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Uses of FinchSensor in <Unnamed> |
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Methods in <Unnamed> that return FinchSensor | |
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static FinchSensor |
SensorDriver.median(java.util.List<FinchSensor> log)
Return the sensor sample that is the median value of the key used to sort a set. |
Methods in <Unnamed> that return types with arguments of type FinchSensor | |
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static java.util.TreeMap<java.lang.Integer,java.util.ArrayList<FinchSensor>> |
SensorDriver.reKey(java.util.Map<java.lang.Long,FinchSensor> map)
Given an existing map that is keyed by sample time (a Long) and stores FinchSensor values, generate a new map in which the same set of values are stored, but are keyed by the left light sensor value (an Integer). |
Methods in <Unnamed> with parameters of type FinchSensor | |
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int |
AccelComparator.compare(FinchSensor obj1,
FinchSensor obj2)
Compare two FinchSensor objects: acceleration magnitude |
int |
LightComparator.compare(FinchSensor obj1,
FinchSensor obj2)
Compare two FinchSensor objects: light sensor |
int |
ZaccelComparator.compare(FinchSensor obj1,
FinchSensor obj2)
Compare two FinchSensor objects: Z acceleration |
int |
TemperatureComparator.compare(FinchSensor obj1,
FinchSensor obj2)
Compare two FinchSensor objects: temperature sensor |
int |
TimeComparator.compare(FinchSensor obj1,
FinchSensor obj2)
Compare two FinchSensor objects: sensor sample time |
double |
AccelComparator.doubleValue(FinchSensor obj)
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double |
LightComparator.doubleValue(FinchSensor obj)
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abstract double |
SensorComparator.doubleValue(FinchSensor obj)
Return the value of obj that is specified by the instantiation of the child class. |
double |
ZaccelComparator.doubleValue(FinchSensor obj)
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double |
TemperatureComparator.doubleValue(FinchSensor obj)
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double |
TimeComparator.doubleValue(FinchSensor obj)
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Method parameters in <Unnamed> with type arguments of type FinchSensor | |
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static void |
SensorDriver.displayConditionalStats(java.util.ArrayList<FinchSensor> list)
Given an ArrayList of FinchSensors, report the statistics for for both the Acceleration Magnitude and for the Z component of Acceleration |
static void |
SensorDriver.displayStats(java.util.List<FinchSensor> log,
SensorComparator comp)
For the given sensor channel (as indicated by comp), display: The mean value of this sensor channel the entire sensor sample for the minimum, median and maximum channel values |
static void |
SensorDriver.getSamples(finch.Finch myFinch,
int num,
int interval,
java.util.Map<java.lang.Long,FinchSensor> map)
Take a specified number of FinchSensor samples and place them into a map. |
static double |
SensorDriver.mean(java.util.List<FinchSensor> log,
SensorComparator comp)
Compute the mean value of a some sensor value across a set of FinchSensors. |
static FinchSensor |
SensorDriver.median(java.util.List<FinchSensor> log)
Return the sensor sample that is the median value of the key used to sort a set. |
static void |
SensorDriver.queryTest(java.util.ArrayList<FinchSensor> list,
java.lang.Long[] keys)
Given an ArrayList of FinchSensors and an array of sample times to query, measure the amount of time (in ms) that is required to query all of the keys. |
static void |
SensorDriver.queryTest(java.util.Map<java.lang.Long,FinchSensor> map,
java.lang.Long[] keys)
Given a map and an array of keys, measure the amount of time (in ms) that is required to query all of the keys. |
static java.util.TreeMap<java.lang.Integer,java.util.ArrayList<FinchSensor>> |
SensorDriver.reKey(java.util.Map<java.lang.Long,FinchSensor> map)
Given an existing map that is keyed by sample time (a Long) and stores FinchSensor values, generate a new map in which the same set of values are stored, but are keyed by the left light sensor value (an Integer). |
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