java.lang.Object
- java.lang.Enum<NumericPropertyKeyword>
- - pulse.properties.NumericPropertyKeyword

All Implemented Interfaces:

Serializable, Comparable<NumericPropertyKeyword>
```
public enum NumericPropertyKeyword
extends Enum<NumericPropertyKeyword>
```
Contains a list of NumericProperty types recognised by the constituent modules of PULsE.

Enum Constant Summary

Enum Constants
Enum Constant	Description
`ATOL`	Absolute tolerance (atol) for RK calculations (RTE).
`AXIAL_COATING_THICKNESS`	Not implemented yet.
`BASELINE_AMPLITUDE`	Amplitude of the sinusoidal baseline.
`BASELINE_FREQUENCY`	Frequency of the sinusoidal baseline.
`BASELINE_INTERCEPT`	The baseline intercept value.
`BASELINE_PHASE_SHIFT`	Phase shift of the sinusoidal baseline.
`BASELINE_SLOPE`	The baseline slope (for linear baselines).
`BUFFER_SIZE`	The buffer size that is used to establish whether results are converging.
`COATING_DIFFUSIVITY`	Not implemented yet.
`COMBINED_ABSORPTIVITY`	A directive to the optimiser informing both front and rear side absorptivities must be equal.
`CONDUCTIVITY`	Thermal conductivity.
`CORRELATION_THRESHOLD`	Threshold above which properties are thought to be strongly correlated.
`DAMPING_RATIO`	Levenberg-Marquardt damping ratio.
`DENSITY`	Density of the sample.
`DETECTOR_GAIN`	The detector gain (amplification).
`DETECTOR_IRIS`	The detector iris (aperture).
`DIAMETER`	Sample diameter.
`DIATHERMIC_COEFFICIENT`	A dimensionless coefficient in the radiation flux expression for the radiative heat transfer between the front and the rear (coated) surfaces.
`DIFFUSIVITY`	The thermal diffusivity of the sample.
`DOM_DIRECTIONS`	Number of independent directions (DOM).
`DOM_GRID_DENSITY`	Internal DOM grid density (RTE).
`DOM_ITERATION_ERROR`	Iteration error tolerance in DOM calculations.
`EMISSIVITY`	Emissivity of the sample (nonlinear problems).
`ERROR_TOLERANCE`	The total error tolerance.
`FOV_INNER`	The inner field of view diameter for the detector sighting.
`FOV_OUTER`	The outer field of view diameter for the detector sighting.
`GAS_EXCHANGE_COEFFICIENT`	Energy exchange coefficient in the two-temperature model (g').
`GRADIENT_RESOLUTION`	The accuracy of gradient calculation.
`GRID_DENSITY`	Grid (space partitioning) density.
`GRID_SCALING_FACTOR`	Grid scaling factor.
`GRID_STRETCHING_FACTOR`	Grid stretching factor (RTE).
`HEAT_LOSS`	The coefficient of heat losses from the front and rear surfaces of the sample (1D and 2D problems).
`HEAT_LOSS_COMBINED`	A directive for the optimiser to maintain equal heat losses on all surfaces of the sample.
`HEAT_LOSS_CONVECTIVE`	The convective heat loss in diathermic and participating medium problems.
`HEAT_LOSS_GAS`	Heat loss for the gas in the 2T-model.
`HEAT_LOSS_SIDE`	The coefficient of heat losses from the side surface of the sample (two-dimensional problems).
`IDENTIFIER`	Task identifier.
`INCIDENT_INTENSITY`	Intensity of incident radiation.
`INTEGRATION_CUTOFF`	Cutoff for numeric integration.
