Uses of Class
com.oceanoptics.spam.numericalmethods.IntegrationMethod

Packages that use IntegrationMethod

Package	Description
com.oceanoptics.spam.advancedprocessing
com.oceanoptics.spam.api
com.oceanoptics.spam.numericalmethods

Uses of IntegrationMethod in com.oceanoptics.spam.advancedprocessing

Methods in com.oceanoptics.spam.advancedprocessing with parameters of type IntegrationMethod

Modifier and Type	Method and Description
double	AdvancedPhotometrics.compute_dBm_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.compute_dBm(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method, double surfaceAreaCmSquared) Computes the power in Deibels referenced to 1 milliwatt (dBm) present in an absolute irradiance spectrum.
double	AdvancedPhotometrics.compute_uJoules_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.compute_uJoules(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes the energy in Joules for a given absolute irradiance spectrum, collection area, and period of time.
double	AdvancedPhotometrics.compute_uJoulesPerCmSquared_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds)
static double	AdvancedPhotometrics.compute_uJoulesPerCmSquared(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds) Computes the μJ/cm² for a given absolute irradiance spectrum and the integration time in seconds.
double	AdvancedPhotometrics.compute_uWatt_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.compute_uWatt(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method, double surfaceAreaCmSquared) Computes the power in microwatts for a given absolute irradiance spectrum and collection area.
double	AdvancedPhotometrics.compute_uWattPerCmSquared_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method)
static double	AdvancedPhotometrics.compute_uWattPerCmSquared(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method) Given an absolute irradiance spectrum in units of �W/cm^2/nm, compute the integral uW/cm² over the given wavelength range.
double	AdvancedPhotometrics.compute_WattPerMSquared_VB6(double startingWavelengh, double endingWavelength, IntegrationMethod method)
static double	AdvancedPhotometrics.compute_WattPerMSquared(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelengh, double endingWavelength, IntegrationMethod method)
double	AdvancedPhotometrics.computeElectronVolts_eV_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.computeElectronVolts_eV(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes energy in electron volts (eV).
double	AdvancedPhotometrics.computeMolesOfPhotons_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.computeMolesOfPhotons(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes the number of moles of photons, or Einsteins, for a given absolute irradiance spectrum, collection area, and period of time.
double	AdvancedPhotometrics.computePARmicromoles_VB6(double startWavelength, double endWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
double	AdvancedPhotometrics.computePARmicromoles_VB6(IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.computePARmicromoles(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startWavelength, double endWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes the photosynthetically active radiation over the given range.
static double	AdvancedPhotometrics.computePARmicromoles(double[] wavelengths, double[] uWPerCmSquaredPerNm, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes the photosynthetically active radiation over the 400nm-700nm range.
double	AdvancedPhotometrics.computePARmicromolesPerMeterSquaredPerSeconds_VB6(double startWavelength, double endWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
double	AdvancedPhotometrics.computePARmicromolesPerMeterSquaredPerSeconds_VB6(IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.computePARmicromolesPerMeterSquaredPerSeconds(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startWavelength, double endWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes the photosynthetically active radiation over the given range.
static double	AdvancedPhotometrics.computePARmicromolesPerMeterSquaredPerSeconds(double[] wavelengths, double[] uWPerCmSquaredPerNm, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes the photosynthetically active radiation over the 400nm-700nm range.
double	AdvancedPhotometrics.computePhotonsPerCmSquaredPerSecond_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method)
static double	AdvancedPhotometrics.computePhotonsPerCmSquaredPerSecond(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method) Computes the luminous flux, or Rayleigh, for a given absolute irradiance spectrum, collection area, and period of time.
double	AdvancedPhotometrics.computeTotalPhotons_VB6(double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared)
static double	AdvancedPhotometrics.computeTotalPhotons(double[] wavelengths, double[] uWPerCmSquaredPerNm, double startingWavelength, double endingWavelength, IntegrationMethod method, double integrationTimeSeconds, double surfaceAreaCmSquared) Computes the total number of photons for a given absolute irradiance spectrum, collection area, and period of time.
void	SpectrumPeak.initialize2_VB6(int peakIndex, IntegrationMethod method)

Constructors in com.oceanoptics.spam.advancedprocessing with parameters of type IntegrationMethod

Constructor and Description
SpectrumPeak(int peakIndex, double[] xValues, double[] yValues, double lowCutoff, IntegrationMethod method) Creates a new instance of SpectrumPeak.

Uses of IntegrationMethod in com.oceanoptics.spam.api

Methods in com.oceanoptics.spam.api that return IntegrationMethod

Modifier and Type	Method and Description
IntegrationMethod	SpectralMath.createIntegrationMethodObject(int method)

Methods in com.oceanoptics.spam.api with parameters of type IntegrationMethod

Modifier and Type	Method and Description
SpectrumPeak	SpectralMath.createSpectrumPeakObject(int peakIndex, double[] xValues, double[] yValues, double lowCutoff, IntegrationMethod method)

Uses of IntegrationMethod in com.oceanoptics.spam.numericalmethods

Fields in com.oceanoptics.spam.numericalmethods declared as IntegrationMethod

Modifier and Type	Field and Description
static IntegrationMethod	IntegrationMethod.INTEGRAL_RECTANGULAR
static IntegrationMethod	IntegrationMethod.INTEGRAL_SIMPSONS
static IntegrationMethod	IntegrationMethod.INTEGRAL_TRAPEZOID

Methods in com.oceanoptics.spam.numericalmethods with parameters of type IntegrationMethod

Modifier and Type	Method and Description
boolean	IntegrationMethod.equals(IntegrationMethod that) This method verifys that two integration methods are the same.