Datatypes: Difference between revisions
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Gnuradio supports most primitive datatypes in C++, as well as complex and vector types grouping them together. | Gnuradio supports most primitive datatypes in C++, as well as complex and vector types grouping them together. The types used in the companion app are enumerated in [https://github.com/gnuradio/gnuradio/blob/master/grc/core/Constants.py grc/core/Constants.py] in the sourcetree. | ||
The | ; Complex | ||
: The Complex data type generates 8 bytes for each complex data item; where the first 4 bytes are for the real number and the next 4 bytes are for the imaginary number. Both the real and the imaginary values are 4-byte floating point numbers. | |||
; Short | |||
: The Short data type generates 4 bytes for each short data item; where the first 2 bytes are for the real number (I) and the next 2 bytes are for the imaginary number (Q). | |||
; Related Links | |||
: [http://blog.sdr.hu/grblocks/types.html http://blog.sdr.hu/grblocks/types.html] | |||
Latest revision as of 10:25, 24 February 2023
Gnuradio supports most primitive datatypes in C++, as well as complex and vector types grouping them together. The types used in the companion app are enumerated in grc/core/Constants.py in the sourcetree.
- Complex
- The Complex data type generates 8 bytes for each complex data item; where the first 4 bytes are for the real number and the next 4 bytes are for the imaginary number. Both the real and the imaginary values are 4-byte floating point numbers.
- Short
- The Short data type generates 4 bytes for each short data item; where the first 2 bytes are for the real number (I) and the next 2 bytes are for the imaginary number (Q).
- Related Links
- http://blog.sdr.hu/grblocks/types.html