HiRISE

HiRISE.HiPlan.HIPHOP
Class Transfer_File_Parameters

java.lang.Object
  extended by HiRISE.HiPlan.HIPHOP.Transfer_File_Parameters

public class Transfer_File_Parameters
extends Object

A set of constants defining the Parameters required to be in a HIPHOP transfer file. An input transfer file is created by HiPlan for use by HIPHOP; and output transfer file is created by HIPHOP for use by HiPlan. Both sets of parameters are included in this utility class, as are methods to verify that a transfer file is of the correct form.

Version:
1.7
Author:
Christian Schaller - UA/PIRL

Field Summary
static String BG_CCD_GROUP
          Deprecated. As of 1.3, replaced by BG12_CCD_GROUP and BG13_CCD_GROUP.
static String BG_IF
          The name of the Parameter that holds the value of the I/F ratio for the blue-green CCDs.
static String BG_IF_WITH_ATMOS
          The name of the Parameter that holds the value of the I/F ratio for the blue-green CCDs with atmospheric effects.
static String BG12_CCD_GROUP
          The name of the aggregate Parameter containing the data for the BG12 CCD.
static String BG13_CCD_GROUP
          The name of the aggregate Parameter containing the data for the BG13 CCD.
static String BIG_P
          The name of the Parameter that holds the value for "big P" used in modeling the photometry of the observation.
static String BIN
          The name of the Parameter that holds the binning value for the detector used to model the photometry of the observation.
static String CBOE_AMPLITUDE
          The name of the Parameter that holds the value for the "CBOE amplitude" used in modeling the photometry of the observation.
static String CHANNEL
          The name of the Parameter that holds the channel number for the detector used to model the photometry of the observation.
static String CONTRAST_RATIO
          The name of the Parameter that holds the contrast ratio used in modeling the photometry of the observation.
static String DCA
          The name of the Parameter that holds DCA ("CCD") number for the detector used to model the photometry of the observation.
static String DN_FROST
          The name of the Parameter tha tholds the predicted peak frost 14-bit DN value for the detector used to model the photometry of the observation.
static String DN_SURFACE
          The name of the Parameter that holds the predicted peak surface 14-bit DN value for the detector used to model the photometry of the observation.
static String ELECTRON_FROST
          The name of the Parameter that holds the predicted peak frost signal value for the detector used to model the photometry of the observation.
static String ELECTRON_SURFACE
          The name of the Parameter that holds the predicted peak surface signal value for the detector used to model the photometry of the observation.
static String EMISSION_ANGLE
          The name of the Parameter that holds the emission angle for the observation.
static String FROST_PERCENTAGE
          The name of the Parameter that holds the frost percentage used in modeling the photometry of the observation.
static String GAIN
          The name of the Parameter that holds the inverse gain for the detector used to model the photometry of the observation.
static String GENERIC_GROUP
          The name of the aggregate Parameter containing so-called "generic" member parameters.
static String H_G_ASYMMETRY
          The name of the Parameter that holds the value for the "H-G asymmetry" used in modeling the photometry of the observation.
static String H_G_WEIGHTING
          The name of the Parameter that holds the value for the "H-G weighting" used in modeling the photometry of the observation.
static String HAPKE_GROUP
          The name of the aggregate Parameter containing Hapke-related parameters.
static String HELIOCENTRIC_DISTANCE
          The name of the Parameter that holds the distance between Mars and the Sun.
static String HIST
          The name of the Parameter that holds the histogram data for the detector used to model the photometry of the observation.
static String HS_PARAMETER
          The name of the Parameter that holds the value for the "HS" parameter used in modeling the photometry of the observation.
static String ID
          Class identification name with source code version and date.
static String INCIDENCE_ANGLE
          The name of the Parameter that holds the incidence angle for the observation.
static String INPUT_GROUP
           
static String IR_CCD_GROUP
          The name of the aggregate Parameter containing the data for the near-infrared CCDs.
static String L_SUB_S
           
static String LINE_TIME
          The name of the Parameter that holds the line time used in the observation.
static String MACROSCOPIC_ROUGHNESS
          The name of the Parameter that holds the value for macroscopic roughness used in modeling the photometry of the observation.
static String MEAN_COS_SCATTERING_ANGLE
          The name of the Parameter that holds the value of the cosine of the mean scattering angle.
static String MINIMUM_VALUE_IN_HISTOGRAM
          The name of the Parameter that holds the lowest 14-bit DN value in the HIST histogram data for the detector used to model the photometry of the observation.
static String NIR_IF
          The name of the Parameter that holds the value of the I/F ratio for the near-infrared CCDs.
static String NIR_IF_WITH_ATMOS
          The name of the Parameter that holds the value of the I/F ratio for the near-infrared CCDs with atmospheric effects.
static String NUMBER_OF_HISTOGRAM_PIXELS
          The name of the Parameter that holds the number of pixels in the HIST histogram data for the detector used to model the photometry of the observation.
static String NUMBER_OF_HISTOGRAM_VALUES
          The name of the Parameter that holds the number of values in the HIST histogram data for the detector used to model the photometry of the observation.
static String OBSERVATION_ID
           
static String OFFSET
          The name of the Parameter that holds the offset value for the detector used to model the photometry of the observation.
static String OPPOSITION_EFFECT
          The name of the Parameter that holds the value for the "opposition effect" used in modeling the photometry of the observation.
static String OPTICAL_DEPTH
          The name of the Parameter that holds the optical depth used in modeling the photometry of the observation.
static String PARTICLE_CROSS_SECTIONAL_AREA
          The name of the Parameter that holds the value of the particle scattering cross sectional area.
static String PARTICLE_NUMBER_DENSITY
          The name of the Parameter that holds the value of the particle number density.
static String PARTICLE_SCATTERING_EFFICIENCY
          The name of the Parameter that holds the value of the particle scattering efficiency.
static String PHASE_ANGLE
          The name of the Parameter that holds the phase angle for the observation.
static String RED_CCD_GROUP
          Deprecated. As of 1.3, replaced by REDL_CCD_GROUP and REDH_CCD_GROUP.
static String RED_IF
          The name of the Parameter that holds the value of the I/F ratio for the red CCDs.
static String RED_IF_WITH_ATMOS
          The name of the Parameter that holds the value of the I/F ratio for the red CCDs with atmospheric effects.
static String REDH_CCD_GROUP
          The name of the aggregate Parameter containing the data for the high-bin red CCDs.
static String REDL_CCD_GROUP
          The name of the aggregate Parameter containing the data for the low-bin red CCDs.
static String ROUGHNESS
          The name of the Parameter that holds the surface roughness used in modeling the photometry of the observation.
static String SATURATION
          The name of the Parameter that holds the predicted saturation percent for the detector used to model the photometry of the observation.
static String SCATTERING_AEROSOL_TYPE
          The name of the Parameter that holds the type of aerosol scattering used in modeling the photometry of the observation.
static String SCATTERING_FUNCTION
          The name of the Parameter that holds the value for the scattering function used in modeling the photometry of the observation.
static String SHOE_AMPLITUDE
          The name of the Parameter that holds the value for the "SHOE amplitude" used in modeling the photometry of the observation.
static String SINGLE_SCATTERING_ALBEDO
          The name of the Parameter that holds the single-scattering albedo value used in modeling the photometry of the observation.
static String SLOPE
          The name of the Parameter that holds the value for slope used in modeling the photometry of the observation.
static String SNR_FROST
          The name of the Parameter that holds the predicted frost SNR for the detector used to model the photometry of the observation.
static String SNR_SURFACE
          The name of the Parameter that holds the predicted surface SNR for the detector used to model the photometry of the observation.
static String SURFACE_REFLECTANCE_SLIDER
          The name of the Parameter that holds the surface reflectance slider setting used in modeling the photometry of the observation.
static String TDI
          The name of the Parameter that holds the TDI value for the detector used to model the photometry of the observation.
static String WAVELENGTH
          The name of the Parameter that holds the value for the wavelength used in modeling the photometry of the observation.
 
Method Summary
static Vector output_ccd_parameters()
          Gets the vector of names of the Parameters required to be in the CCD groups in a HIPHOP output transfer file.
static Vector output_generic_parameters()
          Gets the vector of names of the Parameters required to be in the so-called "generic" group in a HIPHOP output transfer file.
static Vector output_groups()
          Gets the vector of names of the aggregate Parameters required to be in a HIPHOP output transfer file.
static Vector output_hapke_parameters()
          Gets the vector of names of the Parameters required to be in the Hapke group in a HIPHOP output transfer file.
static boolean verify_input_parameters(Parameter input)
          Verifies that the required data in a HIPHOP input transfer file are present.
static boolean verify_output_parameters(Parameter output)
          Verifies that the required data in a HIPHOP output transfer file are present.
 
Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
 

Field Detail

ID

public static final String ID
Class identification name with source code version and date.

See Also:
Constant Field Values

INPUT_GROUP

public static final String INPUT_GROUP
See Also:
Constant Field Values

OBSERVATION_ID

public static final String OBSERVATION_ID
See Also:
Constant Field Values

L_SUB_S

public static final String L_SUB_S
See Also:
Constant Field Values

GENERIC_GROUP

public static final String GENERIC_GROUP
The name of the aggregate Parameter containing so-called "generic" member parameters. These parameters define the overall settings used to generate the data. This parameter forms part of the output transfer file.

See Also:
Constant Field Values

HAPKE_GROUP

public static final String HAPKE_GROUP
The name of the aggregate Parameter containing Hapke-related parameters. This parameter forms part of the output transfer file.

See Also:
Constant Field Values

BG12_CCD_GROUP

public static final String BG12_CCD_GROUP
The name of the aggregate Parameter containing the data for the BG12 CCD. BG12 and BG13 must be handled separately due to electronic problems with BG13. This parameter forms part of the output transfer file.

See Also:
Constant Field Values

BG13_CCD_GROUP

public static final String BG13_CCD_GROUP
The name of the aggregate Parameter containing the data for the BG13 CCD. BG12 and BG13 must be handled separately due to electronic problems with BG13. This parameter forms part of the output transfer file.

See Also:
Constant Field Values

BG_CCD_GROUP

public static final String BG_CCD_GROUP
Deprecated. As of 1.3, replaced by BG12_CCD_GROUP and BG13_CCD_GROUP.
The name of the aggregate Parameter containing the data for the blue-green CCDs. This parmeter forms part of the output transfer file.

See Also:
Constant Field Values

REDL_CCD_GROUP

public static final String REDL_CCD_GROUP
The name of the aggregate Parameter containing the data for the low-bin red CCDs. HIPHOP allows the operator to work with two classes of red CCDs: low-bin and high-bin; it is expected that the camera will not be configured with more than two different red binnings for a given observation.

See Also:
Constant Field Values

REDH_CCD_GROUP

public static final String REDH_CCD_GROUP
The name of the aggregate Parameter containing the data for the high-bin red CCDs. HIPHOP allows the operator to work with two classes of red CCDs: low-bin and high-bin; it is expected that the camera will not be configured with more than two different red binnings for a given observation.

See Also:
Constant Field Values

RED_CCD_GROUP

public static final String RED_CCD_GROUP
Deprecated. As of 1.3, replaced by REDL_CCD_GROUP and REDH_CCD_GROUP.
The name of the aggregate Parameter containing the data for the red CCDs. This parameter forms part of the ouput transfer file.

See Also:
Constant Field Values

IR_CCD_GROUP

public static final String IR_CCD_GROUP
The name of the aggregate Parameter containing the data for the near-infrared CCDs. This parameter forms part of the output transfer file.

See Also:
Constant Field Values

HELIOCENTRIC_DISTANCE

public static final String HELIOCENTRIC_DISTANCE
The name of the Parameter that holds the distance between Mars and the Sun. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

LINE_TIME

public static final String LINE_TIME
The name of the Parameter that holds the line time used in the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

EMISSION_ANGLE

public static final String EMISSION_ANGLE
The name of the Parameter that holds the emission angle for the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

INCIDENCE_ANGLE

public static final String INCIDENCE_ANGLE
The name of the Parameter that holds the incidence angle for the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

PHASE_ANGLE

public static final String PHASE_ANGLE
The name of the Parameter that holds the phase angle for the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

SURFACE_REFLECTANCE_SLIDER

public static final String SURFACE_REFLECTANCE_SLIDER
The name of the Parameter that holds the surface reflectance slider setting used in modeling the photometry of the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

ROUGHNESS

public static final String ROUGHNESS
The name of the Parameter that holds the surface roughness used in modeling the photometry of the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

CONTRAST_RATIO

public static final String CONTRAST_RATIO
The name of the Parameter that holds the contrast ratio used in modeling the photometry of the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

FROST_PERCENTAGE

public static final String FROST_PERCENTAGE
The name of the Parameter that holds the frost percentage used in modeling the photometry of the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

OPTICAL_DEPTH

public static final String OPTICAL_DEPTH
The name of the Parameter that holds the optical depth used in modeling the photometry of the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

SCATTERING_AEROSOL_TYPE

public static final String SCATTERING_AEROSOL_TYPE
The name of the Parameter that holds the type of aerosol scattering used in modeling the photometry of the observation. This parameter is part of the GENERIC_GROUP aggregate.