`INTEGRATION_SEGMENTS`	Number of subdivisions for numeric integration.
`ITERATION`	Search iteration.
`ITERATION_LIMIT`	Iteration limit for reverse problem solution.
`LAGUERRE_SOLVER_ERROR`	Error tolerance for the Laguerre solver (RTE).
`LASER_ABSORPTIVITY`	Dimensionless coefficient of laser energy absorption (γ₀).
`LASER_ENERGY`	Absorbed energy (nonlinear problems).
`LINEAR_RESOLUTION`	The resolution of linear search.
`LOWER_BOUND`	Lower calculation bound for optimiser.
`MAX_HIGH_FREQ_WAVES`	Max.
`MAX_LOW_FREQ_WAVES`	Max.
`MAXTEMP`	The maximum temperature, or the signal height -- if a relative temperature scale is used.
`MODEL_CRITERION`	Model selection criterion (AIC, BIC, etc.).
`MODEL_WEIGHT`	A weight indicating how good a calculation model is.
`NONLINEAR_PRECISION`	The precision parameter used to solve nonlinear problems.
`NUMPOINTS`	The number of points in the `HeatingCurve`.
`OBJECTIVE_FUNCTION`	Value of objective function.
`OPTICAL_THICKNESS`	The optical thickness of a material, equal to a product of its geometric thickness and the absorptivity.
`OPTIMISER_STATISTIC`	Optimiser statistic (usually, RSS).
`PLANCK_NUMBER`	The Planck number.
`PULSE_WIDTH`	Pulse width (time).
`QUADRATURE_POINTS`	Number of quadrature points (RTE).
`RADIAL_COATING_THICKNESS`	Not implemented yet.
`REFLECTANCE`	Reflectance of the sample (0 < R ≤ 1).
`RELAXATION_PARAMETER`	Relaxation parameter of iterative solver (RTE).
`RTE_INTEGRATION_TIMEOUT`	Maximum allowed time spent on integration (RTE).
`RTE_MAX_ITERATIONS`	Iteration threshold for RTE calculations.
`RTOL`	Relative tolerance (atol) for RK calculations (RTE).
`SCATTERING_ALBEDO`	Albedo of single scattering.
`SCATTERING_ANISOTROPY`	Anisotropy coefficient for the phase function of scattering.
`SCHEME_WEIGHT`	Weight of the semi-implicit finite-difference scheme.
`SHELL_GRID_DENSITY`	Not implemented yet.
`SIGNIFICANCE`	Statistical significance for calculating the critical value.
`SKEW_LAMBDA`	λ parameter for skewed normal distribution.
`SKEW_MU`	μ parameter for skewed normal distribution.
`SKEW_SIGMA`	σ parameter for skewed normal distribution.
`SOLID_EXCHANGE_COEFFICIENT`	Energy exchange coefficient in the two-temperature model (g).
`SOURCE_GEOMETRIC_FACTOR`	Determines how much weight is attributed to the front-face light source compared to rear face.
`SPECIFIC_HEAT`	Specific heat (C_p).
`SPOT_DIAMETER`	Laser spot diameter.
`TAU_FACTOR`	The factor used to convert squared grid spacing to time step.
`TEST_STATISTIC`	Test statistic (e.g.
`TEST_TEMPERATURE`	Test temperature, at which the laser was fired at the sample.
`THERMAL_ABSORPTIVITY`	Dimensionless coefficient of thermal radiation absorption.
`THICKNESS`	Sample thickness.
`TIME_LIMIT`	Calculation time limit.
`TIME_SHIFT`	Time shift (pulse sync).
`TRAPEZOIDAL_FALL_PERCENTAGE`	Percentage of final (fall) segment of the pulse trapezoid.
`TRAPEZOIDAL_RISE_PERCENTAGE`	Percentage of initial (rise) segment of the pulse trapezoid.
`UPPER_BOUND`	Upper calculation bound for optimiser.
`WINDOW`	Averaging window.

Method Summary

All Methods Static Methods Concrete Methods
Modifier and Type	Method	Description
`static Optional<NumericPropertyKeyword>`	`findAny(String key)`
`static NumericPropertyKeyword`	`valueOf(String name)`	Returns the enum constant of this type with the specified name.
`static NumericPropertyKeyword[]`	`values()`	Returns an array containing the constants of this enum type, in the order they are declared.

Methods inherited from class java.lang.Enum
clone, compareTo, equals, finalize, getDeclaringClass, hashCode, name, ordinal, toString, valueOf

Methods inherited from class java.lang.Object
getClass, notify, notifyAll, wait, wait, wait

- Enum Constant Detail
  - DIFFUSIVITY
```
public static final NumericPropertyKeyword DIFFUSIVITY
```
    The thermal diffusivity of the sample.
  - COATING_DIFFUSIVITY
```
public static final NumericPropertyKeyword COATING_DIFFUSIVITY
```
    Not implemented yet.
  - THICKNESS
```
public static final NumericPropertyKeyword THICKNESS
```
    Sample thickness.
  - DIAMETER
```
public static final NumericPropertyKeyword DIAMETER
```
    Sample diameter.
  - MAXTEMP
```
public static final NumericPropertyKeyword MAXTEMP
```
    The maximum temperature, or the signal height -- if a relative temperature scale is used.
  - NUMPOINTS
```
public static final NumericPropertyKeyword NUMPOINTS
```
    The number of points in the HeatingCurve.
  - NONLINEAR_PRECISION
```
public static final NumericPropertyKeyword NONLINEAR_PRECISION
```
    The precision parameter used to solve nonlinear problems.
  - PULSE_WIDTH
```
public static final NumericPropertyKeyword PULSE_WIDTH
```
    Pulse width (time).
  - SPOT_DIAMETER
```
public static final NumericPropertyKeyword SPOT_DIAMETER
```
    Laser spot diameter.
  - TIME_LIMIT
```
public static final NumericPropertyKeyword TIME_LIMIT
```
    Calculation time limit.
  - GRID_DENSITY
```
public static final NumericPropertyKeyword GRID_DENSITY
```
    Grid (space partitioning) density.
  - SHELL_GRID_DENSITY
```
public static final NumericPropertyKeyword SHELL_GRID_DENSITY
```
    Not implemented yet.
  - AXIAL_COATING_THICKNESS
```
public static final NumericPropertyKeyword AXIAL_COATING_THICKNESS
```
    Not implemented yet.
  - RADIAL_COATING_THICKNESS
```
public static final NumericPropertyKeyword RADIAL_COATING_THICKNESS
```
    Not implemented yet.
  - SPECIFIC_HEAT
```
public static final NumericPropertyKeyword SPECIFIC_HEAT
```
    Specific heat (C_p).
  - CONDUCTIVITY
```
public static final NumericPropertyKeyword CONDUCTIVITY
```
    Thermal conductivity.
  - EMISSIVITY
```
public static final NumericPropertyKeyword EMISSIVITY
```
    Emissivity of the sample (nonlinear problems).
  - DENSITY
```
public static final NumericPropertyKeyword DENSITY
```
    Density of the sample.
  - LASER_ENERGY
```
public static final NumericPropertyKeyword LASER_ENERGY
```
    Absorbed energy (nonlinear problems).
  - TEST_TEMPERATURE
```
public static final NumericPropertyKeyword TEST_TEMPERATURE
```
    Test temperature, at which the laser was fired at the sample.
  - LINEAR_RESOLUTION
```
public static final NumericPropertyKeyword LINEAR_RESOLUTION
```
    The resolution of linear search.
  - GRADIENT_RESOLUTION
```
public static final NumericPropertyKeyword GRADIENT_RESOLUTION
```
    The accuracy of gradient calculation.
  - BUFFER_SIZE
```
public static final NumericPropertyKeyword BUFFER_SIZE
```
    The buffer size that is used to establish whether results are converging.
  - ERROR_TOLERANCE
```
public static final NumericPropertyKeyword ERROR_TOLERANCE
```
    The total error tolerance.
  - FOV_OUTER
```
public static final NumericPropertyKeyword FOV_OUTER
```
    The outer field of view diameter for the detector sighting.
  - FOV_INNER
```
public static final NumericPropertyKeyword FOV_INNER
```
    The inner field of view diameter for the detector sighting.
  - BASELINE_SLOPE
```
public static final NumericPropertyKeyword BASELINE_SLOPE
```
    The baseline slope (for linear baselines).
  - BASELINE_FREQUENCY
```
public static final NumericPropertyKeyword BASELINE_FREQUENCY
```
    Frequency of the sinusoidal baseline.
  - BASELINE_PHASE_SHIFT
```
public static final NumericPropertyKeyword BASELINE_PHASE_SHIFT
```
    Phase shift of the sinusoidal baseline.
  - BASELINE_AMPLITUDE
```
public static final NumericPropertyKeyword BASELINE_AMPLITUDE
```
    Amplitude of the sinusoidal baseline.
  - BASELINE_INTERCEPT
```
public static final NumericPropertyKeyword BASELINE_INTERCEPT
