this source before convolution with impulse re

Return the total power of the sound source in watts. * This value is a linear measure of the total radiated power emitted by the sound source. */

Get the vertices of the triangle at the specified index in this primitive set.

Return whether or not the primitive with the specified index is intersected by the specified ray.

Return whether or not this node is a leaf node.

Linearly interpolate between the gain coefficients at two different frequencies.

######################################################################################### Start Om Sound Base Namespace

Set the element at the specified (row, column) in the matrix.

Reverse the byte order of a signed 16-bit integer.

Convert this swizzle permutation to a vector.

Convert this swizzle permutation to a vector.

Convert this swizzle permutation to a vector.