This class has advanced options controlling the device stability including the bandwidth index and the stability factor.
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#include <AisCompRange.h>
This class has advanced options controlling the device stability including the bandwidth index and the stability factor.
- See also
- setBandwidthIndex
-
setStabilityFactor
◆ AisCompRange()
AisCompRange::AisCompRange |
( |
const QString & |
compRangeName, |
|
|
uint8_t |
bandwidthIndex, |
|
|
uint8_t |
stabilityFactor |
|
) |
| |
|
explicit |
constructor for the compensation-range object.
- Parameters
-
compRangeName | a name to set for the compensation range for reference purposes. |
bandwidthIndex | the index value for the bandwidth. |
stabilityFactor | the factor value for the stability. |
- See also
- setBandwidthIndex
-
setStabilityFactor
◆ getBandwidthIndex()
uint8_t AisCompRange::getBandwidthIndex |
( |
| ) |
const |
get the value set for the bandwidth index.
- Returns
- the set value for the bandwidth index.
- See also
- setBandwidthIndex
◆ getCompRangeName()
const QString & AisCompRange::getCompRangeName |
( |
| ) |
const |
get the name set for the compensation range.
- Returns
- the name set for the compensation range.
◆ getStabilityFactor()
uint8_t AisCompRange::getStabilityFactor |
( |
| ) |
const |
get the value set for the stability factor.
- Returns
- the value set for the stability factor.
◆ setBandwidthIndex()
void AisCompRange::setBandwidthIndex |
( |
uint8_t |
index | ) |
|
set the index value for the bandwidth.
Usually, the device's default index value is optimal for running experiments. You may still increase the index within the range 0-10 as you run higher frequency experiments to see what best fits.
- Parameters
-
index | the index value for the bandwidth (0-10). |
◆ setCompRangeName()
void AisCompRange::setCompRangeName |
( |
const QString & |
compRangeName | ) |
|
set a name for the compensation range for reference purposes.
- Parameters
-
compRangeName | the name to set for the compensation range. |
◆ setStabilityFactor()
void AisCompRange::setStabilityFactor |
( |
uint8_t |
factor | ) |
|
set a value for the stability factor.
Usually, the device's default factor value is optimal for running experiments. You may still increase the factor within the range 0-10 as you run experiments with more oscillations to see what best fits.
- Parameters
-
factor | the stability-factor value (0-10) |
The documentation for this class was generated from the following file: