I am trying to run batch process and it doesn t work. I am using acolite.sav without changing it (original file located in the folder that i downloaded from acolyte). Then acolllite settings i am specifying the output folder, output parameters and then save (restore button) it from the interface of the acolyte. Then type the command
idlrt.exe acolite.sav -args image=E:\diplomatiki\S2A_MSIL1C_20170910T090021_N0205_R007_T35SMD_20170910T090725.SAFE\GRANULE\L1C_T35SMD_A011587_20170910T090725\IMG_DATA\T35SMD_20170910T090021_B05.jp2 settings=acolite_settings.cfg run=1
Also i see the idle running but i don t see any result in the output folder.
Any ideas?
Batch run in sentinel
Re: Batch run in sentinel
Hi, could you try with specifying the .SAFE folder instead of a specific band file?
For example in your acolite_win directory:
For example in your acolite_win directory:
Code: Select all
.\IDL84\bin\bin.x86_64\idlrt.exe -vm=acolite.sav -args settings=acolite_settings.cfg run=1 image=E:\diplomatiki\S2A_MSIL1C_20170910T090021_N0205_R007_T35SMD_20170910T090725.SAFERe: Batch run in sentinel
I tried that one it doesn t work. I am also copying my acolite settings file to see if i am missing somethings.
Any ideas?
;; ACOLITE Settings
version=20170718.0
;; Inputfile (imgdir=)
;; Landsat: input file directory or MTL file
;; Sentinel: .SAFE file or granule
imgdir=
;; limit = ROI bounding box lat1,lon1,lat2,lon2 (decimal degrees)
limit=
;; stitch
;; combine different granules in the L1C file covering the region (Sentinel-2)
;; currently only within the same UTM zone
stitch=1
;; Output directory
output=E:\diplomatiki\S2A_MSIL1C.SAFE\auto
;; RGB processing
;; Output RGB images: Top Of Atmosphere or Rayleigh Corrected
rgb_toa=0
rgb_rco=0
;; Pansharpen the RGB images
rgb_pan=0
;; Output RGB geotiff
rgb_geotiff=0
;; Keep the intermediate RGB NetCDF file
rgb_keep=0
;; Auto range for the RGB maps (1 and 99 percentiles per band)
rgb_autorange=0
;; Scaling function for the RGB maps
;; 0: linear, 1: log, 2: asinh, 3: sqrt
rgb_scale=0
;; Lower limits for scaling of the reflectance in the RGB channels
rliml_r=0.000000
rliml_g=0.000000
rliml_b=0.000000
;; Upper limits for scaling of the reflectance in the RGB channels
rlim_r=0.150000
rlim_g=0.150000
rlim_b=0.150000
;; L2 processing
;; Products: output L2 parameters, comma separated
products=rhow_all,rrs_all,rtoa_all,rrc_all,rhoam_all,rhos_all,CHL_OC2,CHL_OC3
;; Output format
;; gridfile: data file output format
;; 1 NetCDF3 single file
;; 2 NetCDF3 file per parameter
;; 3 NetCDF3 file per parameter type
;; 4 NetCDF4 single file, compressed
;; 5 NetCDF4 file per parameter, compressed
gridfile=4
;; geotiff: also output datasets in GeoTIFF format
geotiff=1
;; scaled_geotiff: write integerised (offset -0.1, scale 0.00002) rather than float GeoTIFF files
scaled_geotiff=0
;; Map = output PNG maps
map=0
;; export_kmz: export PNG in Equirectangular projection with KML in a KMZ file for use in Google Earth
export_kmz=0
;; proj: use UTM projection information to add geolocation on maps
proj=0
;; ext_cbar: output PNG colour bar for each output parameter
ext_cbar=0
;; scalebar options
scale=
scalebar=0
scalecol=2
scalepos=3
;; File naming
;; sname = 1 output naming base = using scene identifier
;; sname = 0 output naming base = SATELLITE_SENSOR_YYYY_MM_DD_HH_MM
scname=1
;; Aerosol correction
;; nirac: use red-NIR band atmospheric correction
nirac=0
;; aopt = use user specified alpha
aopt=0
;; user specified alpha (red/NIR water)
alpha=8.70000
;; SWIR atmospheric correction
