Summary of Block Implementations :: Specifying Block Implementations and Parameters for HDL Code Generation (Simulink® HDL Coder™)

Summary of Block Implementations

The following table summarizes all blocks that are supported for HDL code generation and their available implementations in the current release. The columns signify

Simulink Block: Library path and block name.
Blockscope: Block path and name to be passed as a blockscope string argument to forEach or forAll.
Implementations and Parameters: Names of available implementations, and parameters supported for the implementation (if any). For blocks that have more than one implementation listed, see Blocks with Multiple Implementations for information on the trade-offs involved in choosing different implementations.
When specifying an implementation argument to forEach or forAll, use the format package.class, for example, hdldefaults.AssignmentHDLEmission or hdlstateflow.StateflowHDLInstantiation. Almost all implementation classes currently belong to the package hdldefaults. In the following table, the package name is given explicitly only for classes that belong to some other package.
See Block Implementation Parameters for information on implementation parameters and how to specify them.

Some blocks have specific requirements and restrictions on how they are configured for HDL code generation. The table provides links to relevant documentation for blocks that have such requirements.

Note Support for complex signals is limited to a subset of the blocks listed in this section. See Blocks That Support Complex Data.

Simulink Block Blockscope Implementations and Parameters

commseqgen2/PN Sequence Generator

(See PN Sequence Generator Block Requirements and Restrictions.)
commseqgen2/PN Sequence Generator
PNgenHDLEmission
Parameters: OutputPipeline, InputPipeline

discoverylib/HDL Cosimulation
lfilinklib/HDL Cosimulation
hdldiscovery.DiscoveryHDLInstantiation
Parameters: See Interface Generation Parameters.

dspadpt3/LMS Filter

(See LMS Filter Usage and Restrictions.)
dspadpt3/LMS Filter
LMSFilterHDLEmission
Parameters: OutputPipeline, InputPipeline

dsparch4/Biquad Filter

(See Biquad Filter Block Requirements and Restrictions, CoeffMultipliers.)
dsparch4/Biquad Filter
BiquadFilterHDLInstantiation
Parameters: OutputPipeline, InputPipeline, CoeffMultipliers

dsparch4/Digital Filter

(See Digital Filter Block Requirements and Restrictions, CoeffMultipliers,Distributed Arithmetic Implementation Parameters for Digital Filter Blocks.)
dsparch4/Digital Filter
DigitalFilterHDLInstantiation
Parameters: OutputPipeline, InputPipeline, CoeffMultipliers, DALUTPartition, DARadix

dspindex/Multiport Selector
dspindex/Multiport Selector
MultiportSelectorHDLEmission
Parameters: OutputPipeline, InputPipeline

dspindex/Variable Selector
dspindex/Variable Selector
VariableSelectorHDLEmission
Parameters: OutputPipeline, InputPipeline

dspmlti4/CIC Decimation

(See Multirate CIC Decimation and Multirate FIR Decimation Blocks Requirements and Restrictions.)
dspmlti4/CIC Decimation
CICDecimationHDLInstantiation
Parameters: OutputPipeline, InputPipeline

dspmlti4/CIC Interpolation

(See Multirate CIC Interpolation and Multirate FIR Interpolation Blocks Requirements and Restrictions.)
dspmlti4/CIC Interpolation
CICInterpolationHDLInstantiation
Parameters: OutputPipeline, InputPipeline

dspmlti4/FIR Decimation

(See Multirate CIC Decimation and Multirate FIR Decimation Blocks Requirements and Restrictions, CoeffMultipliers.)
dspmlti4/FIR Decimation
FIRDecimationHDLInstantiation
Parameters: OutputPipeline, InputPipeline, CoeffMultipliers

dspmlti4/FIR Interpolation

(See Multirate CIC Interpolation and Multirate FIR Interpolation Blocks Requirements and Restrictions, CoeffMultipliers.)
dspmlti4/FIR Interpolation
FIRInterpolationHDLInstantiation
Parameters: OutputPipeline, InputPipeline, CoeffMultipliers

dspsigattribs/Convert 1-D to 2-D
dspsigattribs/Convert 1-D to 2-D
PassThroughHDLEmission
Parameters: OutputPipeline, InputPipeline

dspsigattribs/Data Type Conversion
(See Data Type Conversion Block Requirements and Restrictions.)
built-in/
DataTypeConversion
DataTypeConversion
DataTypeConversionRTW
DataTypeConversionHDLEmission
Parameters: OutputPipeline, InputPipeline

dspsigattribs/Frame Conversion
built-in/FrameConversion
FrameConversionHDLEmission
Parameters: OutputPipeline, InputPipeline

dspsigops/Delay
dspsigops/Delay
DSPDelayHDLEmission
Parameters: OutputPipeline, InputPipeline, ResetType

dspsigops/Downsample
dspsigops/Downsample
DownsampleHDLEmission
Parameters: OutputPipeline, InputPipeline

dspsigops/Upsample
dspsigops/Upsample
UpsampleHDLEmission
Parameters: OutputPipeline, InputPipeline

dspsigops/NCO

(See NCO Block Requirements and Restrictions.)
dspsigops/NCO
NCOHDLEmission
Parameters: OutputPipeline, InputPipeline

dspsnks4/Matrix Viewer
dspsnks4/Matrix Viewer
NoHDLEmission

dspsnks4/Signal To Workspace
dspsnks4/Signal To Workspace
NoHDLEmission

dspsnks4/Spectrum Scope
dspsnks4/Spectrum Scope
NoHDLEmission

dspsnks4/Time Scope
built-in/Scope
NoHDLEmission

dspsnks4/Vector Scope
dspsnks4/Vector Scope
NoHDLEmission

dspsnks4/Waterfall
dspsnks4/Waterfall
NoHDLEmission

dspsrcs4/DSP Constant
dspsrcs4/DSP Constant
Constant (default)
ConstantHDLEmission
Parameters: OutputPipeline

dspsrcs4/Sine Wave

(See Sine Wave Block Requirements and Restrictions.)
dspsrcs4/Sine Wave
SineWaveHDLEmission
Parameters: OutputPipeline, InputPipeline

dspstat3/Maximum
dspstat3/Maximum
MinMaxTree
MinMaxCascade
MinMaxTreeHDLEmission
MinMaxCascadeHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

dspstat3/Minimum
dspstat3/Minimum
MinMaxTree
MinMaxCascade
MinMaxTreeHDLEmission
MinMaxCascadeHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

hdldemolib/Bit Concat

(See Bitwise Operators.)
hdldemolib/Bit Concat
BitConcat
Parameters: OutputPipeline, InputPipeline.

hdldemolib/Bit Reduce

(See Bitwise Operators.)
hdldemolib/Bit Reduce
BitReduce
Parameters: OutputPipeline, InputPipeline

hdldemolib/Bit Rotate

(See Bitwise Operators.)
hdldemolib/Bit Rotate
BitRotate
Parameters: OutputPipeline, InputPipeline

hdldemolib/Bit Shift

(See Bitwise Operators.)
hdldemolib/Bit Shift
BitShift
Parameters: OutputPipeline, InputPipeline

hdldemolib/Bit Slice

(See Bitwise Operators.)
hdldemolib/Bit Slice
BitSlice
Parameters: OutputPipeline, InputPipeline

hdldemolib/Dual Port RAM

(See Dual Port RAM Block.)
hdldemolib/Dual Port RAM
RamBlockDualHDLInstantiation
Parameters: OutputPipeline, InputPipeline, RAMStyle

hdldemolib/HDL Counter

(See HDL Counter.)
hdldemolib/HDL Counter
HDLCounterHDLEmission
Parameters: OutputPipeline, InputPipeline

hdldemolib/HDL FFT

(See HDL FFT.)
hdldemolib/HDL FFT
FFTDITMRHDLEmission
Parameters: OutputPipeline, InputPipeline

hdldemolib/HDL Streaming FFT

(See HDL Streaming FFT
hdldemolib/HDLStreaming FFT
FFT
Parameters: OutputPipeline, InputPipeline

hdldemolib/Simple Dual Port RAM

(See Simple Dual Port RAM Block. )
hdldemolib/Simple Dual Port RAM
RamBlockSimpDualHDLInstantiation
Parameters: OutputPipeline, InputPipeline, RAMStyle

hdldemolib/Single Port RAM

(See Single Port RAM Block.)
hdldemolib/Single Port RAM
RamBlockSingleHDLInstantiation
Parameters: OutputPipeline, InputPipeline, RAMStyle

lfilinklib/HDL Cosimulation
lfilinklib/HDL Cosimulation
hdlincisive.IncisiveHDLInstantiation
Parameters: See Interface Generation Parameters.

modelsimlib/HDL Cosimulation
modelsimlib/HDL Cosimulation
ModelSimHDLInstantiation
Parameters: See Interface Generation Parameters.

modelsimlib/To VCD File
modelsimlib/To VCD File
NoHDLEmission

sflib/Chart

(See Stateflow HDL Code Generation Support.)
sflib/Chart
hdlstateflow
.StateflowHDLInstantiation
Parameters: OutputPipeline, InputPipeline, DistributedPipelining, ResetType

sflib/Truth Table
sflib/Truth Table
hdlstateflow
.StateflowHDLInstantiation
Parameters: OutputPipeline, InputPipeline, DistributedPipelining, ResetType

Signal Routing/From
built-in/From
FromBlock
Parameters: OutputPipeline, InputPipeline

Signal Routing/Go To
built-in/Goto
GotoBlock
Parameters: OutputPipeline, InputPipeline

simulink/Additional Math & Discrete/Additional Discrete/Unit Delay Enabled
simulink/Additional Math & Discrete/Additional Discrete/Unit Delay Enabled
UnitDelayEnabledHDLEmission
Parameters: OutputPipeline, InputPipeline, ResetType

simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Decrement Real World
simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Decrement Real World
IncrementOrDecrementRWV
Parameters: OutputPipeline, InputPipeline

simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Increment Real World
simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Increment Real World
IncrementOrDecrementRWV
Parameters: OutputPipeline, InputPipeline

simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Decrement Stored Integer
simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Decrement Stored Integer
IncrementOrDecrementSI
Parameters: OutputPipeline, InputPipeline

simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Increment Store Integer
simulink/Additional Math & Discrete/
Additional Math: Increment - Decrement/Decrement Real World
IncrementOrDecrementSI
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/Constant
built-in/Constant
Constant (default)
ConstantHDLEmission
ConstantSpecialHDLEmission
Parameters: Both implementations support OutputPipeline. ConstantSpecialHDLEmission also supports Value parameter (see Built-In/Constant).

