| Name | Description |
| sum |
This star is an extension of "add". It creates a Weighted Sum of all input channels and sends it to the output buffer(s).
|
| symimp |
This star inputs data and stretches it with zeros.
|
| target |
This simulates target range measurements from a track-while-scan radar
|
| tee |
This star is a programmable tap-off for data lines.
|
| tff |
T flip-flop positive edge triggered
|
| threshold |
Compares input with threshold and outputs a 0 if less, and 1 if greater or equal Output occurs on positive edge of control input
|
| toggle |
This star selects one of two input data channels to output.
|
| transpose |
This star inputs an image and transposes it.
|
| trig |
Perform trig operation on input buffers
|
| txhdlc |
Generate HDLC frame. Also queue (8 level) for retransmission
|
| unitf |
Integrate over interval then reset
|
| v29decoder |
This star inputs inPhase and quadPhase of the CCITT v.29 coordinates and decodes the input into binary data.
|
| v29encoder |
This star inputs data and ouputs the coordinates of the CCITT v.29 encoder constlations.
|
| v2b |
This star converts a byte input vector to a digital stream.
|
| vcm |
Voltage-controlled multivibrator
|
| vecbit |
This star converts a byte input vector to a digital stream.
|
| wave |
This star simulates a wave generator.
|
| wraiff |
Writes samples from an arbitrary number of input buffers to an AIFF file, which is named as a parameter.
|
| xdco |
This star produces samples of the outputs every 1/fs seconds. The dco behaves just like an FM modulator. The phase is updated as theta=theta+lambda (integrates the input) *
|
| xnor |
Function performs logical "xnor" of all its input samples
|
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