name & dimensionality |
kind |
in/out |
description |
|
|
|
|
nside |
I4B |
IN |
value of
resolution parameter for input map |
map(0:12*nside*nside-1) |
SP/ DP |
INOUT |
HEALPix map from which the monopole and dipole will be
removed. Those are removed from all unflagged pixels,
even those excluded by the cut zounds or the mask. |
ordering |
I4B |
IN |
HEALPix scheme 1:RING, 2: NESTED |
degree |
I4B |
IN |
multipoles to fit and remove. It is either 0 (nothing done),
1 (monopole only) or 2 (monopole and dipole). |
multipoles(0:degree*degree-1) |
DP |
OUT |
values of best fit monopole and
dipole. The monopole is described as a scalar in the same
units as the input map, the dipole as a 3D cartesian vector, in the same units. |
zbounds(1:2) |
DP |
IN |
section of the map on which to perform the
fit, expressed in terms of
. If zbounds(1)zbounds(2), it is
performed on the strip zbounds(1)zbounds(2); if not,
it is performed outside the strip
zbounds(2)zbounds(1). If absent, the whole map is processed.
|
fmissval (OPTIONAL) |
SP/ DP |
IN |
value used to flag bad pixel on input
default:-1.6375e30. Pixels with that value are ignored
during the fit, and left unchanged on output. |
mask(0:12*nside*nside-1) (OPTIONAL) |
SP/ DP |
IN |
mask of valid pixels.
Pixels with mask
are not used for fit. Note:
the map is not multiplied by the mask. |
weights(0:12*nside*nside-1) (OPTIONAL) |
SP/ DP |
IN |
weight to be
given to each map pixel before doing the fit. By default pixels are given
a uniform weight of 1. Note:
the output map is not multiplied by the weights. |
s = sin(15.0_dp *
DEG2RAD)
call
remove_dipole*(128, map, 1, 2, multipoles, (/ s, -s /) )