simulink/Commonly Used Blocks/Data Type Conversion
(See Data Type Conversion Block Requirements and Restrictions.)
built-in/
DataTypeConversion
DataTypeConversionRTW
DataTypeConversionHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks
/Discrete-Time Integrator

(See Discrete-Time Integrator Requirements and Restrictions.)
built-in/
DiscreteIntegrator
DiscreteTimeIntegratorRTW
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/Demux
built-in/Demux
Demux (default)
DemuxHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/Gain
built-in/Gain
GainMultHDLEmission
GainFCSDHDLEmission
GainCSDHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

simulink/Commonly Used Blocks/Ground
built-in/Ground
Constant (default)
ConstantHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/In1
built-in/Inport
NoHDLEmission
(Input ports are generated automatically.)

simulink/Commonly Used Blocks/Logical Operator
built-in/Logic
LogicHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/Mux
built-in/Mux
Mux (default)
MuxHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/Out1
built-in/Outport
NoHDLEmission
(Output ports are generated automatically.)

simulink/Commonly Used Blocks/Product
built-in/Product
ProductRTW
ProductLinearHDLEmission
ProductTree
ProductTreeHDLEmission
ProductCascade
ProductCascadeHDLEmission
RecipNewtonHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.
Note: ProductTree and ProductCascade are supported for Product blocks having a single vector input that has two or more elements.

simulink/Commonly Used Blocks/Relational Operator
built-in/
RelationalOperator
RelationalOperatorHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/Scope
built-in/Scope
NoHDLEmission

simulink/Commonly Used Blocks/Sum
built-in/Sum
SumRTW
SumLinearHDLEmission
SumTreeHDLEmission
SumCascade
SumCascadeHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.
Note: SumTreeHDLEmission and SumCascade are supported for Sum blocks having a single vector input that has two or more elements.

simulink/Commonly Used Blocks/Switch
built-in/Switch
SwitchRTW (default)
SwitchHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Commonly Used Blocks/Terminator
built-in/Terminator
NoHDLEmission

simulink/Commonly Used Blocks/Unit Delay
built-in/UnitDelay
UnitDelayRTW
UnitDelayHDLEmission
Parameters: OutputPipeline, InputPipeline, ResetType

simulink/Discontinuties
/Saturation Dynamic
simulink/Discontinuties
/Saturation Dynamic
SaturationDynamic
Parameters: OutputPipeline, InputPipeline

simulink/Discrete
/Discrete FIR Filter

(See CoeffMultipliers,Distributed Arithmetic Implementation Parameters for Digital Filter Blocks.)
built-in/
DiscreteFir
DiscreteFIRFilterHDLInstantiation
Parameters: CoeffMultipliers, DALUTPartition, DARadix, OutputPipeline, InputPipeline

simulink/Discontinuities
/Saturation
built-in//Saturation
SaturationHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Discrete/Integer Delay
simulink/
Discrete/Integer Delay
IntegerDelayHDLEmission
Parameters: OutputPipeline, InputPipeline, ResetType

simulink/Discrete/Memory
built-in/Memory
MemoryHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Discrete/Tapped Delay
simulink/Discrete/
Tapped Delay
TappedDelayHDLEmission
Parameters: OutputPipeline, InputPipeline, ResetType

simulink/Discrete/
Zero-Order Hold
built-in/ZeroOrderHold
ZeroOrderHoldHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Logic and Bit Operations/Bit Clear
simulink/Logic and Bit Operations/Bit Clear
BitOpsHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Logic and Bit Operations/Bit Set
simulink/Logic and Bit Operations/Bit Set
BitOpsHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Logic and Bit Operations/Bitwise Operator
simulink/Logic and Bit Operations/Bitwise Operator
BitOpsHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Logic and Bit Operations/Compare To Constant
simulink/Logic and Bit Operations/Compare To Constant
CompareToConstHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Logic and Bit Operations/Extract Bits
simulink/Logic and Bit Operations/Extract Bits
ExtractBits
Parameters: OutputPipeline, InputPipeline

simulink/Logic and Bit Operations/Compare To Zero
simulink/Logic and Bit Operations/Compare To Zero
CompareToZeroHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Logic and Bit Operations/Shift Arithmetic
simulink/Logic and Bit Operations/Shift Arithmetic
BitOpsHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Lookup Tables/Direct Lookup Table (n-D)

(See Using Lookup Table Blocks)
built-in/Direct Lookup Table (n-D)
DirectLookupTable

simulink/Lookup Tables/Lookup Table

(See Using Lookup Table Blocks.)
built-in/Lookup
LookupHDLInstantiation
LookupHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

simulink/Lookup Tables/Lookup Table (n-D)

