UVWFlagger

Flag based on UVW coordinates, possibly in the direction of another source.

inputs

type

type:

string

default:

uvwflagger

doc:

Case-insensitive step type; must be ‘uvwflagger’ or ‘uvwflag’.

beammode

type:

enum

doc:

Beam mode to apply, can be “array_factor”, “element” or “default”. Default is to apply both the element beam and the array factor.

symbols:

array_factor, element, default

count.path

type:

string?

default:

""

doc:

The directory where to create the flag percentages table. If empty, the path of the input MS is used.

count.save

type:

boolean

default:

False

doc:

The directory where to create the flag percentages table. If empty, the path of the input MS is used.

phasecenter

type:

string?

doc:

If given, use this phase center to calculate the UVW coordinates to flag on. The vector can consist of 1, 2 or, 3 values. If one value is given, it must be the name of a moving source (e.g. SUN or JUPITER). Otherwise the first two values must contain a source position that can be given in sexagesimal format or as a value followed by a unit. The third value can contain the direction type; it defaults to J2000. Possible types are GALACTIC, ECLIPTIC, SUPERGAL, J2000, B1950 (as defined in the casacore Measures system).

default:

[]

step_name

type:

string

default:

uvwflagger

doc:

unique name for the step.

ulambdamax

type:

double

default:

1e15

doc:

Flag baselines/channels with U > ulambdamax wavelengths.

ulambdamin

type:

double

default:

0

doc:

Flag baselines/channels with U < ulambdamin wavelengths.

ulambdarange

type:

string?

default:

[]

doc:

Flag baselines/channels with U within one the given ranges (in wavelengths).

ummax

type:

double

default:

1e15

doc:

Flag baselines with U > ummax meter.

ummin

type:

double

default:

0

doc:

Flag baselines with U < ummin meter.

umrange

type:

string?

default:

[]

doc:

Flag baselines with U within one of the given ranges (in meters).

uvlambdamax

type:

double

default:

1e15

doc:

Flag baselines/channels with UV > uvlambdamax wavelengths.

uvlambdamin

type:

double

default:

0

doc:

Flag baselines/channels with UV < uvlambdamin wavelengths.

uvlambdarange

type:

string?

default:

[]

doc:

Flag baselines/channels with UV within one the given ranges (in wavelengths). Delimiters .. and +- can be used to specify a range. E.g., uvlambdarange = [20..30, 40+-5] flags baselines/channels with UV in range 20-30 wavelengths and 35-45 wavelengths.

uvmmax

type:

double

default:

1e15

doc:

Flag baselines with UV > uvmmax meter.

uvmmin

type:

double

default:

0

doc:

Flag baselines with UV < uvmmin meter.

uvmrange

type:

string?

default:

[]

doc:

Flag baselines with UV within one the given ranges (in meters). Delimiters .. and +- can be used to specify a range. E.g., uvmrange = [20..30, 40+-5] flags baselines with UV in range 20-30 meter and 35-45 meter

vlambdamax

type:

double

default:

1e15

doc:

Flag baselines/channels with V > vlambdamax wavelengths.

vlambdamin

type:

double

default:

0

doc:

Flag baselines/channels with V < vlambdamin wavelengths.

vlambdarange

type:

string?

default:

[]

doc:

Flag baselines/channels with V within one the given ranges (in wavelengths).

vmmax

type:

double

default:

1e15

doc:

Flag baselines with V > vmmax meter.

vmmin

type:

double

default:

0

doc:

Flag baselines with V < vmmin meter.

vmrange

type:

string?

default:

[]

doc:

Flag baselines with V within one of the given ranges (in meters).

wlambdamax

type:

double

default:

1e15

doc:

Flag baselines/channels with W > wlambdamax wavelengths.

wlambdamin

type:

double

default:

0

doc:

Flag baselines/channels with W < wlambdamin wavelengths.

wlambdarange

type:

string?

default:

[]

doc:

Flag baselines/channels with W within one the given ranges (in wavelengths).

wmmax

type:

double

default:

1e15

doc:

Flag baselines with W > wmmax meter.

wmmin

type:

double

default:

0

doc:

Flag baselines with W < wmmin meter.

wmrange

type:

string?

defautl:

[]

doc:

Flag baselines with W within one of the given ranges (in meters).