CPD3 editing Configuration

Editing profile configuration

The keys immediately below this are profile names that are selected by the application. For example, aerosol is the commonly used default profile. However, any non-empty name is acceptable and can be used to create customized configurations that can be selected at run time. In general, profile names should be all lower case to preserve case insensitivity. In the paths listed <PROFILE> is used as a placeholder to real profile name (e.g. replace <PROFILE> with aerosol for the default profile).

The averaging interval

A time interval consists of a time unit, a number of units to apply, and an alignment setting. Alignment is enabled by default.

One hour aligned

A logical time unit

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

The number of units to apply in time

Align units in logical time

Contamination profile name to apply

The current profile name

Filters to apply to data keyed on the priority of the filter

The keys immediately below this are unique numbers selected by the user. These keys are evaluated in sorted numeric order, with smaller numbers coming first. This is distinct from array notation in that it allows for skipped numbers and for partial overriding of a specific key only. In the paths listed <NUMBER> is used as a placeholder to real name selected during configuration.

Data that continuous to full average processing is applied to (full averaged regenerated)

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Data that are fully re-averaged (both full and continuous averages regenerated)

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

The editing component name in use

Additional inputs requested for processing

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Additional editing profiles to load edits from

The keys immediately below this are array indices. These are indexes into an ordered list, with the first element being zero. For example, #0 is the first element of the array. The paths represented here use #0 as a placeholder for all indices.

Editing profile name

Output archive name for high resolution data

Include contaminated data in the output averages

Output archive name for averaged data

Data generated as outputs of processing

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Minimum coverage fraction of the average below which the output average is invalid

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Backwards-hemispheric scattering coefficient selections to apply the correction to

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Total scattering coefficient selections to apply the correction to

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Correction factor selection mode

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

Smoothing used for Ångström exponent calculation

A baseline smoother is a construct that is used to generate a smoothed output based on an input value sequence. The possible valid configuration parameters are determined by the Type enumeration key.

A 3-minute time constant single pole low pass filter, with a 35 minute gap threshold

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Use coarse mode K1 (Ångström exponent dependent)

Absorption coefficient selections to apply the correction to

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Extinction coefficient inputs to use for correction

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

A 3-minute time constant single pole low pass filter, with a 35 minute gap threshold

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

K1 correction factor (scattering subtraction)

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

K2 correction factor (absorption divisor)

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Scattering coefficient inputs to use for correction

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

A 3-minute time constant single pole low pass filter, with a 35 minute gap threshold

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Use Müller et al. 2011 TSI nephelometer constants instead of Ecotech constants

Backwards-hemispheric scattering coefficient selections to apply the correction to

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Total scattering coefficient selections to apply the correction to

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Correction factor selection mode

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

Smoothing used for Ångström exponent calculation

A baseline smoother is a construct that is used to generate a smoothed output based on an input value sequence. The possible valid configuration parameters are determined by the Type enumeration key.

A 3-minute time constant single pole low pass filter, with a 35 minute gap threshold

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Channel correction definitions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Absorption channel to correct

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

End of sample absorption optical depth

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Start of sample absorption optical depth

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

End of sample asymmetry parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Start of sample asymmetry parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction δ_af parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction δ_sf parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction η_f parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction g_f parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Sample length change

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m

End of sample length

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m

Start of sample length

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m

End of sample scattering optical depth

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Start of sample scattering optical depth

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

End of sample transmittance

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Start of sample transmittance

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Concentration based parameters to correct (e.x. scattering coefficients)

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Volume based parameters to correct (e.x. flows)

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Measured sample pressure

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

hPa

Measured sample temperature

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

°C

Target standard pressure

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

hPa

Target standard temperature

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

°C

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Channel correction definitions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Absorption channel to correct

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Correction h0 parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction h1 parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction k0 parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction k0 parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Correction s parameter

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

End of sample transmittance

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Start of sample transmittance

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Extinction coefficient inputs to use for correction

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

A 3-minute time constant single pole low pass filter, with a 35 minute gap threshold

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Scattering coefficient inputs to use for correction

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

A 3-minute time constant single pole low pass filter, with a 35 minute gap threshold

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Channel correction definitions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Absorption channel to correct

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Calibration applied to the transmittance to generate the correction divisor

A calibration is an array with the coefficients being the array values in ascending power order. All keys are array indices with real number values. For example, #0 is the constant offset while #1 is the slope.

End of sample transmittance

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Start of sample transmittance

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Undo the correction from the absorptions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Concentration or optical properties to apply the dilution correction to

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Dilution (filtered air) flow configuration

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Dilution flow component

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

lpm

An output selection into which the currently dilution factor is placed

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Data selections to add the correction flag into

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Sample flow configuration

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Sample flow component

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

lpm

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Input absorption coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

Input backwards-hemisphereic scattering coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

Direct copy definitions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Input value

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Output target

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Replacement smoothing metadata for the output

This value represents metadata injected directly into some output. That is, the exact contents defined by this value are used as metadata for another value. The exact keys are determined by what metadata is required.

