Block Reference

Alphabetical List

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AUTOSAR Client-Server Communication Invoke AUTOSAR server operation Configuration Wizards Automatically update configuration of parent Simulink model Embedded Targets (embeddedtargetslib) Blocks for Embedded Process Module Packaging Create potential Simulink data objects

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AUTOSAR Client-Server Communication

Invoke AUTOSAR Server Operation	Configure AUTOSAR client port to access Basic Software or application software components
Mode Switch for Invoke AUTOSAR Server Operation	Toggle AUTOSAR client-server operation subsystem blocks between simulation and code generation mode

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Configuration Wizards

Custom MATLAB file	Automatically update active configuration parameters of parent model using file containing custom MATLAB code
ERT (optimized for fixed-point)	Automatically update active configuration parameters of parent model for ERT fixed-point code generation
ERT (optimized for floating-point)	Automatically update active configuration parameters of parent model for ERT floating-point code generation
GRT (debug for fixed/floating-point)	Automatically update active configuration parameters of parent model for GRT fixed- or floating-point code generation with debugging enabled
GRT (optimized for fixed/floating-point)	Automatically update active configuration parameters of parent model for GRT fixed- or floating-point code generation

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Embedded Targets (embeddedtargetslib)

Host Communication Host Communication Target Preferences Configure Your Model for a Specific Target Embedded Linux Embedded Linux VxWorks Wind River VxWorks Analog Devices Blackfin Analog Devices Blackfin Analog Devices SHARC Analog Devices SHARC Analog Devices TigerSHARC Analog Devices TigerSHARC Freescale MPC55xx MPC74xx Freescale MPC55xx MPC74xx Freescale MPC5xx Freescale MPC5xx Texas Instruments C2000 Texas Instruments C2000 Texas Instruments C5000 Texas Instruments C5000 Texas Instruments C6000 Texas Instruments C6000

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Host Communication

Byte Pack	Convert input signals to uint8 vector
Byte Reversal	Reverse order of bytes in input word
Byte Unpack	Unpack UDP uint8 input vector into Simulink data type values
CAN Pack	Pack individual signals into CAN message
CAN Unpack	Unpack individual signals from CAN messages
Host SCI Receive	Configure host-side serial communications interface to receive data from serial port
Host SCI Setup	Configure COM ports for host-side SCI Transmit and Receive blocks
Host SCI Transmit	Configure host-side serial communications interface to transmit data to serial port
UDP Receive	Receive UDP packet
UDP Send	Send UDP message

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Target Preferences

Target Preferences

Configure model for specific IDE, tool chain, board, and processor

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Embedded Linux

Linux Audio Capture	Capture ALSA audio from sound card and output data
Linux Audio Playback	Send audio data stream to ALSA audio device output
Linux Task	Spawn task function as separate Linux thread
UDP Receive	Receive UDP packet
UDP Send	Send UDP message

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VxWorks

UDP Receive	Receive UDP packet
UDP Send	Send UDP message
VxWorks Task	Spawn task function as separate VxWorks thread

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Analog Devices Blackfin

ADSP-BF537 EZ-KIT Lite (bf537ezkitlite) ADSP-BF537 EZ-KIT Lite Memory Operations Memory Operations Scheduling Scheduling

ADSP-BF537 EZ-KIT Lite (bf537ezkitlite)

Blackfin537 bf537_adc	Configure ADC to collect data from analog jacks and output digital data
Blackfin537 bf537_dac	Convert a stream of digital data to an analog signal and send it to the output jack
Blackfin537 bf537_uart_config	Configure UART transceiver to capture data from UART port
Blackfin537 bf537_uart_rx	Receive data stream from UART port
Blackfin537 bf537_uart_tx	Transmit data stream from UART port

Memory Operations

Memory Allocate	Allocate memory section
Memory Copy	Copy to and from memory section

Scheduling

Blackfin Hardware Interrupt	Generate Interrupt Service Routine
Idle Task	Create free-running task

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Analog Devices SHARC

Memory Operations Memory Operations Scheduling Scheduling

Memory Operations

Memory Allocate	Allocate memory section
Memory Copy	Copy to and from memory section

Scheduling

Idle Task	Create free-running task
SHARC Hardware Interrupt	Generate Interrupt Service Routine

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Analog Devices TigerSHARC

Memory Operations Memory Operations Scheduling Scheduling

Memory Operations

Memory Allocate	Allocate memory section
Memory Copy	Copy to and from memory section

Scheduling

Idle Task	Create free-running task
TigerSHARC Hardware Interrupt	Generate Interrupt Service Routine

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Freescale MPC55xx MPC74xx

Note   Support for Freescale MPC55xx and MPC74xx processors will be removed in a future release of your MathWorks software.

