Equations Report

<Name>

Used for the input and output pins of the current design entity. This format is also used on buried node names in the design entity when the same buried node name remains following compilation. Synthesized names, however, are not used.

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<Entity> <Instance>_<Name>

Used for nodes in hierarchy levels below the current design entity where you assigned names to the nodes. The hierarchy level is represented by <Entity> <Instance>.

B1_carrybit[3]

<Entity> <Instance> <Type> <Index>[Q]

Used for nodes that are created or synthesized during compilation.

B1L7Q or C3M5

<Any One of the Above Formats>_EQ[<nn>]

Used for nodes to which you assigned a temporary name. The name is formed by adding the suffix, _EQ[<nn>], to one of the other formats.

B1_carrybit[8]_EQ4

CASCADE

Represents a CASCADE buffer inserted by Analysis & Synthesis.

CARRY

Represents the CARRY output of a CARRY_SUM buffer.

SUM

Represents the SUM output of a CARRY_SUM buffer.

DFFE

Represents a DFFE.

<Qoutput>=DFFE ( <Dinput>,<clock>,<nclear>,<npreset>,<clockenable> ).

DFFEA

Represents a DFFEA.

<Qoutput>=DFFEA ( <Dinput>,<clock>,<nclear>,<npreset>,<clockenable>,<data>,<aload> ).

DFFEAS

Represents a DFFEAS.

<Qoutput>=DFFEAS ( <Dinput>,<clock>,<nclear>,<npreset>,<clockenable>,<asdata>,<aload>,<sclear>,<sload> ).

GXB_RX

Represents GXB receiver channel usage in supported device(ArriaIIseries, and StratixIV) families. <node> = GXB_RX. <output port> (.DATAIN( <node> ), .XGMDATAIN( <node> ), .MASTERCLK( <node> ), .CORECLK( <node> ), .CRUCLK( <node> ), .PLLCLK( <node> ), .SOFTRESET( <node> ), .SERIALFBK( <node> ), .SLPBK( <node> ), .BITSLIP( <node> ), .ENACDETECT( <node> ), .WRITEENABLE( <node> ), .READENABLE( <node> ), .ALIGNSTATUS( <node> ), .DISABLEFIFORDIN( <node> ), .DISABLEFIFOWRIN( <node> ), .FIFORDIN( <node> ), .ENABLEDESKEW( <node> ), .FIFORESETRD( <node> ), .XGMCTRLIN( <node> ), .PARALLELFBK( <node> ), .POST8B10B( <node> ).

GXB_TX

Represents GXB transmitter channel usage in supported device(ArriaIIseries, and StratixIV) families. <node> = GXB_TX. <output port> (.DATAIN( <node> ), .SERIALDATAIN( <node> ), .XGMDATAIN( <node> ), .CORECLK( <node> ), .PLLCLK( <node> ), .FASTPLLCLK( <node> ), .SOFTRESET( <node> ), .XGMCTRL( <node> ), .SLPBK( <node> ), .CTRLENABLE( <node> ), .FORCEDISPARITY( <node> ).

MEMORY

Represents memory in supported device(ArriaIIseries, and StratixIV) families. <data output> = MEMORY ( <port A data input>, <port B data input>, <port A address>, <port B address>, <port A write enable>, <port B read/write enable>, <port A byte mask>, <port B byte mask>, <clock0>, <clock1>, <clock enable0>, <clock enable1>, <clear0>, <clear1> ).

MEMORY_SEGMENT

Represents memory in supported device(CycloneIII, and CycloneIV) families. <data output> = MEMORY_SEGMENT ( <clock0>, <clock1>, <clock enable0>, <clock enable1>, <write enable0>, <read enable>, <clear0>, <clear1> <data input>, <write address>, <read address> ).

PLL

Represents fast and enhanced PLL usage in supported device(ArriaIIseries) families. <node> = PLL. <output port> (.FBIN( <node> ),.ENA( <node> ),.CLKSWITCH( <node> ), .ARESET( <node> ),.PFDENA( <node> ), .SCANCLK( <node> ), .SCANACLR( <node> ) , .SCANDATA( <node> ) , .COMPARATOR( <node> ),.INCLK( <node> ),.INCLK( <node> ),.CLKENA( <node> ), .CLKENA( <node> ),.CLKENA( <node> ),.CLKENA( <node> ),.CLKENA( <node> ),.CLKENA( <node> ), .EXTCLKENA( <node> ), .EXTCLKENA( <node> ),.EXTCLKENA( <node> ), .EXTCLKENA( <node> )).

SERDES_RX

Represents a SERDES receiver. <node> = SERDES_RX. <data output> (.DATAIN( <node> ), .CLK0( <node> ), .ENABLE0( <node> ), .ENABLE1( <node> )).

SERDES_TX

Represents a SERDES transmitter. <node> = SERDES_TX. <data output> (.DATAIN( <node> ), .CLK0( <node> ), <data input> ).

INPUT

Represents the input pin. <pin name> = INPUT ().

OUTPUT

Represents the output pin. <pin name> = OUTPUT ( <node> ).

BIDIR

Represents the bidirectional pin. <pin name> = BIDIR ( <node> ).

TRI_BUS

Represents a tri-state bus that is made up of multiple inputs, any one of which drives a net output.

TRI

Represents a tri-state node. <pin name> = TRI ( <input>, <output enable> ).

GLOBAL

Represents a global signal driven by a dedicated input pin or internal logic. <pin name> = GLOBAL ( <node> ).

MUX

Represents a 2:1 MUX. <Q output> = MUX ( <data0>, <data1>, <select>, <enable> ).

CARRY_SUM

Represents a CARRY_SUM buffer.

LATCH

Represents a latch. <Q output> = LATCH ( <D input>, <latch enable> ).

ROUND

Represents the output of a rounding operation.

SATURATE

Represents the output of a saturation operation.

DYNAMIC

Represents the output of a DSP block in DYNAMIC mode.

APPEND_ZEROS_TO_END

Represents the output of an operation that appends zeros to the end of an input.

&

AND operator.

$

XOR (exclusive OR) operator.

#

OR operator.

!

NOT operator.

SUM(val)

Represents the sum result of an addition operation.

val is a sub equation representing the + result and is assigned to the sumout port.

SHARE(val)

Represents a value passed through a shared arithmetic connection.

DELAY_! BUFFER

Represents the DQS delay buffer in StratixIII. delayed_dqs_signal = DELAY_BUFFER (<dqs_signal>, <dqs update enable control>, <delay control setting>, <offset control setting>).

DDIO_IN_H

Represents the output sampled data of the input double data rate signal at the rising edge of the input clock. <sampled data signal during the rising edge of the clock> = DDIO_IN_H (<input double data-rate signal>, <clock>, <clock enable>, <asynchronous reset>).

DDIO_IN_L

Represents the output sampled data of the input double data-rate signal at the falling edge of the input clock. <sampled data signal during the falling edge of the clock> = DDIO_IN_H (<input double data-rate signal>, <clock>, <clock enable>, <asynchronous reset>).

DDIO_OE

Represents the output enable signal for a double data-rate output/bidir pin. <ddio output-enable signal> = DDIO_OE(<output enable source>, <clock>, <preset>, <clock enable>)