(See Using Lookup Table Blocks)
built-in/Lookup_n-D
LookupTableND

simulink/Lookup Tables/Prelookup

(See Using Lookup Table Blocks)
built-in/Prelookup
Prelookup

simulink/Math Operations/Abs
built-in/Abs
AbsHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/Add
built-in/Sum
SumRTW
SumTreeHDLEmission
SumLinearHDLEmission
SumCascade
SumCascadeHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.
Note: SumTreeHDLEmission and SumCascade are supported for Add blocks having a single vector input with multiple elements.

simulink/Math Operations/Assignment
built-in/Assignment
AssignmentHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/Complex to Real-Imag
built-in
/ComplexToRealImag
ComplexToRealImag (default)
ComplexToRealImagHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/Divide
(See Divide Block Implementations for information on computation of reciprocal.)
built-in/Product
ProductRTW
ProductLinearHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

simulink/Math Operations/Divide/reciprocal
(The reciprocal operation is a special case, supporting two implementations, as described in Divide Block Implementations.)
built-in/Product
ProductLinearHDLEmission
RecipNewtonHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

simulink/Math Operations/Math Function (sqrt, reciprocal, conj, hermitian, transpose)
built-in/Math
See Math Function Block Implementations.

simulink/Math Operations/Matrix Concatenate
built-in/Concatenate
MuxHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/MinMax
built-in/MinMax
MinMaxTree
MinMaxCascade
MinMaxCascadeHDLEmission
MinMaxTreeHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

simulink/Math Operations/Product of Elements
built-in/Product
ProductRTW
ProductTree
ProductTreeHDLEmission
ProductLinearHDLEmission
ProductCascade
ProductCascadeHDLEmission
RecipNewtonHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.

simulink/Math Operations/Real-Imag to Complex
built-in
/RealImagtoComplex
RealImagtoComplex (default)
RealImagtoComplexHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/Reshape
simulink/Math Operations/Reshape
PassThroughHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/Sign
built-in/Signum
SignumHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/Subtract
built-in/Sum
SumRTW
SumTree
SumTreeHDLEmission
SumLinearHDLEmission
SumCascade
SumCascadeHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.
Note: SumTree and SumCascade are supported for Subtract blocks having a single vector input with multiple elements.

simulink/Math Operations/Sum of Elements
built-in/Sum
SumRTW
SumTree
SumTreeHDLEmission
SumLinearHDLEmission
SumCascade
SumCascadeHDLEmission
Parameters: All implementations support OutputPipeline, InputPipeline.
Note: SumTree and SumCascade are supported for Sum of Elements blocks having a single vector input with multiple elements.

simulink/Math Operations/Unary Minus
built-in/UnaryMinus
UnaryMinusHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Math Operations/Vector Concatenate
built-in/Concatenate
MuxHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Model Verification/Assertion
built-in/Assertion
NoHDLEmission

simulink/Model Verification/Check Discrete Gradient
simulink/Model Verification/Check Discrete Gradient
NoHDLEmission

simulink/Model Verification/Check Dynamic Gap
simulink/Model Verification/Check Dynamic Gap
NoHDLEmission

simulink/Model Verification/Check Dynamic Lower Bound
simulink/Model Verification/Check Dynamic Lower Bound
NoHDLEmission

simulink/Model Verification/Check Dynamic Range
simulink/Model Verification/Check Dynamic Range
NoHDLEmission

simulink/Model Verification/Check Dynamic Upper Bound
simulink/Model Verification/Check Dynamic Upper Bound
NoHDLEmission

simulink/Model Verification/Check Input Resolution
simulink/Model Verification/Check Input Resolution
NoHDLEmission

simulink/Model Verification/Check Static Gap
simulink/Model Verification/Check Static Gap
NoHDLEmission

simulink/Model Verification/Check Static Lower Bound
simulink/Model Verification/Check Static Lower Bound
NoHDLEmission

simulink/Model Verification/Check Static Range
simulink/Model Verification/Check Static Range
NoHDLEmission

simulink/Model Verification/Check Static Upper Bound
simulink/Model Verification/Check Static Upper Bound
NoHDLEmission

simulink/Model-Wide Utilities/DocBlock
simulink/Model-Wide Utilities/DocBlock
DocBlockHDLEmission
NoHDLEmission

simulink/Ports & Subsystems/Enable
(See Code Generation for Enabled and Triggered Subsystems.)
built-in/Enable
EnablePort

simulink/Ports & Subsystems/Trigger
(See Code Generation for Enabled and Triggered Subsystems.)
built-in/Trigger
TriggerPort

simulink/Ports & Subsystems/Model
built-in/ModelReference
ModelReferenceHDLInstantiation
Parameters: See Interface Generation Parameters.