Memory Operations Memory Operations Scheduling Scheduling

Memory Operations

Memory Allocate	Allocate memory section
Memory Copy	Copy to and from memory section

Scheduling

Idle Task	Create free-running task
MPC5500 Interrupt	Generate Interrupt Service Routine
MPC7400 Hardware Interrupt	Generate Interrupt Service Routine

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Freescale MPC5xx

Note   Support for Freescale MPC5xx processors will be removed in a future release of your MathWorks software.

Top-Level Blocks Resource configuration and timeout CAN 2.0B Controller Module (TouCAN) Controller Area Network (CAN) utilities Enhanced Queued Analog-to-Digital Converter Module-64 Configure Queued Analog-Digital Converter (QADC64) on MPC56x (561-6) for continuous scan or digital input Execution Profiling Configure execution profiling over CAN or serial connection Interrupts Ensure data integrity between timer-based and asynchronous tasks Modular Input/Output System (MIOS1) Configure Modular Input/Output System (MIOS1) Queued Analog-to-Digital Converter Module-64 Configure Queued Analog-Digital Converter (QADC64) for continuous scan or digital input Serial Communications Interface (SCI) Configure serial transmit and receive Time Processor Unit (TPU3) Configure Time Processor Unit (TPU3) Utilities Configure for predefined hardware configurations

Top-Level Blocks

MPC5xx MPC555 Resource Configuration	Support device configuration for MPC5xx CPU and MIOS, QADC, and TouCAN submodules
MPC5xx Watchdog	In case of application failure, time out and reset processor

CAN 2.0B Controller Module (TouCAN)

MPC5xx CAN Calibration Protocol	Implement CAN Calibration Protocol (CCP) standard
MPC5xx TouCAN Error Count	Count transmit and receive errors detected on selected TouCAN modules
MPC5xx TouCAN Fault Confinement State	Indicate state of TouCAN module
MPC5xx TouCAN Interrupt Generator	Generate asynchronous function-call trigger when CAN interrupt occurs
MPC5xx TouCAN Receive	Receive CAN messages from TouCAN module on MPC5xx
MPC5xx TouCAN Soft Reset	Reset TouCAN module
MPC5xx TouCAN Transmit	Transmit CAN message via TouCAN module on MPC5xx
MPC5xx TouCAN Warnings	Flag excessively high transmit or receive error counts on TouCAN modules

Open CAN Message Blocks.  

CAN Pack	Pack individual signals into CAN message
CAN Unpack	Unpack individual signals from CAN messages

Enhanced Queued Analog-to-Digital Converter Module-64

MPC5xx QADCE Analog In	Input driver enables use of Queued Analog-Digital Converter (QADC64) in continuous scan mode on MPC56x (561-6)
MPC5xx QADCE Digital In	Input driver enables use of Queued Analog-Digital Converter (QADC64) pins as digital inputs on MPC56x (561-566)

Execution Profiling

MPC5xx MPC555 Execution Profiling via CAN A	Provide CAN interface to execution profiling engine via CAN channel A
MPC5xx MPC555 Execution Profiling via SCI1	Provide serial interface to execution profiling engine

Interrupts

MPC5xx Asynchronous Rate Transition

Transfer data between timer-based task and asynchronous task, ensuring data integrity

Modular Input/Output System (MIOS1)

MPC5xx MIOS Digital In	Input driver for MIOS 16-bit Parallel Port I/O Submodule (MPIOSM)
MPC5xx MIOS Digital Out	Output driver for MIOS 16-bit Parallel Port I/O Submodule (MPIOSM)
MPC5xx MIOS Digital Out (MPWMSM)	Digital output via the MIOS Pulse Width Modulation Submodule (MPWMSM)
MPC5xx MIOS Pulse Width Modulation Out	Output driver for MIOS Pulse Width Modulation Submodule (MPWMSM)
MPC5xx MIOS Waveform Measurement	Measure pulse width and pulse period measurement via MIOS Double Action Submodule (MDASM)

Queued Analog-to-Digital Converter Module-64

MPC5xx QADC Analog In	Input driver enables use of Queued Analog-Digital Converter (QADC64) in continuous scan mode
MPC5xx QADC Digital In	Input driver enables use of Queued Analog-Digital Converter (QADC64) pins as digital inputs

Serial Communications Interface (SCI)

MPC5xx Serial Receive	Configure MPC555 for serial receive on either of QSMCM submodules SCI1 or SCI2
MPC5xx Serial Transmit	Configure MPC555 for serial transmit, using one of QSMCM submodules SCI1 or SCI2

Time Processor Unit (TPU3)

MPC5xx TPU3 Digital In	Configure Time Processor Unit (TPU3) channel for digital input
MPC5xx TPU3 Digital Out	Configure Time Processor Unit (TPU3) channel for digital output
MPC5xx TPU3 Fast Quadrature Decode	Configure pair of TPU3 channels for Fast Quadrature Decode (FQD)
MPC5xx TPU3 New Input Capture/Input Transition Counter	Configure Time Processor Unit (TPU3) channel for New Input Capture/Input Transition Counter (NITC)
MPC5xx TPU3 Programmable Time Accumulator	Configure Time Processor Unit (TPU3) channel for Programmable Time Accumulator (PTA)
MPC5xx TPU3 Pulse Width Modulation Out	Configure Time Processor Unit (TPU3) channel for pulse width modulation (PWM) output
MPC5xx TPU3 Rectangular Wave	Configure Time Processor Unit (TPU3) channel for Rectangular Wave Output (RECTW)
MPC5xx TPU3 Square Wave	Configure Time Processor Unit (TPU3) channel for Square Wave Output (SQW)

Utilities

MPC5xx Switch External Mode Configuration	Configure model for external mode or executable building
MPC5xx Switch Target Configuration	Configure model and target preferences to predefined hardware configuration

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Texas Instruments C2000

C2802x (c2802xlib) Blocks that support C2802x boards C2803x (c2803xlib) Blocks that support C2803x boards C280x (c280xlib) Blocks that support C280x boards C281x (c281xlib) Blocks that support C281x boards C2834x (c2834xlib) C28x3x (c2833xlib) Blocks that support C28x3x boards Memory Operations Memory Operations Optimization — C28x DMC (c28xdmclib) Blocks that represent the functionality of the TI C28x DMC Library Optimization — C28x IQmath (tiiqmathlib) Blocks that represent the functionality of the TI IQmath Library RTDX Instrumentation (rtdxBlocks) RTDX blocks for C2000 boards Scheduling Scheduling Target Communication Target Communication

C2802x (c2802xlib)

C2802x/C2803x ADC	Configure ADC to sample analog pins and output digital data
C2802x/C2803x AnalogIO Input	Configure pin, sample time, and data type for analog input
C2802x/C2803x AnalogIO Output	Configure Analog IO to output analog signals on specific pins
C2802x/C2803x COMP	Compare two input voltages on comparator pins
C280x/C2802x/C2803x/C28x3x/c2834x eCAP	Receive and log capture input pin transitions or configure auxiliary pulse width modulator
C280x/C2802x/C2803x/C28x3x/c2834x ePWM	Configure Event Manager to generate Enhanced Pulse Width Modulator (ePWM) waveforms
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Input	Configure general-purpose input pins
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Output	Configure general-purpose input/output pins as digital outputs
C280x/C2802x/C2803x/C28x3x/C2834x I2C Receive	Configure inter-integrated circuit (I2C) module to receive data from I2C bus
C280x/C2802x/C2803x/C28x3x/C2834x I2C Transmit	Configure inter-integrated circuit (I2C) module to transmit data to I2C bus
C280x/C2802x/C2803x/C28x3x/c2834x SCI Receive	Receive data on target via serial communications interface (SCI) from host
C280x/C2802x/C2803x/C28x3x/c2834x SCI Transmit	Transmit data from target via serial communications interface (SCI) to host
C280x/C2802x/C2803x/C28x3x/c2834x Software Interrupt Trigger	Generate software triggered nonmaskable interrupt
C280x/C2802x/C2803x/C28x3x/c2834x SPI Receive	Receive data via serial peripheral interface (SPI) on target
C280x/C2802x/C2803x/C28x3x/c2834x SPI Transmit	Transmit data via serial peripheral interface (SPI) to host
C28x Watchdog	Configure counter reset source of DSP Watchdog module

C2803x (c2803xlib)

C2000 CAN Calibration Protocol	Implement CAN Calibration Protocol (CCP) standard
C2802x/C2803x ADC	Configure ADC to sample analog pins and output digital data
C2802x/C2803x AnalogIO Input	Configure pin, sample time, and data type for analog input
C2802x/C2803x AnalogIO Output	Configure Analog IO to output analog signals on specific pins
C2802x/C2803x COMP	Compare two input voltages on comparator pins
C2803x LIN Receive	Receive data via local interconnect network (LIN) module on target
C2803x LIN Transmit	Transmit data from target via serial communications interface (SCI) to host
C280x/C2802x/C2803x/C28x3x/c2834x eCAP	Receive and log capture input pin transitions or configure auxiliary pulse width modulator
C280x/C2802x/C2803x/C28x3x/c2834x ePWM	Configure Event Manager to generate Enhanced Pulse Width Modulator (ePWM) waveforms
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Input	Configure general-purpose input pins
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Output	Configure general-purpose input/output pins as digital outputs
C280x/C2802x/C2803x/C28x3x/C2834x I2C Receive	Configure inter-integrated circuit (I2C) module to receive data from I2C bus
C280x/C2802x/C2803x/C28x3x/C2834x I2C Transmit	Configure inter-integrated circuit (I2C) module to transmit data to I2C bus
C280x/C2802x/C2803x/C28x3x/c2834x SCI Receive	Receive data on target via serial communications interface (SCI) from host
C280x/C2802x/C2803x/C28x3x/c2834x SCI Transmit	Transmit data from target via serial communications interface (SCI) to host
C280x/C2802x/C2803x/C28x3x/c2834x Software Interrupt Trigger	Generate software triggered nonmaskable interrupt
C280x/C2802x/C2803x/C28x3x/c2834x SPI Receive	Receive data via serial peripheral interface (SPI) on target
C280x/C2802x/C2803x/C28x3x/c2834x SPI Transmit	Transmit data via serial peripheral interface (SPI) to host
C280x/C2803x/C28x3x/c2834x eCAN Receive	Enhanced Control Area Network receive mailbox
C280x/C2803x/C28x3x/c2834x eCAN Transmit	Enhanced Control Area Network transmit mailbox
C280x/C2803x/C28x3x/c2834x eQEP	Quadrature encoder pulse circuit
C28x Watchdog	Configure counter reset source of DSP Watchdog module