swirac=1
;; NIR/SWIR atmospheric correction
nirswirac=0
;; Band combination for NIR/SWIR atmospheric correction: 0 = 0.8/1.6 1 = 0.8/2.2
nirswirband=0
;; epsilon: user defined default epsilon
epsilon=1.00000
;; eps_fixed: use user defined epsilon
eps_fixed=0
;; eps_full: determine full-scene median epsilon
eps_full=0
;; eps_pp: use per-pixel epsilon (SWIR bands only)
eps_pp=1
;; subscene eps: determine epsilon over the cropped subscene (for given limits)
subscene_eps=0
;; rhoam_fixed: fix the aerosol reflectance over the (sub) scene
rhoam_fixed=0
;; rhoam_percentile: percentile to determine SWIR aerosol reflectance over the (sub) scene
rhoam_percentile=50
;; Aerosol correction smoothing options
;; res_ac_bands, apply moving average filter to aerosol correction bands
res_ac_bands=0
;; res_size, size of the moving average kernel
res_size=25
;; res_dilate, dilate non-water mask before applying moving average filter
res_dilate=16
;; res_fill, fill (dilated) non-water mask with median reflectance before applying moving average filter
res_fill=1
;; options for Rayleigh correction
;; use DEM for elevation estimation
ray_dem=0
;; use input elevation / pressure / scale factor
ray_elev=0
ray_press=1013.25
ray_scale=1.00000
;; use analytical Rayleigh computation instead of 6SV
ray_analytical=0
;; gains: gains to be applied at TOA, comma separated
pahlevan_gains_l=[0.9663, 0.9874, 0.9853, 0.9938, 1.0105, 1.0370, 1.2140]
pahlevan_gains_r=[1.0146, 1.0291, 0.9949, 1.0222, 1.0141, 1.0341, 0.9957]
franz_gains_ave=[1.0185, 1.0401, 1.0073, 1.0149, 1.0000, 0.92820, 1.0000]
gain_443=1.01460
gain_483=1.02910
gain_561=0.994900
gain_655=1.02220
gain_865=1.01410
gain_1609=1.03410
gain_2201=0.995700
;; Cloud Masking
;; cld_wave: cloud masking wavelength (nm)
cld_wave=1609
;; cld_thresh: cloud masking threshold
cld_thresh=0.0215000
;; maskfile: use external mask file
maskfile=
;; maskvalue: logical and with external mask file to determine mask (-1 uses default settings, 0 ignores file)
maskvalue=0
;; Other options
;; mask_negatives: mask pixels where rhow in any VIS/NIR band < 0
mask_negatives=1
;; toa_refl=1 use USGS provided reflectances
;; toa_refl=0 use USGS provided radiances and convert to reflectance internally
toa_refl=0
;; utm_coordinates
utm_coordinates=0
Any ideas?
;; ACOLITE Settings
version=20170718.0
;; Inputfile (imgdir=)
;; Landsat: input file directory or MTL file
;; Sentinel: .SAFE file or granule
imgdir=
;; limit = ROI bounding box lat1,lon1,lat2,lon2 (decimal degrees)
limit=
;; stitch
;; combine different granules in the L1C file covering the region (Sentinel-2)
;; currently only within the same UTM zone
stitch=1
;; Output directory
output=E:\diplomatiki\S2A_MSIL1C.SAFE\auto
;; RGB processing
;; Output RGB images: Top Of Atmosphere or Rayleigh Corrected
rgb_toa=0
rgb_rco=0
;; Pansharpen the RGB images
rgb_pan=0
;; Output RGB geotiff
rgb_geotiff=0
;; Keep the intermediate RGB NetCDF file
rgb_keep=0
;; Auto range for the RGB maps (1 and 99 percentiles per band)
rgb_autorange=0
;; Scaling function for the RGB maps
;; 0: linear, 1: log, 2: asinh, 3: sqrt
rgb_scale=0
;; Lower limits for scaling of the reflectance in the RGB channels
rliml_r=0.000000
rliml_g=0.000000
rliml_b=0.000000
;; Upper limits for scaling of the reflectance in the RGB channels
rlim_r=0.150000
rlim_g=0.150000
rlim_b=0.150000
;; L2 processing
;; Products: output L2 parameters, comma separated
products=rhow_all,rrs_all,rtoa_all,rrc_all,rhoam_all,rhos_all,CHL_OC2,CHL_OC3
;; Output format