simulink/Signal Attributes/Data Type Duplicate
simulink/Signal Attributes/Data Type Duplicate
NoHDLEmission

simulink/Signal Attributes/Data Type Propagation
simulink/Signal Attributes/Data Type Propagation
NoHDLEmission

simulink/Signal Attributes/Rate Transition
built-in/RateTransition
RateTransitionHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Signal Attributes/Signal Conversion
built-in/SignalConversion
PassThroughHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Signal Attributes/Signal Specification
built-in/
SignalSpecification
SignalSpecificationHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Signal Routing/Index Vector
built-in/MultiPortSwitch
MultiPortSwitchHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Signal Routing/Multiport Switch
built-in/MultiPortSwitch
MultiPortSwitchHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Signal Routing/Selector
built-in/Selector
SelectorHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Sinks/Display
built-in/Display
NoHDLEmission

simulink/Sinks/Floating Scope
built-in/Scope
NoHDLEmission

simulink/Sinks/Stop Simulation
built-in/Stop
NoHDLEmission

simulink/Sinks/To File
built-in/ToFile
NoHDLEmission

simulink/Sinks/To Workspace
built-in/ToWorkspace
NoHDLEmission

simulink/Sinks/XY Graph
simulink/Sinks/XY Graph
NoHDLEmission

simulink/Sources/Counter Free-Running
simulink/Sources/Counter Free-Running
CounterFreeRunningHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/Sources/Counter Limited
simulink/Sources/Counter Limited
CounterLimitedHDLEmission
Parameters: OutputPipeline, InputPipeline

simulink/User-Defined Functions/Embedded MATLAB Function

(See Generating HDL Code with the Embedded MATLAB Function Block.)
simulink/User-Defined Functions/Embedded MATLAB Function
hdlstateflow
.StateflowHDLInstantiation
Parameters: OutputPipeline, InputPipeline, DistributedPipelining

