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| Target Support Package™ TC6 | |
Block Reference |  Alphabetical List |
|
| C6416DSK | Configure model for C6416 DSP Starter Kit |
| C6455DSK | Configure model for C6455 DSP Starter Kit |
| C6713DSK | Configure model for C6713 DSP Starter Kit |
| C6727PADK | Configure model for C6727 Professional Audio Development Kit |
| Custom Board C6000 | Configure model for C6000-processor-based custom hardware targets |
| DM642EVM V1, V2, and V3 | Configure model for DM642 Evaluation Module |
| DM6437 EVM | Configure target preferences for model of DM6437 EVM |
| TCI6482DSK | Configure model for TCI 6482 DSK |
| From RTDX | Add RTDX™ communication channel to send data from MATLAB® software to target |
| To RTDX | Add RTDX™ communication channel to send data from target to MATLAB® software |
|
| 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 |
|
| 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 |
| 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 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 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 |
| 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 CAN Receive | Receive messages from CAN serial communications bus on DM6437 EVM |
| DM6437 EVM CAN Setup | Configure CAN serial communications bus parameters on DM6437EVM |
| DM6437 EVM CAN Transmit | Configure CAN mailbox to transmit messages on CAN serial communications bus on DM6437 EVM |
| DM6437 EVM Draw Rectangles | Configure Video Processing Back End (VPBE) to draw rectangles using On Screen Display (OSD) module |
| DM6437 EVM OSD | Configure Video Processing Back End (VPBE) to display graphics using On Screen Display (OSD) module |
| DM6437 EVM Video Capture | Configure video peripherals to capture NTSC/PAL video |
| DM6437 EVM Video Display | Configure Video Processing Back End (VPBE) to display NTSC/PAL video |
| Block Processing | Repeat user-specified operation on submatrices of input matrix, using internal memory of DSP for increased efficiency |
| C6000 EDMA | Configure EDMA Controller on C6000™ processor |
| CPU Timer | Select timer and configure periodic interrupt |
| Hardware Interrupt | Generate Interrupt Service Routine |
| Idle Task | Create free-running task |
| Memory Allocate | Allocate memory section on C6000™ target |
| Memory Copy | Copy to and from memory section |
| 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 |
| UDP Receive | Receive uint8 vector as UDP message |
| UDP Send | Send UDP message |
| 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™ target |
| 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 |
| 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 |
| Setting Timing Parameters | Blocks — Alphabetical List | |
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