Input extinction coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

Mass absorption calibration used to generate EBCs, this is used when a wavelength specific efficiency is not available

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

nm³/g

Channel calculation definitions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Output absorption coefficient

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Output absorption Ångström exponent

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output asymmetry parameter from the polynomial fit

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output back scatter to total scatter fraction

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output equivalent black carbon concentration

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

μg/m³

Output extinction coefficient

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Output extinction Ångström exponent

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mass efficiency used to calculate EBCs

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m²/g

Backscatter fraction to use instead of the calculated one

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Single scattering albedo fraction to use instead of the calculated one

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

Output radiative forcing efficiency

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output total scattering coefficient

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Output scattering Ångström exponent

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output single scattering albedo

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Target wavelength

nm

Paired wavelength definitions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Output generated Ångström exponent between the inputs

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Input optical coefficients

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Mm⁻¹

Input total scattering coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Input absorption coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

Input backwards-hemisphereic scattering coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

Channel calculation definitions

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different components to be configured. In the paths listed <IDENTIFIER> is used as a placeholder to real name selected during configuration.

Input flags used for zero detection

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output accumulated absorption optical depth

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Maximum gap before accumulation reset

A time interval consists of a time unit, a number of units to apply, and an alignment setting. The number of units applied can be zero; this is normally only used for forcing alignment.

A logical time unit

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

The number of units to apply in time

Align units in logical time

Enable synchronous zeroing (stop accumulation, instead of extrapolating) when the flags indicate a zero in progress

Output filter mean asymmetry parameter from the polynomial fit on the accumulated scattering and backscattering values

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Input flags used for zero detection

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output accumulated backscattering optical depth

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Maximum gap before accumulation reset

A time interval consists of a time unit, a number of units to apply, and an alignment setting. The number of units applied can be zero; this is normally only used for forcing alignment.

A logical time unit

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

The number of units to apply in time

Align units in logical time

Enable synchronous zeroing (stop accumulation, instead of extrapolating) when the flags indicate a zero in progress

Input flags used for zero detection

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output accumulated extinction optical depth

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Maximum gap before accumulation reset

A time interval consists of a time unit, a number of units to apply, and an alignment setting. The number of units applied can be zero; this is normally only used for forcing alignment.

A logical time unit

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

The number of units to apply in time

Align units in logical time

Enable synchronous zeroing (stop accumulation, instead of extrapolating) when the flags indicate a zero in progress

Sample length change

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m

End of sample length

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m

Start of sample length

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m

Input flags used for zero detection

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Output accumulated scattering optical depth

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Maximum gap before accumulation reset

A time interval consists of a time unit, a number of units to apply, and an alignment setting. The number of units applied can be zero; this is normally only used for forcing alignment.

A logical time unit

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

The number of units to apply in time

Align units in logical time

Enable synchronous zeroing (stop accumulation, instead of extrapolating) when the flags indicate a zero in progress

Target value to track for metadata and derived parameters (e.x. the absorption being corrected with CTS)

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Transmittance used for accumulation reset detection

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Fixed target wavelength

nm

Input extinction coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

Filter identifier used to detect accumulation resets

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

Input sample flow rate

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

lpm

Input sample length change

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m

Output accumulated sample length

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

m

Maximum gap before accumulation reset

A time interval consists of a time unit, a number of units to apply, and an alignment setting. The number of units applied can be zero; this is normally only used for forcing alignment.

A logical time unit

This is an enumeration value. It accepts a single string (not case sensitive) from a list of possible choices. Possible values:

The number of units to apply in time

Align units in logical time

Input total scattering coefficients

A wavelength adjuster is a construct that provides optical coefficient wavelength dependend functions. The most common case is to simply adjust the coefficients to different wavelengths using interpolation. Additional uses include Ångström exponent generation and smoothing control. The adjuster consists of various inputs and their parameters.

Spot identifier used to detect accumulation resets

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Always calculate and replace dewpoint temperature even if the value already exists

Always calculate and replace RH even if the value already exists

Always calculate and replace temperature even if the value already exists

Output dewpoint temperature

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

°C

Output relative humidity

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

%

Output temperature

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.

°C

Use liquid water calculations even if the temperature is below freezing

Input dewpoint temperature

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

°C

Input relative humidity

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

%

Input temperature

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

°C

The keys immediately below this are unique names selected by the user. These names can be any non-empty text and are generally used to designate different independent calculation sets to be configured. In general each calculation set is merged to the same time base within the set. For example, a common set is all the variables of the same size and averaging for an instrument. In the paths listed <CALCULATION> is used as a placeholder to real name selected during configuration.

Pitot tube cross sectional area

This is a specification of a single real valued input used in calculation. The specification generally takes the form of either a value from the data or a constant.

m²

Output flow rate

A sequence selection is a means of selecting a sequence of values in the data. The specification consists of selections for the various components of the sequence name.