Simulink Block	Blockscope	Implementations and Parameters
commseqgen2/PN Sequence Generator (See PN Sequence Generator Block Requirements and Restrictions.)	commseqgen2/PN Sequence Generator	PNgenHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
discoverylib/HDL Cosimulation	lfilinklib/HDL Cosimulation	hdldiscovery.DiscoveryHDLInstantiation Parameters: See Interface Generation Parameters.
dspadpt3/LMS Filter (See LMS Filter Usage and Restrictions.)	dspadpt3/LMS Filter	LMSFilterHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dsparch4/Biquad Filter (See Biquad Filter Block Requirements and Restrictions, CoeffMultipliers.)	dsparch4/Biquad Filter	BiquadFilterHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `CoeffMultipliers`
dsparch4/Digital Filter (See Digital Filter Block Requirements and Restrictions, CoeffMultipliers,Distributed Arithmetic Implementation Parameters for Digital Filter Blocks.)	dsparch4/Digital Filter	DigitalFilterHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `CoeffMultipliers`, `DALUTPartition`, `DARadix`
dspindex/Multiport Selector	dspindex/Multiport Selector	MultiportSelectorHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspindex/Variable Selector	dspindex/Variable Selector	VariableSelectorHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspmlti4/CIC Decimation (See Multirate CIC Decimation and Multirate FIR Decimation Blocks Requirements and Restrictions.)	dspmlti4/CIC Decimation	CICDecimationHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`
dspmlti4/CIC Interpolation (See Multirate CIC Interpolation and Multirate FIR Interpolation Blocks Requirements and Restrictions.)	dspmlti4/CIC Interpolation	CICInterpolationHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`
dspmlti4/FIR Decimation (See Multirate CIC Decimation and Multirate FIR Decimation Blocks Requirements and Restrictions, CoeffMultipliers.)	dspmlti4/FIR Decimation	FIRDecimationHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `CoeffMultipliers`
dspmlti4/FIR Interpolation (See Multirate CIC Interpolation and Multirate FIR Interpolation Blocks Requirements and Restrictions, CoeffMultipliers.)	dspmlti4/FIR Interpolation	FIRInterpolationHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `CoeffMultipliers`
dspsigattribs/Convert 1-D to 2-D	dspsigattribs/Convert 1-D to 2-D	PassThroughHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspsigattribs/Data Type Conversion (See Data Type Conversion Block Requirements and Restrictions.)	built-in/ DataTypeConversion	DataTypeConversion DataTypeConversionRTW DataTypeConversionHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspsigattribs/Frame Conversion	built-in/FrameConversion	FrameConversionHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspsigops/Delay	dspsigops/Delay	DSPDelayHDLEmission Parameters: `OutputPipeline`, `InputPipeline`, `ResetType`
dspsigops/Downsample	dspsigops/Downsample	DownsampleHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspsigops/Upsample	dspsigops/Upsample	UpsampleHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspsigops/NCO (See NCO Block Requirements and Restrictions.)	dspsigops/NCO	NCOHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspsnks4/Matrix Viewer	dspsnks4/Matrix Viewer	NoHDLEmission
dspsnks4/Signal To Workspace	dspsnks4/Signal To Workspace	NoHDLEmission
dspsnks4/Spectrum Scope	dspsnks4/Spectrum Scope	NoHDLEmission
dspsnks4/Time Scope	built-in/Scope	NoHDLEmission
dspsnks4/Vector Scope	dspsnks4/Vector Scope	NoHDLEmission
dspsnks4/Waterfall	dspsnks4/Waterfall	NoHDLEmission
dspsrcs4/DSP Constant	dspsrcs4/DSP Constant	Constant (default) ConstantHDLEmission Parameters: `OutputPipeline`
dspsrcs4/Sine Wave (See Sine Wave Block Requirements and Restrictions.)	dspsrcs4/Sine Wave	SineWaveHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
dspstat3/Maximum	dspstat3/Maximum	MinMaxTree MinMaxCascade MinMaxTreeHDLEmission MinMaxCascadeHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
dspstat3/Minimum	dspstat3/Minimum	MinMaxTree MinMaxCascade MinMaxTreeHDLEmission MinMaxCascadeHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
hdldemolib/Bit Concat (See Bitwise Operators.)	hdldemolib/Bit Concat	BitConcat Parameters: `OutputPipeline`, `InputPipeline`.
hdldemolib/Bit Reduce (See Bitwise Operators.)	hdldemolib/Bit Reduce	BitReduce Parameters: `OutputPipeline`, `InputPipeline`
hdldemolib/Bit Rotate (See Bitwise Operators.)	hdldemolib/Bit Rotate	BitRotate Parameters: `OutputPipeline`, `InputPipeline`
hdldemolib/Bit Shift (See Bitwise Operators.)	hdldemolib/Bit Shift	BitShift Parameters: `OutputPipeline`, `InputPipeline`
hdldemolib/Bit Slice (See Bitwise Operators.)	hdldemolib/Bit Slice	BitSlice Parameters: `OutputPipeline`, `InputPipeline`
hdldemolib/Dual Port RAM (See Dual Port RAM Block.)	hdldemolib/Dual Port RAM	RamBlockDualHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `RAMStyle`
hdldemolib/HDL Counter (See HDL Counter.)	hdldemolib/HDL Counter	HDLCounterHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
hdldemolib/HDL FFT (See HDL FFT.)	hdldemolib/HDL FFT	FFTDITMRHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
hdldemolib/HDL Streaming FFT (See HDL Streaming FFT	hdldemolib/HDLStreaming FFT	FFT Parameters: `OutputPipeline`, `InputPipeline`
hdldemolib/Simple Dual Port RAM (See Simple Dual Port RAM Block. )	hdldemolib/Simple Dual Port RAM	RamBlockSimpDualHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `RAMStyle`
hdldemolib/Single Port RAM (See Single Port RAM Block.)	hdldemolib/Single Port RAM	RamBlockSingleHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `RAMStyle`
lfilinklib/HDL Cosimulation	lfilinklib/HDL Cosimulation	hdlincisive.IncisiveHDLInstantiation Parameters: See Interface Generation Parameters.
modelsimlib/HDL Cosimulation	modelsimlib/HDL Cosimulation	ModelSimHDLInstantiation Parameters: See Interface Generation Parameters.
modelsimlib/To VCD File	modelsimlib/To VCD File	NoHDLEmission
sflib/Chart (See Stateflow HDL Code Generation Support.)	sflib/Chart	hdlstateflow .StateflowHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `DistributedPipelining`, `ResetType`
sflib/Truth Table	sflib/Truth Table	hdlstateflow .StateflowHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `DistributedPipelining`, `ResetType`
Signal Routing/From	built-in/From	FromBlock Parameters: `OutputPipeline`, `InputPipeline`
Signal Routing/Go To	built-in/Goto	GotoBlock Parameters: `OutputPipeline`, `InputPipeline`
