Rotator: Difference between revisions
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[[Category:Block Docs]] | |||
Makes a complex rotator block. The phase increment (in radians) is how much phase will be added to the input every value. | Makes a complex rotator block. The phase increment (in radians) is how much phase will be added to the input every value. | ||
== Parameters == | |||
(''R''): <span class="plainlinks">[https://wiki.gnuradio.org/index.php/GNURadioCompanion#Variable_Controls ''Run-time adjustable'']</span> | |||
; Phase Increment (''R'') | |||
: Acts as the rotational velocity. | |||
== Example Flowgraph == | |||
In the example below a constant source, set to 0.5, is fed into the rotator, thus producing a sine wave. The phase increment is set to 0.01 radians and the sample rate is 100kHz, so that equates to 1000 radians every second, or 1000/(2pi) = 159 cycles per second. This corresponds to a period of about 6ms, as shown in the time sink. | In the example below a constant source, set to 0.5, is fed into the rotator, thus producing a sine wave. The phase increment is set to 0.01 radians and the sample rate is 100kHz, so that equates to 1000 radians every second, or 1000/(2pi) = 159 cycles per second. This corresponds to a period of about 6ms, as shown in the time sink. | ||
[[File:Rotator-ex.png|700px]] | |||
[[ | == Source Files == | ||
; C++ files | |||
: [https://github.com/gnuradio/gnuradio TODO] | |||
; Header files | |||
: [https://github.com/gnuradio/gnuradio TODO] | |||
; Public header files | |||
: [https://github.com/gnuradio/gnuradio TODO] | |||
; Block definition | |||
: [https://github.com/gnuradio/gnuradio TODO] | |||
Revision as of 04:56, 21 July 2019
Makes a complex rotator block. The phase increment (in radians) is how much phase will be added to the input every value.
Parameters
(R): Run-time adjustable
- Phase Increment (R)
- Acts as the rotational velocity.
Example Flowgraph
In the example below a constant source, set to 0.5, is fed into the rotator, thus producing a sine wave. The phase increment is set to 0.01 radians and the sample rate is 100kHz, so that equates to 1000 radians every second, or 1000/(2pi) = 159 cycles per second. This corresponds to a period of about 6ms, as shown in the time sink.
Source Files
- C++ files
- TODO
- Header files
- TODO
- Public header files
- TODO
- Block definition
- TODO