Members
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<readonly> celsius :number
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Description
Get degrees in celsiusExamples
Get degrees in celsius in action
import Thermometer from "j5e/thermometer"; const myThermometer = await new Thermometer(12); myThermometer.on("change", function() { console.log(myThermometer.celsius);Details
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<readonly> C :number
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Description
Alias for celsiusExamples
Get degrees in celsius in action
import Thermometer from "j5e/thermometer"; const myThermometer = await new Thermometer(12); myThermometer.on("change", function() { console.log(myThermometer.C);Details
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limit :Array.<number>
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Description
Limits the output rangeDetails
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threshold :number
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Description
The minimum amount of change required to emit a "change" eventDetails
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<readonly> fahrenheit :number
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Description
Get degrees in fahrenheitExamples
Get degrees in fahrenheit in action
import Thermometer from "j5e/thermometer"; const myThermometer = await new Thermometer(12); myThermometer.on("change", function() { console.log(myThermometer.fahrenheit);Details
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interval :number
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Description
The interval between readings (in ms)Details
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<readonly> F :number
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Description
Alias for fahrenheitExamples
Get degrees in fahrenheit in action
import Thermometer from "j5e/thermometer"; const myThermometer = await new Thermometer(12); myThermometer.on("change", function() { console.log(myThermometer.F);Details
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smoothing :number
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Description
The number of samples to take before finding the medianDetails
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<readonly> kelvin :number
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Description
Get degrees in kelvinExamples
Get degrees in kelvin in action
import Thermometer from "j5e/thermometer"; const myThermometer = await new Thermometer(12); myThermometer.on("change", function() { console.log(myThermometer.kelvin);Details
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aref :number
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Description
The reference voltageDetails
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<readonly> K :number
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Description
Alias for kelvinExamples
Get degrees in kelvin in action
import Thermometer from "j5e/thermometer"; const myThermometer = await new Thermometer(12); myThermometer.on("change", function() { console.log(myThermometer.K);Details
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samples :number
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Description
The number of samples to take before finding the medianDetails
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<readonly> range :Array.<number>
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Description
The input range of the sensorDetails
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<readonly> raw :number
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Description
Get the most recent raw ADC readingDetails
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<readonly> median :number
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Description
Get the most recent median ADC readingDetails
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<readonly> resolution :number
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Description
The maximum possible ADC readingDetails
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<readonly> scaled :number
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Description
Get the most recent scaled raw readingDetails
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<readonly> value :number
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Properties
Name Type Description Getthe most recent scaled median value Details
Methods
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on( event, listener )
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Description
Create an event listenerParameters
Name Type Description eventstring The name of the event to listen for listenerfunction A callback to run when the event is fired. Details
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within( range, unit, callback )
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Description
Fire a callback when the value is within a certain rangeParameters
Name Type Description rangeArray.<number> The upper and lower ends of the range to watch unitstring The property to test callbackfunction A callback to run when the event is fired. Details
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removeListener( event, listener )
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Description
Remove an event listenerParameters
Name Type Description eventstring The name of the event that we are removing a listener from listenerfunction The callback that we are removing Details
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once( event, listener )
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Description
Create an event listener that will only fire one time.Parameters
Name Type Description eventstring The name of the event to listen for listenerfunction A callback to run when the event is fired. Details
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configure( options ) → {Thermometer}
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Description
Configure a ThermometerParameters
Name Type Description optionsobject Device configuration options Name Type Attributes Default Description arefnumber <optional> 3.3 Analog reference voltage enabledboolean <optional> true Wether the device is currently performing reads every ms intervalnumber <optional> 100 Interval between readings in millseconds limitArray.<number> <optional> Limit the output range rangeArray.<number> <optional> [0, N] The input range of the sensor scaleArray.<number> <optional> [0, N] The output range for the sensor's value thresholdnumber <optional> 1 The minimum amount of change required to emit a "change" event toCelsiuscallback <optional> Function that converts raw value to Celsius Returns
Examples
Passing in Cofiguration Options
import Thermometer from "j5e/thermometer"; const thermometer = await new Thermometer({ pin: 14 }); myThermometer.configure({ toCelsius: function(raw) { return raw / 16; } }) ; thermometer.on("change", data => { trace(thermometer.celsius); });Details
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enable() → {Object}
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Description
Enable a disabled sensor.Returns
Examples
import Sensor from "j5e/sensor"; const sensor = await new Sensor(12); sensor.disable(); // Wait 5 seconds and then take readings timer.setTimeout(function() { sensor.enable(); });Details
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disable() → {Object}
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Description
Disable an enabled sensor.Returns
Examples
import Sensor from "j5e/sensor"; const sensor = await new Sensor(12); // Take reading for 5 seconds and then stop timer.setTimeout(function() { sensor.disable(); });Details
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read() → {Number}
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Description
Synchronous read of a sensor.Returns
Examples
import Sensor from "j5e/sensor"; const sensor = await new Sensor(12); let myValue = sensor.read();Details
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scale( low, high [, low, high ] ) → {Object}
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Description
scale/scaleTo Set a value scaling rangeParameters
Name Type Attributes Description lowNumber Lowerbound highNumber Upperbound low, highArray <optional> Lowerbound Returns
Examples
import Sensor from "j5e/sensor"; const sensor = await new Sensor(12); // Scale all future values to 8-bit range sensor.scale([0, 255]);Details
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scaleTo( low, low, high ) → {Number}
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Description
scaleTo Scales value to integer representationParameters
Name Type Description lowNumber An array containing a lower and upper bound lowNumber A number to use as a lower bound highNumber A number to use as an upper bound Returns
Examples
import Sensor from "j5e/sensor"; const sensor = await new Sensor(12); // Scale the returned value to 8-bit range sensor.scaleTo([0, 255]);Details
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fscaleTo( low, low, high ) → {Number}
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Description
fscaleTo Scales value to single precision float representationParameters
Name Type Description lowNumber An array containing a lower and upper bound lowNumber A number to use as a lower bound highNumber A number to use as an upper bound Returns
Examples
import Sensor from "j5e/sensor"; const sensor = await new Sensor(12); // Scale the returned value to float between 0 and 1 sensor.fscaleTo([0, 1]);Details
