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Copiste
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Copiste
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Computes the Zero Crossing Rate. More...
#include <zcr.h>
Public Member Functions | |
| ZCRExtr (int chunkSize=0) | |
| Default constructor. | |
| bool | extract (std::deque< uint16_t > data, int size) |
| Run the algorithm and store the results. If the first value of the data is the same as the previous one, the last value will be used. This is just a matter of optimisation and the collisions aren't a problem since they won't change basicly the ZCR variations or the HZCRR. | |
| float | value (int index=0) |
| Retrive the results (from the index). The values are usually between -1 and 1. | |
| int | size () |
| Get the number of available values. | |
| void | setFloat (string key, float value) |
| Set a float parameter (available : none) | |
| void | setInt (string key, int value) |
| Set a int parameter (available : none) | |
| float | getFloat (string key) |
| Get a float parameter (available : none) | |
| int | getInt (string key) |
| Get a int parameter (available : none) | |
 Public Member Functions inherited from FeatureExtractor | |
| FeatureExtractor (int chunkSize=0) | |
| Constructor. Can set the typical chunk size. | |
| virtual | ~FeatureExtractor () |
| Virtual destructor : enables each extractor to delete arrays. | |
| bool | extract (std::deque< uint16_t > data, int size, size_t start) |
| Idem, but the buffer starts at index start instead (circular buffer) | |
| virtual float | safeValue (int index=0) |
| Retrieve the results, with the bounds respected (we apply a min / max) | |
| virtual float | value (int index, float low, float high) |
| Retrieve the results, with other bounds. | |
| virtual float | min () |
| Get the minimum value outputted (we assume that each value from a single extractor is about as big as the others) | |
| virtual float | max () |
| Get the maximum value outputted. | |
| virtual void | setString (string key, string value) |
| Set a string parameter. | |
| virtual string | getString (string key) |
| Get a string parameter. | |
| virtual void | clear () |
| Clear the memory of the extractor (so that the previously computed results don't infer to the next ones) | |
Computes the Zero Crossing Rate.
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virtual |
Run the algorithm and store the results. If the first value of the data is the same as the previous one, the last value will be used. This is just a matter of optimisation and the collisions aren't a problem since they won't change basicly the ZCR variations or the HZCRR.
Run the algorithm and store the results.
Implements FeatureExtractor.
1.8.1.1
