Multiply-accumulate the spherical harmonic expansion for the given 3D normalized cartesian vector and weight.

Add a new element to this priority queue.

Add an element to the end of the list. * If the capacity of the array list is not great enough to hold * the new element, then the internal array

Add an element to the end of the list. * If the capacity of the short array list is not great enough to hold * the new element, then the internal

Add the contents of one ArrayList to another. * This method has the effect of adding each element of * the given list to the end of this array li

Add the specified buffer pointer to the end of this frame's list of buffers.

Add a new MIDI event to the end of this MIDI buffer.

Add a new resource transcoder format to this type manager.

Add the specified impulse to this sound source IR's sampled impulse response.

Add a new impulse to this IR at the specified delay time, with the given energy and normalized direction.

Add the specified MIDI buffer pointer to the end of this frame's list of MIDI buffers.

Construct a new element at the end of the list. * If the capacity of the array list is not great enough to hold * the new element, then the inter

Construct a new element at the end of the list. * If the capacity of the array list is not great enough to hold * the new element, then the inter

Add a new SoundPath to the SoundSourceIR.

Add a new sound path point to the end of the path ID.

Add a new resource to this resource set. * The method returns whether or not the resource was able to be added. */

Add a new source for this impulse response. * The new source is ignored if the source pointer is NULL. */

Add a new source to this cluster.

######################################################################################### Start GSound Internal Namespace

Make sure that the internal memory is allocated and has at least the given size. * If the memory is already allocated with at least the given size,

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

Apply the specified linear gain factor to all samples in this buffer, modifying it. * This method has the effect of multiplying all samples in the buf

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

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Compute the spherical harmonic expansion for the given 3D normalized cartesian vector.

Clear all impulses and paths from this sound source IR. * This method keeps the IR storage to avoid many reallocations. */

Clear all edge collapses from this queue.

Reset the IR to be of length 0 with no impulses. * This method keeps the IR storage to avoid many reallocations. */

Clear the contents of the buffer, keeping its capacity intact.

Clear all previously added elements from the data buffer.

Clear the contents of this priority queue. * This method calls the destructors of all elements in the priority queue * and sets the number of ele

Clear the contents of this array list. * This method calls the destructors of all elements in the array list * and sets the number of elements to

Clear all mappings from the hash map.

Clear the contents of this short array list. * This method calls the destructors of all elements in the short array list * and sets the number of

Clear all stored data from this filter state, resulting in an empty state object.

Remove all buffers from this sound frame.

Remove all events from this MIDI buffer.

Set the sound listener that this SoundListenerIR is associated with to NULL.

Remove all MIDI buffers from this sound frame.

Clear all sound path points from this path ID.

Remove all resources from this resource set.

Remove all sound sources from this SoundSourceIR. * The IR itself is unchanged by this operation. */

Remove all sources and buffers from this source sound buffer.

Remove all sources from this cluster.

Create and return a deep copy of this member function object. * This allows member functions to be copied constructed without knowing * the type

Return an integer indicating the lexical order of this string when compared to another. * If this string should come before the other, -1 is returned.

Return an integer indicating the lexical order of this string when compared to another, ignoring letter case. * If this string should come before the

Return the conjugate of this complex number.

Construct a resource object of the templated type with the specified arguments for its constructor.

Return whether or not this string contains another string as a substring.

Return whether or not this bounding box completely contains another.

Return whether or not this bounding box completely contains another.

Return whether or not this bounding box completely contains another.

Return whether or not the specified element is in the priority queue.

Return whether or not the specified element is in this list. * The method has average case O(n/2) time complexity, where * n is the number of ele

Query whether or not the specified key is contained in a hash map.

Return whether or not the specified element is in this list. * The method has average case O(n/2) time complexity, where * n is the number of ele