Trill: fixed prescaler spelling in examples

BelaPlatform · Mar 18, 2021 · a6efc26 · a6efc26
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Showing 4 changed files with 9 additions and 9 deletions.
diff --git a/examples/Trill/craft-visual/render.cpp b/examples/Trill/craft-visual/render.cpp
@@ -22,17 +22,17 @@ Once the project is running click the GUI button to see the reading on each chan
 From this GUI you can also adjust the setting of the Craft sensor to best suit your needs.
 
 There are two important sensor settings that you may want to adjust when working
-with the Trill Craft: the `threshold` and the `prescalar`.
+with the Trill Craft: the `threshold` and the `prescaler`.
 
 The `threshold` setting is simply the threshold above which to read and is for
 ignoring any noise that might be present in the lowest regions of the sensor reading.
 This only applies to `DIFF` mode and is a float between 0.0 and 1.0. Typically values
 would stay below 0.1.
 
-The `prescalar` setting equates to the sensitivity of the sensor. Technically, this
+The `prescaler` setting equates to the sensitivity of the sensor. Technically, this
 value is a divider for the clock on the cypress chip and so it decides how long the
 chip charges the connected material for before taking a reading. There are 8 different
-settings for the prescalar.
+settings for the prescaler.
 
 The rule of thumb when adjusting these values is:
 - A higher value prescaler (i.e. longer charging time as it is a divider of the clock)

diff --git a/examples/Trill/custom-slider/render.cpp b/examples/Trill/custom-slider/render.cpp
@@ -24,7 +24,7 @@ per sensor.
 Each touch has a location and a touch size which equates to how hard the finger
 is pushing on the sensor. This example is particularly useful for working with
 Trill Flex and Trill Craft. When working with these sensors it always important
-to check that the Prescalar and Noisethreshold settings are optimum for your
+to check that the Prescaler and Noisethreshold settings are optimum for your
 application. Experiment with different values if you are not getting a reading
 or seeing lots of cross talk between the sensors.
 */

diff --git a/examples/Trill/flex-visual/render.cpp b/examples/Trill/flex-visual/render.cpp
@@ -23,7 +23,7 @@ Once the project is running click the GUI button to see the reading on each chan
 From this GUI you can also adjust the setting of the sensor to best suit your needs.
 
 There are two important sensor settings that you may want to adjust when working
-with Trill Flex: the `threshold` and the `prescalar`.
+with Trill Flex: the `threshold` and the `prescaler`.
 
 The `threshold` setting is simply the threshold above which to read and is for
 ignoring any noise that might be present in the lowest regions of the sensor reading.
@@ -33,7 +33,7 @@ we recommend a value of 0.03 or above.
 The `prescaler` setting equates to the sensitivity of the sensor. Technically, this
 value is a divider for the clock on the cypress chip and so it decides how long the
 chip charges the connected material for before taking a reading. There are 8 different
-settings for the prescalar. For Trill Flex we recommend a value of 4.
+settings for the prescaler. For Trill Flex we recommend a value of 4.
 
 The rule of thumb when adjusting these values is:
 - A higher value prescaler (i.e. longer charging time as it is a divider of the clock)

diff --git a/examples/Trill/general-settings/render.cpp b/examples/Trill/general-settings/render.cpp
@@ -24,17 +24,17 @@ The Trill sensor is scanned on an auxiliary task running parallel to the audio t
 Launch the GUI to visualise the value of each capacitive channel on the sensor.
 
 There are two important sensor settings that you may want to adjust when working
-with the Trill sensors: the `threshold` and the `prescalar`.
+with the Trill sensors: the `threshold` and the `prescaler`.
 
 The `threshold` setting is simply the threshold above which to read and is for
 ignoring any noise that might be present in the lowest regions of the sensor reading.
 This only applies to `DIFF` mode and is a float between 0.0 and 1.0. Typically values
 would stay below 0.1.
 
-The `prescalar` setting equates to the sensitivity of the sensor. Technically, this
+The `prescaler` setting equates to the sensitivity of the sensor. Technically, this
 value is a divider for the clock on the cypress chip and so it decides how long the
 chip charges the connected material for before taking a reading. There are 8 different
-settings for the prescalar.
+settings for the prescaler.
 
 The rule of thumb when adjusting these values is:
 - A higher value prescaler (i.e. longer charging time as it is a divider of the clock)