simulink/Additional Math & Discrete/Additional Discrete/Unit Delay Enabled	simulink/Additional Math & Discrete/Additional Discrete/Unit Delay Enabled	UnitDelayEnabledHDLEmission Parameters: `OutputPipeline`, `InputPipeline`, `ResetType`
simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Decrement Real World	simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Decrement Real World	IncrementOrDecrementRWV Parameters: `OutputPipeline`, `InputPipeline`
simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Increment Real World	simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Increment Real World	IncrementOrDecrementRWV Parameters: `OutputPipeline`, `InputPipeline`
simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Decrement Stored Integer	simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Decrement Stored Integer	IncrementOrDecrementSI Parameters: `OutputPipeline`, `InputPipeline`
simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Increment Store Integer	simulink/Additional Math & Discrete/ Additional Math: Increment - Decrement/Decrement Real World	IncrementOrDecrementSI Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/Constant	built-in/Constant	Constant (default) ConstantHDLEmission ConstantSpecialHDLEmission Parameters: Both implementations support `OutputPipeline`. ConstantSpecialHDLEmission also supports `Value` parameter (see Built-In/Constant).
simulink/Commonly Used Blocks/Data Type Conversion (See Data Type Conversion Block Requirements and Restrictions.)	built-in/ DataTypeConversion	DataTypeConversionRTW DataTypeConversionHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks /Discrete-Time Integrator (See Discrete-Time Integrator Requirements and Restrictions.)	built-in/ DiscreteIntegrator	DiscreteTimeIntegratorRTW Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/Demux	built-in/Demux	Demux (default) DemuxHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/Gain	built-in/Gain	GainMultHDLEmission GainFCSDHDLEmission GainCSDHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
simulink/Commonly Used Blocks/Ground	built-in/Ground	Constant (default) ConstantHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/In1	built-in/Inport	NoHDLEmission (Input ports are generated automatically.)
simulink/Commonly Used Blocks/Logical Operator	built-in/Logic	LogicHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/Mux	built-in/Mux	Mux (default) MuxHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/Out1	built-in/Outport	NoHDLEmission (Output ports are generated automatically.)
simulink/Commonly Used Blocks/Product	built-in/Product	ProductRTW ProductLinearHDLEmission ProductTree ProductTreeHDLEmission ProductCascade ProductCascadeHDLEmission RecipNewtonHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`. Note: ProductTree and ProductCascade are supported for Product blocks having a single vector input that has two or more elements.
simulink/Commonly Used Blocks/Relational Operator	built-in/ RelationalOperator	RelationalOperatorHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/Scope	built-in/Scope	NoHDLEmission
simulink/Commonly Used Blocks/Sum	built-in/Sum	SumRTW SumLinearHDLEmission SumTreeHDLEmission SumCascade SumCascadeHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`. Note: SumTreeHDLEmission and SumCascade are supported for Sum blocks having a single vector input that has two or more elements.
simulink/Commonly Used Blocks/Switch	built-in/Switch	SwitchRTW (default) SwitchHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Commonly Used Blocks/Terminator	built-in/Terminator	NoHDLEmission
simulink/Commonly Used Blocks/Unit Delay	built-in/UnitDelay	UnitDelayRTW UnitDelayHDLEmission Parameters: `OutputPipeline`, `InputPipeline`, `ResetType`
simulink/Discontinuties /Saturation Dynamic	simulink/Discontinuties /Saturation Dynamic	SaturationDynamic Parameters: `OutputPipeline`, `InputPipeline`
simulink/Discrete /Discrete FIR Filter (See CoeffMultipliers,Distributed Arithmetic Implementation Parameters for Digital Filter Blocks.)	built-in/ DiscreteFir	DiscreteFIRFilterHDLInstantiation Parameters: `CoeffMultipliers`, `DALUTPartition`, `DARadix`, `OutputPipeline`, `InputPipeline`
simulink/Discontinuities /Saturation	built-in//Saturation	SaturationHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Discrete/Integer Delay	simulink/ Discrete/Integer Delay	IntegerDelayHDLEmission Parameters: `OutputPipeline`, `InputPipeline`, `ResetType`
simulink/Discrete/Memory	built-in/Memory	MemoryHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Discrete/Tapped Delay	simulink/Discrete/ Tapped Delay	TappedDelayHDLEmission Parameters: `OutputPipeline`, `InputPipeline`, `ResetType`
simulink/Discrete/ Zero-Order Hold	built-in/ZeroOrderHold	ZeroOrderHoldHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Logic and Bit Operations/Bit Clear	simulink/Logic and Bit Operations/Bit Clear	BitOpsHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Logic and Bit Operations/Bit Set	simulink/Logic and Bit Operations/Bit Set	BitOpsHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Logic and Bit Operations/Bitwise Operator	simulink/Logic and Bit Operations/Bitwise Operator	BitOpsHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Logic and Bit Operations/Compare To Constant	simulink/Logic and Bit Operations/Compare To Constant	CompareToConstHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Logic and Bit Operations/Extract Bits	simulink/Logic and Bit Operations/Extract Bits	ExtractBits Parameters: `OutputPipeline`, `InputPipeline`
simulink/Logic and Bit Operations/Compare To Zero	simulink/Logic and Bit Operations/Compare To Zero	CompareToZeroHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Logic and Bit Operations/Shift Arithmetic	simulink/Logic and Bit Operations/Shift Arithmetic	BitOpsHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Lookup Tables/Direct Lookup Table (n-D) (See Using Lookup Table Blocks)	built-in/Direct Lookup Table (n-D)	DirectLookupTable
simulink/Lookup Tables/Lookup Table (See Using Lookup Table Blocks.)	built-in/Lookup	LookupHDLInstantiation LookupHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
simulink/Lookup Tables/Lookup Table (n-D) (See Using Lookup Table Blocks)	built-in/Lookup_n-D	LookupTableND
simulink/Lookup Tables/Prelookup (See Using Lookup Table Blocks)	built-in/Prelookup	Prelookup
simulink/Math Operations/Abs	built-in/Abs	AbsHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/Add	built-in/Sum	SumRTW SumTreeHDLEmission SumLinearHDLEmission SumCascade SumCascadeHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`. Note: SumTreeHDLEmission and SumCascade are supported for Add blocks having a single vector input with multiple elements.