C280x (c280xlib)

C2000 CAN Calibration Protocol	Implement CAN Calibration Protocol (CCP) standard
C280x/C2802x/C2803x/C28x3x/c2834x eCAP	Receive and log capture input pin transitions or configure auxiliary pulse width modulator
C280x/C2802x/C2803x/C28x3x/c2834x ePWM	Configure Event Manager to generate Enhanced Pulse Width Modulator (ePWM) waveforms
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Input	Configure general-purpose input pins
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Output	Configure general-purpose input/output pins as digital outputs
C280x/C2802x/C2803x/C28x3x/C2834x I2C Receive	Configure inter-integrated circuit (I2C) module to receive data from I2C bus
C280x/C2802x/C2803x/C28x3x/C2834x I2C Transmit	Configure inter-integrated circuit (I2C) module to transmit data to I2C bus
C280x/C2802x/C2803x/C28x3x/c2834x SCI Receive	Receive data on target via serial communications interface (SCI) from host
C280x/C2802x/C2803x/C28x3x/c2834x SCI Transmit	Transmit data from target via serial communications interface (SCI) to host
C280x/C2802x/C2803x/C28x3x/c2834x Software Interrupt Trigger	Generate software triggered nonmaskable interrupt
C280x/C2802x/C2803x/C28x3x/c2834x SPI Receive	Receive data via serial peripheral interface (SPI) on target
C280x/C2802x/C2803x/C28x3x/c2834x SPI Transmit	Transmit data via serial peripheral interface (SPI) to host
C280x/C2803x/C28x3x/c2834x eCAN Receive	Enhanced Control Area Network receive mailbox
C280x/C2803x/C28x3x/c2834x eCAN Transmit	Enhanced Control Area Network transmit mailbox
C280x/C2803x/C28x3x/c2834x eQEP	Quadrature encoder pulse circuit
C280x/C28x3x ADC	Analog-to-Digital Converter (ADC)
C28x Watchdog	Configure counter reset source of DSP Watchdog module

C281x (c281xlib)

C2000 CAN Calibration Protocol	Implement CAN Calibration Protocol (CCP) standard
C281x ADC	Analog-to-digital converter (ADC)
C281x CAP	Receive and log capture input pin transitions
C281x eCAN Receive	Enhanced Control Area Network receive mailbox
C281x eCAN Transmit	Enhanced Control Area Network transmit mailbox
C281x GPIO Digital Input	General-purpose I/O pins for digital input
C281x GPIO Digital Output	General-purpose I/O pins for digital output
C281x PWM	Pulse width modulators (PWMs)
C281x QEP	Quadrature encoder pulse circuit
C281x SCI Receive	Receive data on target via serial communications interface (SCI) from host
C281x SCI Transmit	Transmit data from target via serial communications interface (SCI) to host
C281x Software Interrupt Trigger	Generate software triggered nonmaskable interrupt
C281x SPI Receive	Receive data via serial peripheral interface on target
C281x SPI Transmit	Transmit data via serial peripheral interface (SPI) to host
C281x Timer	Configure general-purpose timer in Event Manager module
C28x Watchdog	Configure counter reset source of DSP Watchdog module

C2834x (c2834xlib)