```
    The baseline intercept value.
  - TAU_FACTOR
```
public static final NumericPropertyKeyword TAU_FACTOR
```
    The factor used to convert squared grid spacing to time step.
  - DETECTOR_GAIN
```
public static final NumericPropertyKeyword DETECTOR_GAIN
```
    The detector gain (amplification).
  - DETECTOR_IRIS
```
public static final NumericPropertyKeyword DETECTOR_IRIS
```
    The detector iris (aperture).
  - HEAT_LOSS_SIDE
```
public static final NumericPropertyKeyword HEAT_LOSS_SIDE
```
    The coefficient of heat losses from the side surface of the sample (two-dimensional problems).
  - HEAT_LOSS
```
public static final NumericPropertyKeyword HEAT_LOSS
```
    The coefficient of heat losses from the front and rear surfaces of the sample (1D and 2D problems).
  - HEAT_LOSS_CONVECTIVE
```
public static final NumericPropertyKeyword HEAT_LOSS_CONVECTIVE
```
    The convective heat loss in diathermic and participating medium problems.
  - HEAT_LOSS_COMBINED
```
public static final NumericPropertyKeyword HEAT_LOSS_COMBINED
```
    A directive for the optimiser to maintain equal heat losses on all surfaces of the sample. Note that the dimensionless heat losses, i.e. Biot numbers, will differ due to different areas of the side and front/rear surfaces.
  - ITERATION
```
public static final NumericPropertyKeyword ITERATION
```
    Search iteration.
  - IDENTIFIER
```
public static final NumericPropertyKeyword IDENTIFIER
```
    Task identifier.
  - ITERATION_LIMIT
```
public static final NumericPropertyKeyword ITERATION_LIMIT
```
    Iteration limit for reverse problem solution.
  - LASER_ABSORPTIVITY
```
public static final NumericPropertyKeyword LASER_ABSORPTIVITY
```
    Dimensionless coefficient of laser energy absorption (γ₀).
  - THERMAL_ABSORPTIVITY
```
public static final NumericPropertyKeyword THERMAL_ABSORPTIVITY
```
    Dimensionless coefficient of thermal radiation absorption.
  - COMBINED_ABSORPTIVITY
```
public static final NumericPropertyKeyword COMBINED_ABSORPTIVITY
```
    A directive to the optimiser informing both front and rear side absorptivities must be equal.
  - REFLECTANCE
```
public static final NumericPropertyKeyword REFLECTANCE
```
    Reflectance of the sample (0 < R ≤ 1).
  - DIATHERMIC_COEFFICIENT
```
public static final NumericPropertyKeyword DIATHERMIC_COEFFICIENT
```
    A dimensionless coefficient in the radiation flux expression for the radiative heat transfer between the front and the rear (coated) surfaces. Used by the DiathermicMaterialProblem.
  - PLANCK_NUMBER
```
public static final NumericPropertyKeyword PLANCK_NUMBER
```
    The Planck number.
  - OPTICAL_THICKNESS
```
public static final NumericPropertyKeyword OPTICAL_THICKNESS
```
    The optical thickness of a material, equal to a product of its geometric thickness and the absorptivity.
  - TIME_SHIFT
```
public static final NumericPropertyKeyword TIME_SHIFT
```
    Time shift (pulse sync).
  - SIGNIFICANCE
```
public static final NumericPropertyKeyword SIGNIFICANCE
```
    Statistical significance for calculating the critical value.
  - OPTIMISER_STATISTIC
```
public static final NumericPropertyKeyword OPTIMISER_STATISTIC
```
    Optimiser statistic (usually, RSS).
  - MODEL_CRITERION
```
public static final NumericPropertyKeyword MODEL_CRITERION
```
    Model selection criterion (AIC, BIC, etc.).
  - TEST_STATISTIC
```
public static final NumericPropertyKeyword TEST_STATISTIC
```
    Test statistic (e.g. normality test criterion).
  - LOWER_BOUND
```
public static final NumericPropertyKeyword LOWER_BOUND
```
    Lower calculation bound for optimiser.
  - UPPER_BOUND
```
public static final NumericPropertyKeyword UPPER_BOUND
```
    Upper calculation bound for optimiser.
  - WINDOW
```
public static final NumericPropertyKeyword WINDOW
```
    Averaging window.
  - INCIDENT_INTENSITY
```
public static final NumericPropertyKeyword INCIDENT_INTENSITY
```
    Intensity of incident radiation.
  - CORRELATION_THRESHOLD
```
public static final NumericPropertyKeyword CORRELATION_THRESHOLD
```
    Threshold above which properties are thought to be strongly correlated.
  - INTEGRATION_SEGMENTS
```
public static final NumericPropertyKeyword INTEGRATION_SEGMENTS
```
    Number of subdivisions for numeric integration.
  - INTEGRATION_CUTOFF
```
public static final NumericPropertyKeyword INTEGRATION_CUTOFF
```
    Cutoff for numeric integration.
  - SCHEME_WEIGHT
```
public static final NumericPropertyKeyword SCHEME_WEIGHT
```
