* @brief Writes data to the DSP from PROGMEM * * @param memoryAddress DSP memory address * @param length Number of bytes to write * @param data Da

* @brief Writes data to the DSP (max 32 bytes a time due to the default i2c buffer size of the Wire library) * * @param memoryAddress DSP memory add

* @brief Constructs a new DSPEEPROM::DSPEEPROM object * * @param WireObject TwoWire i2c object * @param i2cAddress 7-bit EEPROM i2c address * @pa

* @brief Controls a first order EQ block * SigmaStudio path: * Filters > First Order > General (1st order) * * @param startMemoryAddress DSP memor

* @brief Controls a second order EQ block * SigmaStudio path: * Filters > Second Order > Single Precision > 1/2/N Ch > General (2nd order) * * @pa

* @brief Construct a new SigmaDSP::SigmaDSP object * * @param WireObject TwoWire i2c object * @param i2cAddress 7-bit i2c address * @param sample_

* @brief Controls an audio delay block * SigmaStudio path: * Basic DSP > DSP functions > Delay > Delay * * Delay ranges: * 0.0-42.6ms (ADAU170x)

* @brief Starts the i2c interface */

* @brief Starts the i2c interface */

* @brief This function calculates the curve and the other parameters of a peak compressor block. * Set ratio = 1 to disable compressor * SigmaStudio

* @brief Calculates the curve and the other parameters of an RMS compressor block. * Set ratio = 1 to disable compressor * SigmaStudio path: * Dyna

* @brief Control index filters (bass, treble, ect) * in 28 0 format. Please see: * https://ez.analog.com/dsp/sigmadsp/f/q-a/165704/tone-control-us

* @brief Controls a demux, both with and without slew * SigmaStudio path: * Muxes/Demuxes > Demultiplexers > No Slew (Standard) / Clickless SW slew

* @brief Controls the dynamic bass boost level block in dB. This function lets you only set * set the bass boost. The rest of the settings has to be

* @brief Converts a 5.23 float value to 5-byte HEX and stores it in the passed buffer * * @param value Value to convert * @param buffer Buffer to s

* @brief Converts a 5.23 float value to int 28.0 * * @param value Value to convert * @return int32_t converted value in 28.0 format */

* @brief Adjusts a gain block * SigmaStudio path: * Basic DSP > Adjustable Gain > Single/Multiple Controls > No Slew (Standard) > Gain * * @param

* @brief Returns the user defined version number of the DSP firmware * * @return uint8_t uirmware version. 0 indicated that no EEPROM is found,

* @brief Controls a hard clip block with separate negative and positive thresholds * SigmaStudio path: * Non Linear Processors > Clippers > Hard Cli

* @brief Sets the i2c clock speed * * @param clock i2c clock speed in [Hz] */

* @brief Converts a 28.0 integer value to 5-byte HEX and stores it the passed buffer * * @param value Value to convert * @param buffer Buffer to st

* @brief Calculates the points of a linearly spaced vector * * @param x1 Start point * @param x2 End point * @param n Number of points to calculat

Run this function to load DSP firmware directly */

Run this function to load DSP firmware directly */

Run this function to load DSP firmware directly */

Run this function to load DSP firmware directly */

Run this function to load DSP firmware directly */

Run this function to load DSP firmware directly */

Run this function to load DSP firmware directly */

* @brief Function to load DSP firmware from the microcontroller flash memory * * @param myDSP SigmaDSP object */

Run this function to load DSP firmware directly */

* @brief Control mute/unmute block without slew * SigmaStudio path: * Volume Controls > Mute > No Slew (Standard) > Mute * * @param startMemoryAdd

* @brief Mutes the internal analog to digital converter in the DSP * * @param mute Mute state. Muted if true, unmuted if false */

* @brief Mutes the internal digital to analog in the DSP * * @param mute Mute state. Muted if true, unmuted if false */

* @brief Controls a mux. The mux can only be a single address block, which is the clickless SW slew mux * SigmaStudio path: * Muxes/Demuxes > Multip

* @brief Sends an i2c ping message * * @return ping receive status; * 0 - success: ack received; * 2 - error: address send, nack r

* @brief Sends an i2c ping message * * @return ping receive status; * 0 - sucess: ack received; * 2 - error: address send, nack r

* @brief Reads a DSP memory block * SigmaStudio path: * Basic DSP > DSP Functions > DSP Readback * * @param memoryAddress DSP memory address * @p

* @brief Reads a DSP hardware register * * @param reg DSP register address * @param numberOfBytes Number of bytes to read from the register * @ret

* @brief Perform a DSP hardware reset */

* @brief Writes 5 bytes of data to the parameter memory of the DSP. The first byte is 0x00 * * @param memoryAddress DSP memory address * @param dat

* @brief Controls a sawtooth source block * SigmaStudio path: * Sources > Oscillators > Sawtooth Wave * * @param startMemoryAddress DSP memory add

* @brief Controls a sine wave source block * SigmaStudio path: * Sources > Oscillators > Sine Tone * * @param startMemoryAddress DSP memory addres

* @brief Controls a soft clip block with adjustable curve * SigmaStudio path: * Non Linear Processors > Clippers > Soft Clip > Standard Cubic * *

* @brief Controls a square wave source block * SigmaStudio path: * Sources > Oscillators > Square Wave * * @param startMemoryAddress DSP memory ad

* @brief Controls a state variable filter block * * @param startMemoryAddress DSP memory address * @param frequency Filter frequency (1 to 19148 Hz

* @brief Controls a baxandall low-high dual tone control block * * @param startMemoryAddress DSP memory address * @param toneCtrl Tone control para

* @brief Controls a triangle wave source block * SigmaStudio path: * Sources > Oscillators > Triangle Wave * * @param startMemoryAddress DSP memor

* @brief Controls a volume control block without slew * Can be used with various gain controls * SigmaStudio path: * * Volume Controls > Adjustabl

* @brief Controls a volume control block with slew * SigmaStudio path: * Volume Controls > Adjustable Gain > Shared Slider > Clickless SW Slew (RC)

* @brief Writes the passed firmware array to the EEPROM and verifies that the content was written. * * @param firmware Array to hold the