C2000 CAN Calibration Protocol	Implement CAN Calibration Protocol (CCP) standard
C280x/C2802x/C2803x/C28x3x/c2834x eCAP	Receive and log capture input pin transitions or configure auxiliary pulse width modulator
C280x/C2802x/C2803x/C28x3x/c2834x ePWM	Configure Event Manager to generate Enhanced Pulse Width Modulator (ePWM) waveforms
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Input	Configure general-purpose input pins
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Output	Configure general-purpose input/output pins as digital outputs
C280x/C2802x/C2803x/C28x3x/C2834x I2C Receive	Configure inter-integrated circuit (I2C) module to receive data from I2C bus
C280x/C2802x/C2803x/C28x3x/C2834x I2C Transmit	Configure inter-integrated circuit (I2C) module to transmit data to I2C bus
C280x/C2802x/C2803x/C28x3x/c2834x SCI Receive	Receive data on target via serial communications interface (SCI) from host
C280x/C2802x/C2803x/C28x3x/c2834x SCI Transmit	Transmit data from target via serial communications interface (SCI) to host
C280x/C2802x/C2803x/C28x3x/c2834x Software Interrupt Trigger	Generate software triggered nonmaskable interrupt
C280x/C2802x/C2803x/C28x3x/c2834x SPI Receive	Receive data via serial peripheral interface (SPI) on target
C280x/C2802x/C2803x/C28x3x/c2834x SPI Transmit	Transmit data via serial peripheral interface (SPI) to host
C280x/C2803x/C28x3x/c2834x eCAN Receive	Enhanced Control Area Network receive mailbox
C280x/C2803x/C28x3x/c2834x eCAN Transmit	Enhanced Control Area Network transmit mailbox
C280x/C2803x/C28x3x/c2834x eQEP	Quadrature encoder pulse circuit

C28x3x (c2833xlib)

C2000 CAN Calibration Protocol	Implement CAN Calibration Protocol (CCP) standard
C280x/C2802x/C2803x/C28x3x/c2834x eCAP	Receive and log capture input pin transitions or configure auxiliary pulse width modulator
C280x/C2802x/C2803x/C28x3x/c2834x ePWM	Configure Event Manager to generate Enhanced Pulse Width Modulator (ePWM) waveforms
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Input	Configure general-purpose input pins
C280x/C2802x/C2803x/C28x3x/c2834x GPIO Digital Output	Configure general-purpose input/output pins as digital outputs
C280x/C2802x/C2803x/C28x3x/C2834x I2C Receive	Configure inter-integrated circuit (I2C) module to receive data from I2C bus
C280x/C2802x/C2803x/C28x3x/C2834x I2C Transmit	Configure inter-integrated circuit (I2C) module to transmit data to I2C bus
C280x/C2802x/C2803x/C28x3x/c2834x SCI Receive	Receive data on target via serial communications interface (SCI) from host
C280x/C2802x/C2803x/C28x3x/c2834x SCI Transmit	Transmit data from target via serial communications interface (SCI) to host
C280x/C2802x/C2803x/C28x3x/c2834x Software Interrupt Trigger	Generate software triggered nonmaskable interrupt
C280x/C2802x/C2803x/C28x3x/c2834x SPI Receive	Receive data via serial peripheral interface (SPI) on target
C280x/C2802x/C2803x/C28x3x/c2834x SPI Transmit	Transmit data via serial peripheral interface (SPI) to host
C280x/C2803x/C28x3x/c2834x eCAN Receive	Enhanced Control Area Network receive mailbox
C280x/C2803x/C28x3x/c2834x eCAN Transmit	Enhanced Control Area Network transmit mailbox
C280x/C2803x/C28x3x/c2834x eQEP	Quadrature encoder pulse circuit
C280x/C28x3x ADC	Analog-to-Digital Converter (ADC)
C28x Watchdog	Configure counter reset source of DSP Watchdog module

Memory Operations

Memory Allocate	Allocate memory section
Memory Copy	Copy to and from memory section

Optimization — C28x DMC (c28xdmclib)

C2000 Clarke Transformation	Convert balanced three-phase quantities to balanced two-phase quadrature quantities
C2000 Inverse Park Transformation	Convert rotating reference frame vectors to two-phase stationary reference frame
C2000 Park Transformation	Convert two-phase stationary system vectors to rotating system vectors
C2000 PID Controller	Digital PID controller
C2000 Ramp Control	Create ramp-up and ramp-down function
C2000 Ramp Generator	Generate ramp output
C2000 Space Vector Generator	Duty ratios for stator reference voltage
C2000 Speed Measurement	Calculate motor speed

Optimization — C28x IQmath (tiiqmathlib)

C2000 Absolute IQN	Absolute value
C2000 Arctangent IQN	Four-quadrant arc tangent
C2000 Division IQN	Divide IQ numbers
C2000 Float to IQN	Convert floating-point number to IQ number
C2000 Fractional part IQN	Fractional part of IQ number
C2000 Fractional part IQN x int32	Fractional part of result of multiplying IQ number and long integer
C2000 Integer part IQN	Integer part of IQ number
C2000 Integer part IQN x int32	Integer part of result of multiplying IQ number and long integer
C2000 IQN to Float	Convert IQ number to floating-point number
C2000 IQN x int32	Multiply IQ number with long integer
C2000 IQN x IQN	Multiply IQ numbers with same Q format
C2000 IQN1 to IQN2	Convert IQ number to different Q format
C2000 IQN1 x IQN2	Multiply IQ numbers with different Q formats
C2000 Magnitude IQN	Magnitude of two orthogonal IQ numbers
C2000 Saturate IQN	Saturate IQ number
C2000 Square Root IQN	Square root or inverse square root of IQ number
C2000 Trig Fcn IQN	Sine, cosine, or arc tangent of IQ number