    Weight of the semi-implicit finite-difference scheme.
  - QUADRATURE_POINTS
```
public static final NumericPropertyKeyword QUADRATURE_POINTS
```
    Number of quadrature points (RTE).
  - SCATTERING_ALBEDO
```
public static final NumericPropertyKeyword SCATTERING_ALBEDO
```
    Albedo of single scattering.
  - SCATTERING_ANISOTROPY
```
public static final NumericPropertyKeyword SCATTERING_ANISOTROPY
```
    Anisotropy coefficient for the phase function of scattering.
  - DOM_ITERATION_ERROR
```
public static final NumericPropertyKeyword DOM_ITERATION_ERROR
```
    Iteration error tolerance in DOM calculations.
  - DOM_DIRECTIONS
```
public static final NumericPropertyKeyword DOM_DIRECTIONS
```
    Number of independent directions (DOM).
  - LAGUERRE_SOLVER_ERROR
```
public static final NumericPropertyKeyword LAGUERRE_SOLVER_ERROR
```
    Error tolerance for the Laguerre solver (RTE).
  - ATOL
```
public static final NumericPropertyKeyword ATOL
```
    Absolute tolerance (atol) for RK calculations (RTE).
  - RTOL
```
public static final NumericPropertyKeyword RTOL
```
    Relative tolerance (atol) for RK calculations (RTE).
  - GRID_SCALING_FACTOR
```
public static final NumericPropertyKeyword GRID_SCALING_FACTOR
```
    Grid scaling factor.
  - DOM_GRID_DENSITY
```
public static final NumericPropertyKeyword DOM_GRID_DENSITY
```
    Internal DOM grid density (RTE).
  - GRID_STRETCHING_FACTOR
```
public static final NumericPropertyKeyword GRID_STRETCHING_FACTOR
```
    Grid stretching factor (RTE).
  - RELAXATION_PARAMETER
```
public static final NumericPropertyKeyword RELAXATION_PARAMETER
```
    Relaxation parameter of iterative solver (RTE).
  - RTE_MAX_ITERATIONS
```
public static final NumericPropertyKeyword RTE_MAX_ITERATIONS
```
    Iteration threshold for RTE calculations.
  - RTE_INTEGRATION_TIMEOUT
```
public static final NumericPropertyKeyword RTE_INTEGRATION_TIMEOUT
```
    Maximum allowed time spent on integration (RTE).
  - TRAPEZOIDAL_RISE_PERCENTAGE
```
public static final NumericPropertyKeyword TRAPEZOIDAL_RISE_PERCENTAGE
```
    Percentage of initial (rise) segment of the pulse trapezoid.
  - TRAPEZOIDAL_FALL_PERCENTAGE
```
public static final NumericPropertyKeyword TRAPEZOIDAL_FALL_PERCENTAGE
```
    Percentage of final (fall) segment of the pulse trapezoid.
  - SKEW_MU
```
public static final NumericPropertyKeyword SKEW_MU
```
    μ parameter for skewed normal distribution.
  - SKEW_SIGMA
```
public static final NumericPropertyKeyword SKEW_SIGMA
```
    σ parameter for skewed normal distribution.
  - SKEW_LAMBDA
```
public static final NumericPropertyKeyword SKEW_LAMBDA
```
    λ parameter for skewed normal distribution.
  - MODEL_WEIGHT
```
public static final NumericPropertyKeyword MODEL_WEIGHT
```
    A weight indicating how good a calculation model is.
  - DAMPING_RATIO
```
public static final NumericPropertyKeyword DAMPING_RATIO
```
    Levenberg-Marquardt damping ratio. A zero value presents pure Levenberg damping. A value of 1 gives pure Marquardt damping.
  - SOURCE_GEOMETRIC_FACTOR
```
public static final NumericPropertyKeyword SOURCE_GEOMETRIC_FACTOR
```
    Determines how much weight is attributed to the front-face light source compared to rear face. Can be a number between zero and unity.
  - MAX_HIGH_FREQ_WAVES
```
public static final NumericPropertyKeyword MAX_HIGH_FREQ_WAVES
```
    Max. no. of high-frequency waves in the sinusoidal baseline.
  - MAX_LOW_FREQ_WAVES
```
public static final NumericPropertyKeyword MAX_LOW_FREQ_WAVES
```
    Max. no. of low-frequency waves in the sinusoidal baseline.
  - SOLID_EXCHANGE_COEFFICIENT
```
public static final NumericPropertyKeyword SOLID_EXCHANGE_COEFFICIENT
```
    Energy exchange coefficient in the two-temperature model (g).
  - GAS_EXCHANGE_COEFFICIENT
```
public static final NumericPropertyKeyword GAS_EXCHANGE_COEFFICIENT
```
    Energy exchange coefficient in the two-temperature model (g').
  - HEAT_LOSS_GAS
```
public static final NumericPropertyKeyword HEAT_LOSS_GAS
```
    Heat loss for the gas in the 2T-model.
  - OBJECTIVE_FUNCTION
```
public static final NumericPropertyKeyword OBJECTIVE_FUNCTION
```
    Value of objective function.
- Method Detail
  - values
```
public static NumericPropertyKeyword[] values()
```
    Returns an array containing the constants of this enum type, in the order they are declared. This method may be used to iterate over the constants as follows:
    for (NumericPropertyKeyword c : NumericPropertyKeyword.values()) System.out.println(c);
    Returns:
    