See Also:
Constant Field Values

SINGLE_SCATTERING_ALBEDO

public static final String SINGLE_SCATTERING_ALBEDO
The name of the Parameter that holds the single-scattering albedo value used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

MACROSCOPIC_ROUGHNESS

public static final String MACROSCOPIC_ROUGHNESS
The name of the Parameter that holds the value for macroscopic roughness used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

SLOPE

public static final String SLOPE
The name of the Parameter that holds the value for slope used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

BIG_P

public static final String BIG_P
The name of the Parameter that holds the value for "big P" used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

SCATTERING_FUNCTION

public static final String SCATTERING_FUNCTION
The name of the Parameter that holds the value for the scattering function used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

H_G_ASYMMETRY

public static final String H_G_ASYMMETRY
The name of the Parameter that holds the value for the "H-G asymmetry" used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

H_G_WEIGHTING

public static final String H_G_WEIGHTING
The name of the Parameter that holds the value for the "H-G weighting" used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

OPPOSITION_EFFECT

public static final String OPPOSITION_EFFECT
The name of the Parameter that holds the value for the "opposition effect" used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

WAVELENGTH

public static final String WAVELENGTH
The name of the Parameter that holds the value for the wavelength used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

CBOE_AMPLITUDE

public static final String CBOE_AMPLITUDE
The name of the Parameter that holds the value for the "CBOE amplitude" used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

SHOE_AMPLITUDE

public static final String SHOE_AMPLITUDE
The name of the Parameter that holds the value for the "SHOE amplitude" used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

HS_PARAMETER

public static final String HS_PARAMETER
The name of the Parameter that holds the value for the "HS" parameter used in modeling the photometry of the observation. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

PARTICLE_CROSS_SECTIONAL_AREA

public static final String PARTICLE_CROSS_SECTIONAL_AREA
The name of the Parameter that holds the value of the particle scattering cross sectional area. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

PARTICLE_SCATTERING_EFFICIENCY

public static final String PARTICLE_SCATTERING_EFFICIENCY
The name of the Parameter that holds the value of the particle scattering efficiency. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

MEAN_COS_SCATTERING_ANGLE

public static final String MEAN_COS_SCATTERING_ANGLE
The name of the Parameter that holds the value of the cosine of the mean scattering angle. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

PARTICLE_NUMBER_DENSITY

public static final String PARTICLE_NUMBER_DENSITY
The name of the Parameter that holds the value of the particle number density. This parameter is part of the HAPKE_GROUP aggregate.

See Also:
Constant Field Values

BG_IF

public static final String BG_IF
The name of the Parameter that holds the value of the I/F ratio for the blue-green CCDs. This parameter is part of the HAPKE_GROUP aggregate. Currently not checked.

See Also:
Constant Field Values

RED_IF

public static final String RED_IF
The name of the Parameter that holds the value of the I/F ratio for the red CCDs. This parameter is part of the HAPKE_GROUP aggregate. Currently not checked.

See Also:
Constant Field Values

NIR_IF

public static final String NIR_IF
The name of the Parameter that holds the value of the I/F ratio for the near-infrared CCDs. This parameter is part of the HAPKE_GROUP aggregate. Currently not checked.

See Also:
Constant Field Values

BG_IF_WITH_ATMOS

public static final String BG_IF_WITH_ATMOS
The name of the Parameter that holds the value of the I/F ratio for the blue-green CCDs with atmospheric effects. This parameter is part of the HAPKE_GROUP aggregate. Currently not checked.

See Also:
Constant Field Values

RED_IF_WITH_ATMOS

public static final String RED_IF_WITH_ATMOS
The name of the Parameter that holds the value of the I/F ratio for the red CCDs with atmospheric effects. This parameter is part of the HAPKE_GROUP aggregate. Currently not checked.

See Also:
Constant Field Values

NIR_IF_WITH_ATMOS

public static final String NIR_IF_WITH_ATMOS
The name of the Parameter that holds the value of the I/F ratio for the near-infrared CCDs with atmospheric effects. This parameter is part of the HAPKE_GROUP aggregate. Currently not checked.