RTDX Instrumentation (rtdxBlocks)

C2000 From RTDX	Add RTDX communication channel for target to receive data from host
C2000 To RTDX	Add RTDX communication channel to send data from target to host

Scheduling

C280x/C2802x/C2803x/C28x3x Hardware Interrupt	Interrupt Service Routine to handle hardware interrupt on C280x/C28x3x processors
C281x Hardware Interrupt	Interrupt Service Routine to handle hardware interrupt
Idle Task	Create free-running task

Target Communication

Byte Pack	Convert input signals to uint8 vector
Byte Reversal	Reverse order of bytes in input word
Byte Unpack	Unpack UDP uint8 input vector into Simulink data type values
CAN Pack	Pack individual signals into CAN message
CAN Unpack	Unpack individual signals from CAN messages

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Texas Instruments C5000

C5510 DSK (c5510dsk) TMS320VC5510 DSP Starter Kit (DSK) (c5510dsk) Memory Operations Memory Operations Scheduling Scheduling

C5510 DSK (c5510dsk)

C5510 DSK ADC	Configure AIC23 and peripherals to collect data from analog jacks and output digital data
C5510 DSK DAC	Configure AIC23 codec and peripherals to send data stream to output jack

Memory Operations

Memory Allocate	Allocate memory section
Memory Copy	Copy to and from memory section

Scheduling

C5000/C6000 Hardware Interrupt	Interrupt Service Routine to handle hardware interrupt on C5000 and C6000 processors
Idle Task	Create free-running task

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Texas Instruments C6000

AVNET S3ADSP DM6437 (avnet_s3adsp_dm6437) Work with DM6437 EVM boards C6416 DSK (c6416dsklib) Work with C6416 DSK boards C6455 EVM (c6455evmlib) Work with SRIO on C6455 EVM boards C6713 DSK (c6713dsklib) Work with C6713 DSK boards C6747 EVM (c6747evmlib) Work with DM648 EVM boards DM642 EVM (dm642evmlib) Work with DM642 EVM boards DM6437 EVM (dm6437evmlib) Work with DM6437 EVM boards DM648 EVM (dm648evmlib) Work with DM648 EVM boards DSP/BIOS (dspbioslib) Work with C6000 models to provide DSP/BIOS tasks and interrupts Memory Operations Memory Operations Optimization — C62x DSP Library (tic62dsplib) Work with C62x processors Optimization — C64x DSP Library (tic64dsplib) Work with C64x processors Scheduling Work with all C6000 processors Target Communication (targetcommlib) Work with C6000 processor and board models that communicate with hosts such as xPC Target or host-side models

AVNET S3ADSP DM6437 (avnet_s3adsp_dm6437)

C6000 Deinterleave	Separate interleaved YCbCr 4:2:2 data into Y, Cb, and Cr components
C6000 Interleave	Convert planar YCbCr 4:2:2 data to interleaved YCbCr 4:2:2 data
C6000 IP Config	Configure Internet Protocol on C6000 targets with Ethernet ports
DM643x CAN Receive	Receive messages from CAN serial communications bus on DM643x
DM643x CAN Setup	Configure CAN serial communications bus parameters on DM643x
DM643x CAN Transmit	Configure CAN mailbox to transmit messages on CAN serial communications bus on DM643x
DM643x Draw Rectangles	Configure Video Processing Back End to draw rectangles using On Screen Display (OSD) module
DM643x OSD	Overlay graphics and text on video
DM643x PWM	Configure DM643x DSP Event Manager to generate PWM waveforms
DM643x UART Config	Configure DM643x UART for serial communication
DM643x UART Receive	Configure receiver element of DM643x UART module for serial communication
DM643x UART Transmit	Configure transmitter element of DM643x UART module for serial communication
DM643x Video Capture	Configure Video Processing Front End (VPFE) to capture REC656 or generic YCbCr 4:2:2 video
DM643x Video Display	Configure Video Processing Back End to display NTSC/PAL video

C6416 DSK (c6416dsklib)

C6416 DSK ADC	Digitized output from codec to processor
C6416 DSK DAC	Use codec to convert digital input to analog output
C6416 DSK DIP Switch	Simulate or read DIP switches
C6416 DSK LED	Control LEDs
C6416 DSK Reset	Reset to initial conditions

