| AmbisonicRotator(AmbisonicUnitGenerator &input) | csl::AmbisonicRotator | |
| AmbisonicRotator(UnitGenerator &input, unsigned order) | csl::AmbisonicRotator | |
| AmbisonicRotator(UnitGenerator &input, unsigned vorder, unsigned horder) | csl::AmbisonicRotator | |
| AmbisonicUnitGenerator(unsigned order=0) | csl::AmbisonicUnitGenerator | |
| AmbisonicUnitGenerator(unsigned horder, unsigned vorder) | csl::AmbisonicUnitGenerator | |
| AmbisonicUnitGenerator(AmbisonicOrder order) | csl::AmbisonicUnitGenerator | |
| channelIndexer(unsigned *indexArray) | csl::AmbisonicUnitGenerator | [protected] |
| channelsToUniformOrder(const unsigned channels) | csl::AmbisonicUnitGenerator | [protected] |
| fumaEncodingWeights(sample *weights, const AmbisonicOrder &order, float azimuth, float elevation) | csl::AmbisonicUnitGenerator | [related] |
| fumaIndexedEncodingWeights(sample *weights, const AmbisonicOrder &order, sample &azimuth, sample &elevation) | csl::AmbisonicUnitGenerator | [related] |
| greaterOrder(const AmbisonicOrder order) | csl::AmbisonicUnitGenerator | [protected] |
| initialize(UnitGenerator &input) | csl::AmbisonicRotator | [private] |
| invChannelIndexer(unsigned *indexArray) | csl::AmbisonicUnitGenerator | [protected] |
| mChannelIndex | csl::AmbisonicRotator | [protected] |
| mCosAngle | csl::AmbisonicRotator | [private] |
| mGreaterOrder | csl::AmbisonicRotator | [protected] |
| mInPtr | csl::AmbisonicRotator | [private] |
| mInputChannelIndex | csl::AmbisonicRotator | [protected] |
| mInputPort | csl::AmbisonicRotator | [private] |
| mNumChannelsGreaterOrder | csl::AmbisonicRotator | [protected] |
| mNumFrames | csl::AmbisonicRotator | [protected] |
| mOrder | csl::AmbisonicUnitGenerator | [protected] |
| mOutPtr | csl::AmbisonicRotator | [private] |
| mRotate | csl::AmbisonicRotator | [private] |
| mShouldRotate | csl::AmbisonicRotator | [protected] |
| mShouldTilt | csl::AmbisonicRotator | [protected] |
| mShouldTurn | csl::AmbisonicRotator | [protected] |
| mSinAngle | csl::AmbisonicRotator | [private] |
| mTilt | csl::AmbisonicRotator | [private] |
| mTumble | csl::AmbisonicRotator | [private] |
| nextBuffer(Buffer &outputBuffer, unsigned outBufNum) | csl::AmbisonicRotator | [virtual] |
| order() | csl::AmbisonicUnitGenerator | [inline] |
| orderToChannels(const AmbisonicOrder order) | csl::AmbisonicUnitGenerator | [protected] |
| orderToChannels(unsigned order) | csl::AmbisonicUnitGenerator | [protected] |
| orderToHorizontalChannels(const AmbisonicOrder order) | csl::AmbisonicUnitGenerator | [protected] |
| orderToVerticalChannels(const AmbisonicOrder order) | csl::AmbisonicUnitGenerator | [protected] |
| rotateFirstOrderHorizontal() | csl::AmbisonicRotator | [private] |
| rotateFirstOrderVertical() | csl::AmbisonicRotator | [private] |
| rotateSecondOrderHorizontal() | csl::AmbisonicRotator | [private] |
| rotateSecondOrderVertical() | csl::AmbisonicRotator | [private] |
| rotateThirdOrderHorizontal() | csl::AmbisonicRotator | [private] |
| rotateThirdOrderVertical() | csl::AmbisonicRotator | [private] |
| rotateZerothOrder() | csl::AmbisonicRotator | [private] |
| setNthInput(float amount, Axes axis) | csl::AmbisonicRotator | |
| setOrder(AmbisonicOrder order) | csl::AmbisonicUnitGenerator | [protected] |
| setRotate(float amount) | csl::AmbisonicRotator | |
| setTilt(float amount) | csl::AmbisonicRotator | |
| setTumble(float amount) | csl::AmbisonicRotator | |
| singularValueDecomposition(sample **a, int m, int n, sample *w, sample **v) | csl::AmbisonicUnitGenerator | [related] |
| tiltFirstOrder() | csl::AmbisonicRotator | [private] |
| tiltSecondOrder() | csl::AmbisonicRotator | [private] |
| tiltThirdOrder() | csl::AmbisonicRotator | [private] |
| tumbleFirstOrder() | csl::AmbisonicRotator | [private] |
| tumbleSecondOrder() | csl::AmbisonicRotator | [private] |
| tumbleThirdOrder() | csl::AmbisonicRotator | [private] |
| ~AmbisonicRotator() | csl::AmbisonicRotator | |
| ~AmbisonicUnitGenerator() | csl::AmbisonicUnitGenerator | [virtual] |