simulink/Math Operations/Assignment	built-in/Assignment	AssignmentHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/Complex to Real-Imag	built-in /ComplexToRealImag	ComplexToRealImag (default) ComplexToRealImagHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/Divide (See Divide Block Implementations for information on computation of reciprocal.)	built-in/Product	ProductRTW ProductLinearHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
simulink/Math Operations/Divide/reciprocal (The reciprocal operation is a special case, supporting two implementations, as described in Divide Block Implementations.)	built-in/Product	ProductLinearHDLEmission RecipNewtonHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
simulink/Math Operations/Math Function (`sqrt`, `reciprocal`, `conj`, `hermitian`, `transpose`)	built-in/Math	See Math Function Block Implementations.
simulink/Math Operations/Matrix Concatenate	built-in/Concatenate	MuxHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/MinMax	built-in/MinMax	MinMaxTree MinMaxCascade MinMaxCascadeHDLEmission MinMaxTreeHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
simulink/Math Operations/Product of Elements	built-in/Product	ProductRTW ProductTree ProductTreeHDLEmission ProductLinearHDLEmission ProductCascade ProductCascadeHDLEmission RecipNewtonHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`.
simulink/Math Operations/Real-Imag to Complex	built-in /RealImagtoComplex	RealImagtoComplex (default) RealImagtoComplexHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/Reshape	simulink/Math Operations/Reshape	PassThroughHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/Sign	built-in/Signum	SignumHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/Subtract	built-in/Sum	SumRTW SumTree SumTreeHDLEmission SumLinearHDLEmission SumCascade SumCascadeHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`. Note: SumTree and SumCascade are supported for Subtract blocks having a single vector input with multiple elements.
simulink/Math Operations/Sum of Elements	built-in/Sum	SumRTW SumTree SumTreeHDLEmission SumLinearHDLEmission SumCascade SumCascadeHDLEmission Parameters: All implementations support `OutputPipeline`, `InputPipeline`. Note: SumTree and SumCascade are supported for Sum of Elements blocks having a single vector input with multiple elements.
simulink/Math Operations/Unary Minus	built-in/UnaryMinus	UnaryMinusHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Math Operations/Vector Concatenate	built-in/Concatenate	MuxHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Model Verification/Assertion	built-in/Assertion	NoHDLEmission
simulink/Model Verification/Check Discrete Gradient	simulink/Model Verification/Check Discrete Gradient	NoHDLEmission
simulink/Model Verification/Check Dynamic Gap	simulink/Model Verification/Check Dynamic Gap	NoHDLEmission
simulink/Model Verification/Check Dynamic Lower Bound	simulink/Model Verification/Check Dynamic Lower Bound	NoHDLEmission
simulink/Model Verification/Check Dynamic Range	simulink/Model Verification/Check Dynamic Range	NoHDLEmission
simulink/Model Verification/Check Dynamic Upper Bound	simulink/Model Verification/Check Dynamic Upper Bound	NoHDLEmission
simulink/Model Verification/Check Input Resolution	simulink/Model Verification/Check Input Resolution	NoHDLEmission
simulink/Model Verification/Check Static Gap	simulink/Model Verification/Check Static Gap	NoHDLEmission
simulink/Model Verification/Check Static Lower Bound	simulink/Model Verification/Check Static Lower Bound	NoHDLEmission
simulink/Model Verification/Check Static Range	simulink/Model Verification/Check Static Range	NoHDLEmission
simulink/Model Verification/Check Static Upper Bound	simulink/Model Verification/Check Static Upper Bound	NoHDLEmission
simulink/Model-Wide Utilities/DocBlock	simulink/Model-Wide Utilities/DocBlock	DocBlockHDLEmission NoHDLEmission
simulink/Ports & Subsystems/Enable (See Code Generation for Enabled and Triggered Subsystems.)	built-in/Enable	EnablePort
simulink/Ports & Subsystems/Trigger (See Code Generation for Enabled and Triggered Subsystems.)	built-in/Trigger	TriggerPort
simulink/Ports & Subsystems/Model	built-in/ModelReference	ModelReferenceHDLInstantiation Parameters: See Interface Generation Parameters.
simulink/Signal Attributes/Data Type Duplicate	simulink/Signal Attributes/Data Type Duplicate	NoHDLEmission
simulink/Signal Attributes/Data Type Propagation	simulink/Signal Attributes/Data Type Propagation	NoHDLEmission
simulink/Signal Attributes/Rate Transition	built-in/RateTransition	RateTransitionHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Signal Attributes/Signal Conversion	built-in/SignalConversion	PassThroughHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Signal Attributes/Signal Specification	built-in/ SignalSpecification	SignalSpecificationHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Signal Routing/Index Vector	built-in/MultiPortSwitch	MultiPortSwitchHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Signal Routing/Multiport Switch	built-in/MultiPortSwitch	MultiPortSwitchHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Signal Routing/Selector	built-in/Selector	SelectorHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Sinks/Display	built-in/Display	NoHDLEmission
simulink/Sinks/Floating Scope	built-in/Scope	NoHDLEmission
simulink/Sinks/Stop Simulation	built-in/Stop	NoHDLEmission
simulink/Sinks/To File	built-in/ToFile	NoHDLEmission
simulink/Sinks/To Workspace	built-in/ToWorkspace	NoHDLEmission
simulink/Sinks/XY Graph	simulink/Sinks/XY Graph	NoHDLEmission
simulink/Sources/Counter Free-Running	simulink/Sources/Counter Free-Running	CounterFreeRunningHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/Sources/Counter Limited	simulink/Sources/Counter Limited	CounterLimitedHDLEmission Parameters: `OutputPipeline`, `InputPipeline`
simulink/User-Defined Functions/Embedded MATLAB Function (See Generating HDL Code with the Embedded MATLAB Function Block.)	simulink/User-Defined Functions/Embedded MATLAB Function	hdlstateflow .StateflowHDLInstantiation Parameters: `OutputPipeline`, `InputPipeline`, `DistributedPipelining`

Specifying Block Implementations and Parameters for HDL Code Generation

Blocks with Multiple Implementations

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