See Also:
Constant Field Values

DCA

public static final String DCA
The name of the Parameter that holds DCA ("CCD") number for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates. Note that the CCD number is not the same as the CPMM number; in general, HiRISE ground data system software refers to the latter, not the former, but this is an exception to that rule.

See Also:
Constant Field Values

CHANNEL

public static final String CHANNEL
The name of the Parameter that holds the channel number for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

GAIN

public static final String GAIN
The name of the Parameter that holds the inverse gain for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

OFFSET

public static final String OFFSET
The name of the Parameter that holds the offset value for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

BIN

public static final String BIN
The name of the Parameter that holds the binning value for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates. This parameter is one of the results of the modeling.

See Also:
Constant Field Values

TDI

public static final String TDI
The name of the Parameter that holds the TDI value for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates. This parameter is one of the results of the modeling.

See Also:
Constant Field Values

SNR_SURFACE

public static final String SNR_SURFACE
The name of the Parameter that holds the predicted surface SNR for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

SNR_FROST

public static final String SNR_FROST
The name of the Parameter that holds the predicted frost SNR for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

DN_SURFACE

public static final String DN_SURFACE
The name of the Parameter that holds the predicted peak surface 14-bit DN value for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

DN_FROST

public static final String DN_FROST
The name of the Parameter tha tholds the predicted peak frost 14-bit DN value for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

ELECTRON_SURFACE

public static final String ELECTRON_SURFACE
The name of the Parameter that holds the predicted peak surface signal value for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

ELECTRON_FROST

public static final String ELECTRON_FROST
The name of the Parameter that holds the predicted peak frost signal value for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

SATURATION

public static final String SATURATION
The name of the Parameter that holds the predicted saturation percent for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

NUMBER_OF_HISTOGRAM_VALUES

public static final String NUMBER_OF_HISTOGRAM_VALUES
The name of the Parameter that holds the number of values in the HIST histogram data for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

MINIMUM_VALUE_IN_HISTOGRAM

public static final String MINIMUM_VALUE_IN_HISTOGRAM
The name of the Parameter that holds the lowest 14-bit DN value in the HIST histogram data for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

NUMBER_OF_HISTOGRAM_PIXELS

public static final String NUMBER_OF_HISTOGRAM_PIXELS
The name of the Parameter that holds the number of pixels in the HIST histogram data for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates.

See Also:
Constant Field Values

HIST

public static final String HIST
The name of the Parameter that holds the histogram data for the detector used to model the photometry of the observation. This parameter is part of the output CCD aggregates. Its value is an array-type Value.

See Also:
Constant Field Values
Method Detail

output_groups

public static Vector output_groups()
Gets the vector of names of the aggregate Parameters required to be in a HIPHOP output transfer file.

Returns:
a vector of required aggregate parameter names.

output_generic_parameters

public static Vector output_generic_parameters()
Gets the vector of names of the Parameters required to be in the so-called "generic" group in a HIPHOP output transfer file. The parameters with these names must be members of the GENERIC_GROUP aggregate.

Returns:
a vector of parameter names.

output_hapke_parameters

public static Vector output_hapke_parameters()
Gets the vector of names of the Parameters required to be in the Hapke group in a HIPHOP output transfer file. The parameters with these names must be members of the HAPKE_GROUP aggregate.

Returns:
a vector of parameter names.

output_ccd_parameters

public static Vector output_ccd_parameters()
Gets the vector of names of the Parameters required to be in the CCD groups in a HIPHOP output transfer file. The parameters with these names must be members of the BG_CCD_GROUP, RED_CCD_GROUP, and the IR_CCD_GROUP aggregates.

Returns:
a vector of parameter names.

verify_input_parameters

public static boolean verify_input_parameters(Parameter input)
Verifies that the required data in a HIPHOP input transfer file are present. (Currently this is a placeholder method that always returns true.)

Parameters:
input - the HIPHOP input transfer file parameter set.
Returns:
true if the data are good, false otherwise. Currently returns only true.

verify_output_parameters

public static boolean verify_output_parameters(Parameter output)
Verifies that the required data in a HIPHOP output transfer file are present. This method checks that each of the required aggregate parameters is present, and it checks that each aggregate has the required member parameters. (Currently this is a placeholder method that always returns true.)

Parameters:
output - the HIPHOP output transfer file parmeter set.
Returns:
true if the data are good, false otherwise. Currently returns only true

HiRISE

Copyright (C) Arizona Board of Regents on behalf of the Planetary Image Research Laboratory, Lunar and Planetary Laboratory at the University of Arizona