MIP_FM2_AX_ADSR_cont

binary record "MIP_FM2_AX_ADSR_cont"
idfield namedefinition
0dsr_time
binary timesize: 12
Time of creation

unit: "s since 2000-01-01"
binary recordsize: 12
ENVISAT binary datetime

idfield namedefinition
0days
binary int32size: 4
days since January 1st, 2000 (may be negative)

unit: "days since 2000-01-01"
1seconds
binary uint32size: 4
seconds since start of day

unit: "s"
2microseconds
binary uint32size: 4
microseconds since start of second

unit: "1e-6 s"
1dsr_length
binary uint32size: 4
Length of this DSR in bytes

unit: "bytes"
2attach_flag
binary uint8size: 1
Attachment flag (always set to zero for this ADS)
3noffset
binary uint16size: 2
Index of highest considered geometry for continuum fit
4ngeo_cont
binary uint16size: 2
Number of geometries used for continuum fit
5cont_occ
binary array[dim_0, dim_1]
Continuum occupation matrix

dim_0: int(../ngeo_cont)

dim_1: int(/mw_occupation_matrix_ads[index(:/..)]/nmw)
binary uint16size: 2
6occ_close
binary array[dim_0, dim_1]
Occupation matrix of close to close microwindows

dim_0: int(../ngeo_cont)

dim_1: int(/mw_occupation_matrix_ads[index(:/..)]/nmw)
binary uint16size: 2
7group_type
binary array[dim_0, dim_1]
Types of grouping for continuum fit

dim_0: int(../ngeo_cont)

dim_1: int(/mw_occupation_matrix_ads[index(:/..)]/nmw)
binary uint16size: 2
8nmw_cont
binary array[dim_0]
Number of microwindows considered for continuum fit at geometries used for continuum fit

dim_0: int(../ngeo_cont)
binary uint16size: 2
9tot_mw
binary array[dim_0]
total number of microwindows selected at geometries used for continuum fit

dim_0: int(../ngeo_cont)
binary uint16size: 2
10rel_ind_info
binary array[dim_0]
Relative index of microwindows considered for continuum fit (one at each geometry used for continuum fit)

dim_0: int(../ngeo_cont)
binary array[dim_0]
dim_0: int(../../nmw_cont[index(:)])
binary uint16size: 2
11prog_enum_info
binary array[dim_0]
Progressive enumeration of microwindows considered for continuum fit (one at each geometry used for continuum fit)

dim_0: int(../ngeo_cont)
binary array[dim_0]
dim_0: int(../../nmw_cont[index(:)])
binary uint16size: 2
12abs_ind_info
binary array[dim_0]
Absolute index of all microwindows selected (one at each geometry used for continuum fit)

dim_0: int(../ngeo_cont)
binary array[dim_0]
dim_0: int(../../tot_mw[index(:)])
binary uint16size: 2
13num_interp_info
binary array[dim_0]
Number of continuum values to be interpolated (one at each geometry used for continuum fit)

dim_0: int(../ngeo_cont)
binary array[dim_0]
dim_0: int(../../nmw_cont[index(:)]) - 1
binary uint16size: 2
14nholedmw
binary uint16size: 2
Total number of 'holed' microwindows
15tot_holes
binary uint16size: 2
Total number of holes in occupation matrix
16num_holes
binary array[dim_0]
Number of holes in each holed microwindow

dim_0: int(../nholedmw)
binary uint16size: 2
17ind_holes
binary array[dim_0]
Indices of holed microwindow

dim_0: int(../nholedmw)
binary uint16size: 2
18ind_geom_info
binary array[dim_0]
Indices of geometries containing holes (one for each holed microwindow)

dim_0: int(../nholedmw)
binary array[dim_0]
dim_0: int(../../ind_holes[index(:)])
binary uint16size: 2