C6455 EVM (c6455evmlib)

C6455 DSK/EVM ADC	Configure AIC23 audio codec to capture audio stream from LINE-IN or MIC
C6455 DSK/EVM DAC	Configure AIC23 codec to convert digital signal to audio output on LINE OUT and HP OUT
C6455 DSK/EVM DIP	Output state of user-selected DIP switch as Boolean
C6455 DSK/EVM LED	Apply Boolean input to user-selected LED
C6455 SRIO Config	Configure generated code for serial RapidI/O peripheral
C6455 SRIO Receive	Configure generated code to receive serial RapidI/O packets
C6455 SRIO Transmit	Configure generated code to transmit serial RapidI/O packets

C6713 DSK (c6713dsklib)

C6713 DSK ADC	Digitized signal output from codec to processor
C6713 DSK DAC	Configure codec to convert digital input to analog output
C6713 DSK DIP Switch	Simulate or read DIP switches
C6713 DSK LED	Control LEDs
C6713 DSK Reset	Reset to initial conditions

C6747 EVM (c6747evmlib)

C6000 IP Config	Configure Internet Protocol on C6000 targets with Ethernet ports
C6747 EVM DIP Switch	Output DIP switch status
C6747 EVM LED	Control four on-board LEDs
C6747 EVM/C6748 EVM ADC	Capture audio stream from LINE IN jack
C6747 EVM/C6748 EVM DAC	Output audio on LINE OUT / HP OUT jacks

DM642 EVM (dm642evmlib)

DM642 EVM Audio ADC	Audio codec and peripherals
DM642 EVM Audio DAC	Configure codec to convert digital audio input to analog audio output
DM642 EVM FPGA GPIO Read	User GPIO registers to read from selected pins
DM642 EVM FPGA GPIO Write	Write to GPIO registers
DM642 EVM LED	Control LEDs
DM642 EVM Reset	Reset to initial conditions
DM642 EVM Video ADC	Video decoders to capture analog video
DM642 EVM Video DAC	Video encoder to display video
DM642 EVM Video Port	Video port to receive video data from video input port

DM6437 EVM (dm6437evmlib)

C6000 Deinterleave	Separate interleaved YCbCr 4:2:2 data into Y, Cb, and Cr components
C6000 Interleave	Convert planar YCbCr 4:2:2 data to interleaved YCbCr 4:2:2 data
C6000 IP Config	Configure Internet Protocol on C6000 targets with Ethernet ports
DM6437 EVM ADC	Configure AIC33 audio codec to capture audio stream from LINE-IN or MIC
DM6437 EVM DAC	Configure AIC33 codec to convert digital signal to audio output on LINE OUT and HP OUT
DM6437 EVM DIP	Output state of user-selected DIP switch as Boolean
DM6437 EVM LED	Apply Boolean input to user-selected LED
DM6437 EVM Video Capture	Configure video peripherals to capture NTSC/PAL video
DM643x CAN Receive	Receive messages from CAN serial communications bus on DM643x
DM643x CAN Setup	Configure CAN serial communications bus parameters on DM643x
DM643x CAN Transmit	Configure CAN mailbox to transmit messages on CAN serial communications bus on DM643x
DM643x Draw Rectangles	Configure Video Processing Back End to draw rectangles using On Screen Display (OSD) module
DM643x OSD	Overlay graphics and text on video
DM643x PWM	Configure DM643x DSP Event Manager to generate PWM waveforms
DM643x UART Config	Configure DM643x UART for serial communication
DM643x UART Receive	Configure receiver element of DM643x UART module for serial communication
DM643x UART Transmit	Configure transmitter element of DM643x UART module for serial communication
DM643x Video Display	Configure Video Processing Back End to display NTSC/PAL video

DM648 EVM (dm648evmlib)

C6000 IP Config	Configure Internet Protocol on C6000 targets with Ethernet ports
DM648 EVM Video Capture	Configure DSP peripherals to capture NTSC/PAL or HD video
DM648 EVM Video Display	Configure DSP peripherals to display NTSC, PAL, HD, or VESA video

DSP/BIOS (dspbioslib)

DSP/BIOS Hardware Interrupt	Generate Interrupt Service Routine
DSP/BIOS Task	Create task that runs as separate DSP/BIOS thread
DSP/BIOS Triggered Task	Create asynchronously triggered task

Memory Operations

Memory Allocate	Allocate memory section
Memory Copy	Copy to and from memory section

Optimization — C62x DSP Library (tic62dsplib)

C62x Convert Floating-Point to Q.15	Convert single-precision floating-point input signal to Q.15 fixed-point
C62x Convert Q.15 to Floating-Point	Convert Q.15 fixed-point signal to single-precision floating-point