;; gridfile: data file output format
;; 1 NetCDF3 single file
;; 2 NetCDF3 file per parameter
;; 3 NetCDF3 file per parameter type
;; 4 NetCDF4 single file, compressed
;; 5 NetCDF4 file per parameter, compressed
gridfile=4
;; geotiff: also output datasets in GeoTIFF format
geotiff=1
;; scaled_geotiff: write integerised (offset -0.1, scale 0.00002) rather than float GeoTIFF files
scaled_geotiff=0
;; Map = output PNG maps
map=0
;; export_kmz: export PNG in Equirectangular projection with KML in a KMZ file for use in Google Earth
export_kmz=0
;; proj: use UTM projection information to add geolocation on maps
proj=0
;; ext_cbar: output PNG colour bar for each output parameter
ext_cbar=0
;; scalebar options
scale=
scalebar=0
scalecol=2
scalepos=3
;; File naming
;; sname = 1 output naming base = using scene identifier
;; sname = 0 output naming base = SATELLITE_SENSOR_YYYY_MM_DD_HH_MM
scname=1
;; Aerosol correction
;; nirac: use red-NIR band atmospheric correction
nirac=0
;; aopt = use user specified alpha
aopt=0
;; user specified alpha (red/NIR water)
alpha=8.70000
;; SWIR atmospheric correction
swirac=1
;; NIR/SWIR atmospheric correction
nirswirac=0
;; Band combination for NIR/SWIR atmospheric correction: 0 = 0.8/1.6 1 = 0.8/2.2
nirswirband=0
;; epsilon: user defined default epsilon
epsilon=1.00000
;; eps_fixed: use user defined epsilon
eps_fixed=0
;; eps_full: determine full-scene median epsilon
eps_full=0
;; eps_pp: use per-pixel epsilon (SWIR bands only)
eps_pp=1
;; subscene eps: determine epsilon over the cropped subscene (for given limits)
subscene_eps=0
;; rhoam_fixed: fix the aerosol reflectance over the (sub) scene
rhoam_fixed=0
;; rhoam_percentile: percentile to determine SWIR aerosol reflectance over the (sub) scene
rhoam_percentile=50
;; Aerosol correction smoothing options
;; res_ac_bands, apply moving average filter to aerosol correction bands
res_ac_bands=0
;; res_size, size of the moving average kernel
res_size=25
;; res_dilate, dilate non-water mask before applying moving average filter
res_dilate=16
;; res_fill, fill (dilated) non-water mask with median reflectance before applying moving average filter
res_fill=1
;; options for Rayleigh correction
;; use DEM for elevation estimation
ray_dem=0
;; use input elevation / pressure / scale factor
ray_elev=0
ray_press=1013.25
ray_scale=1.00000
;; use analytical Rayleigh computation instead of 6SV
ray_analytical=0
;; gains: gains to be applied at TOA, comma separated
pahlevan_gains_l=[0.9663, 0.9874, 0.9853, 0.9938, 1.0105, 1.0370, 1.2140]
pahlevan_gains_r=[1.0146, 1.0291, 0.9949, 1.0222, 1.0141, 1.0341, 0.9957]
franz_gains_ave=[1.0185, 1.0401, 1.0073, 1.0149, 1.0000, 0.92820, 1.0000]
gain_443=1.01460
gain_483=1.02910
gain_561=0.994900
gain_655=1.02220
gain_865=1.01410
gain_1609=1.03410
gain_2201=0.995700
;; Cloud Masking
;; cld_wave: cloud masking wavelength (nm)
cld_wave=1609
;; cld_thresh: cloud masking threshold
cld_thresh=0.0215000
;; maskfile: use external mask file
maskfile=
;; maskvalue: logical and with external mask file to determine mask (-1 uses default settings, 0 ignores file)
maskvalue=0
;; Other options
;; mask_negatives: mask pixels where rhow in any VIS/NIR band < 0
mask_negatives=1
;; toa_refl=1 use USGS provided reflectances
;; toa_refl=0 use USGS provided radiances and convert to reflectance internally
toa_refl=0
;; utm_coordinates
utm_coordinates=0
Re: Batch run in sentinel
Can you launch the ACOLITE GUI from the command line? Can you launch the GUI from the command line with restoring the settings?