    an array containing the constants of this enum type, in the order they are declared
  - valueOf
```
public static NumericPropertyKeyword valueOf(String name)
```
    Returns the enum constant of this type with the specified name. The string must match exactly an identifier used to declare an enum constant in this type. (Extraneous whitespace characters are not permitted.)
    
    Parameters:
    
    name - the name of the enum constant to be returned.
    
    Returns:
    
    the enum constant with the specified name
    
    Throws:
    
    IllegalArgumentException - if this enum type has no constant with the specified name
    
    NullPointerException - if the argument is null
  - findAny
```
public static Optional<NumericPropertyKeyword> findAny(String key)
```

Enum NumericPropertyKeyword

Enum Constant Summary

Method Summary

Methods inherited from class java.lang.Enum

Methods inherited from class java.lang.Object

Enum Constant Detail

DIFFUSIVITY

COATING_DIFFUSIVITY

THICKNESS

DIAMETER

MAXTEMP

NUMPOINTS

NONLINEAR_PRECISION

PULSE_WIDTH

SPOT_DIAMETER

TIME_LIMIT

GRID_DENSITY

SHELL_GRID_DENSITY

AXIAL_COATING_THICKNESS

RADIAL_COATING_THICKNESS

SPECIFIC_HEAT

CONDUCTIVITY

EMISSIVITY

DENSITY

LASER_ENERGY

TEST_TEMPERATURE

LINEAR_RESOLUTION

GRADIENT_RESOLUTION

BUFFER_SIZE

ERROR_TOLERANCE

FOV_OUTER

FOV_INNER

BASELINE_SLOPE

BASELINE_FREQUENCY

BASELINE_PHASE_SHIFT

BASELINE_AMPLITUDE

BASELINE_INTERCEPT

TAU_FACTOR

DETECTOR_GAIN

DETECTOR_IRIS

HEAT_LOSS_SIDE

HEAT_LOSS

HEAT_LOSS_CONVECTIVE

HEAT_LOSS_COMBINED

ITERATION

IDENTIFIER

ITERATION_LIMIT

LASER_ABSORPTIVITY

THERMAL_ABSORPTIVITY

COMBINED_ABSORPTIVITY

REFLECTANCE

DIATHERMIC_COEFFICIENT

PLANCK_NUMBER

OPTICAL_THICKNESS

TIME_SHIFT

SIGNIFICANCE

OPTIMISER_STATISTIC

MODEL_CRITERION

TEST_STATISTIC

LOWER_BOUND

UPPER_BOUND

WINDOW

INCIDENT_INTENSITY

CORRELATION_THRESHOLD

INTEGRATION_SEGMENTS

INTEGRATION_CUTOFF

SCHEME_WEIGHT

QUADRATURE_POINTS

SCATTERING_ALBEDO

SCATTERING_ANISOTROPY

DOM_ITERATION_ERROR

DOM_DIRECTIONS

LAGUERRE_SOLVER_ERROR

ATOL

RTOL

GRID_SCALING_FACTOR

DOM_GRID_DENSITY

GRID_STRETCHING_FACTOR

RELAXATION_PARAMETER

RTE_MAX_ITERATIONS