C62x Complex FIR	Filter complex input signal using complex FIR filter
C62x General Real FIR	Filter real input signal using real FIR filter
C62x LMS Adaptive FIR	LMS adaptive FIR filtering
C62x Radix-4 Real FIR	Filter real input signal using real FIR filter
C62x Radix-8 Real FIR	Filter real input signal using real FIR filter
C62x Real Forward Lattice All-Pole IIR	Filter real input signal using lattice filter
C62x Real IIR	Filter real input signal using IIR filter
C62x Symmetric Real FIR	Filter real input signal using FIR filter

C62x Autocorrelation	Autocorrelate input vector or frame-based matrix
C62x Block Exponent	Minimum number of extra sign bits in each input channel
C62x Matrix Multiply	Matrix multiply two input signals
C62x Matrix Transpose	Matrix transpose input signal
C62x Reciprocal	Fraction and exponent portions of reciprocal of real input signal
C62x Vector Dot Product	Vector dot product of real input signals
C62x Vector Maximum Index	Zero-based index of maximum value element in each input signal channel
C62x Vector Maximum Value	Maximum value for each input signal channel
C62x Vector Minimum Value	Minimum value for each input signal channel
C62x Vector Multiply	Element-wise multiplication on inputs
C62x Vector Negate	Negate each input signal element
C62x Vector Sum of Squares	Sum of squares over each real input channel
C62x Weighted Vector Sum	Weighted sum of input vectors

C62x Bit Reverse	Bit-reverse elements of each complex input signal channel
C62x FFT	Decimation-in-frequency forward FFT of complex input vector
C62x Radix-2 FFT	Radix-2 decimation-in-frequency forward FFT of complex input vector
C62x Radix-2 IFFT	Radix-2 inverse FFT of complex input vector

Optimization — C64x DSP Library (tic64dsplib)

C64x Convert Floating-Point to Q.15	Convert floating-point signal to Q.15 fixed-point
C64x Convert Q.15 to Floating-Point	Convert Q.15 fixed-point signal to single-precision floating-point

C64x Complex FIR	Filter complex input signal using complex FIR filter
C64x General Real FIR	Filter real input signal using real FIR filter
C64x LMS Adaptive FIR	LMS adaptive FIR filtering
C64x Radix-4 Real FIR	Filter real input signal using real FIR filter
C64x Radix-8 Real FIR	Filter real input signal using real FIR filter
C64x Real Forward Lattice All-Pole IIR	Filter real input signal using lattice IIR filter
C64x Real IIR	Filter real input signal using IIR filter
C64x Symmetric Real FIR	Filter real input signal using FIR filter

C64x Autocorrelation	Autocorrelate input vector or frame-based matrix
C64x Block Exponent	Minimum number of extra sign bits in each input channel
C64x Matrix Multiply	Matrix multiply two input signals
C64x Matrix Transpose	Matrix transpose input signal
C64x Reciprocal	Fraction and exponent of reciprocal of real input signal
C64x Vector Dot Product	Vector dot product of real input signals
C64x Vector Maximum Index	Zero-based index of maximum value element in each input signal channel
C64x Vector Maximum Value	Maximum value for each input signal channel
C64x Vector Minimum Value	Minimum value for each input signal channel
C64x Vector Multiply	Element-wise multiplication on inputs
C64x Vector Negate	Negate each input signal element
C64x Vector Sum of Squares	Sum of squares over each real input channel
C64x Weighted Vector Sum	Weighted sum of input vectors

C64x Bit Reverse	Bit-reverse elements of each complex input signal channel
C64x FFT	Decimation-in-frequency forward FFT of complex input vector
C64x Radix-2 FFT	Radix-2 decimation-in-frequency forward FFT of complex input vector
C64x Radix-2 IFFT	Radix-2 inverse FFT of complex input vector

Scheduling

C6000 Block Processing	Repeat user-specified operation on submatrices of input matrix, using internal memory of DSP for increased efficiency
C6000 CPU Timer	Select timer and configure periodic interrupt
C6000 EDMA	Configure EDMA Controller on C6000 processor

C5000/C6000 Hardware Interrupt	Interrupt Service Routine to handle hardware interrupt on C5000 and C6000 processors
Idle Task	Create free-running task

Target Communication (targetcommlib)

Byte Pack	Convert input signals to uint8 vector
Byte Reversal	Reverse order of bytes in input word
Byte Unpack	Unpack UDP uint8 input vector into Simulink data type values
C6000 IP Config	Configure Internet Protocol on C6000 targets with Ethernet ports
C6000 TCP/IP Receive	Receive message from remote IP interface
C6000 TCP/IP Send	Send message to remote IP interface
C6000 UDP Receive	Receive uint8 vector as UDP message
C6000 UDP Send	Send UDP message to host

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Module Packaging

Data Object Wizard

Simulink data object wizard for creating potential Simulink data objects

Alphabetical List

Blocks — Alphabetical List

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