The AutoCalibration process: various text files

return to LSI HICO november page


 
1 - NO NEED for field data, nor for atmospheric correction
2 - this is demonstrated in this website, using a variety of hyper/multi spectral data
 
Requirements are
1 - homogeneous water body and atmosphere
2 - some coverage of optically deep water
3 - some coverage of dry land
 
Problems are
1 - the precision on estimated depth is found wanting, because the noise-equivalent change in radiance  of accessible data is too high for shallow water column correction work 
2 - radiance data should be preprocessed by the provider at level 1 in order to improve S/N ratio
3 - exponential decay: the deeper/darker the bottom, the poorer the performances
 
So
I keep digging
until suitable data
become available
 
 
Layout of database lsihico_20101123.pix
AutoCalibration command line text file
AutoCalibration data text file
BiDim histograms text file



 

Layout of database.pix
lsihico_20101123.mcd.txt
Channel Descriptor    file="lsihico_20101123.pix;

 1  1_Scaled_inrange=0,222 407 nm
 2  2_Scaled_inrange=0,233 418 nm
 3  3_Scaled_inrange=0,227 430 nm
 4  4_Scaled_inrange=0,264 441 nm
 5  5_Scaled_inrange=0,294 453 nm
 6  6_Scaled_inrange=0,298 464 nm
 7  7_Scaled_inrange=0,302 476 nm
 8  8_Scaled_inrange=0,301 487 nm
 9  9_Scaled_inrange=0,301 499 nm
10 10_Scaled_inrange=0,297 510 nm
11 11_Scaled_inrange=0,294 522 nm
12 12_Scaled_inrange=0,302 533 nm
13 13_Scaled_inrange=0,301 544 nm
14 14_Scaled_inrange=0,299 556 nm
15 15_Scaled_inrange=0,287 567 nm
16 16_Scaled_inrange=0,281 579 nm
17 17_Scaled_inrange=0,266 590 nm
18 18_Scaled_inrange=0,272 602 nm
19 19_Scaled_inrange=0,273 613 nm
20 20_Scaled_inrange=0,263 625 nm
21 21_Scaled_inrange=0,262 636 nm
22 22_Scaled_inrange=0,254 648 nm
23 23_Scaled_inrange=0,252 659 nm
24 24_Scaled_inrange=0,259 670 nm
25 25_Scaled_inrange=0,241 682 nm
26 26_Scaled_inrange=0,214 693 nm
27 27_Scaled_inrange=0,270 705 nm
28 28_Scaled_inrange=0,152 842 nm
29 Special_effect_mask: use pctmSE
30 WZ_modeling_base: use pctwZ
31 WR smoothing kernel: use pctwR
32 Z0->250 in dm: use pctZ250
33 Z: use pctZ20
34 B: use pctB
35 Bottom Typing: use pctClassified
36 LSBCC_blue
37 LSBCC_green
38 LSBCC_red
39 dZED: use pctZ250
40 BPL_12 pixels
41 BPL_13 pixels
42 BPL_23 pixels
43 cloud map
44 Bottom_typing: modal_filtered   
45 void
46 void
47 void

48  1_Ldeglinted_407 nm
49  2_Ldeglinted_418 nm
50  3_Ldeglinted_430 nm
51  4_Ldeglinted_441 nm
52  5_Ldeglinted_453 nm
53  6_Ldeglinted_464 nm
54  7_Ldeglinted_476 nm
55  8_Ldeglinted_487 nm
56  9_Ldeglinted_499 nm
57 10_Ldeglinted_510 nm
58 11_Ldeglinted_522 nm
59 12_Ldeglinted_533 nm
60 13_Ldeglinted_544 nm
61 14_Ldeglinted_556 nm
62 15_Ldeglinted_567 nm
63 16_Ldeglinted_579 nm
64 17_Ldeglinted_590 nm
65 18_Ldeglinted_602 nm
66 19_Ldeglinted_613 nm
67 20_Ldeglinted_625 nm
68 21_Ldeglinted_636 nm
69 22_Ldeglinted_648 nm
70 23_Ldeglinted_659 nm
71 24_Ldeglinted_670 nm
72 25_Ldeglinted_682 nm
73 26_Ldeglinted_693 nm
74 27_Ldeglinted_705 nm
75 28_Ldeglinted_842 nm

76_ZG:  ZC in centimeters, others at -1
77_DTM: ZR in centimeters, others at -1
78_DZ:  ZC-ZR in centimeters, others at -1


79  1_Raw_407 nm
80  2_Raw_418 nm
81  3_Raw_430 nm
82  4_Raw_441 nm
83  5_Raw_453 nm
84  6_Raw_464 nm
85  7_Raw_476 nm
86  8_Raw_487 nm
87  9_Raw_499 nm
88 10_Raw_510 nm
89 11_Raw_522 nm
90 12_Raw_533 nm
91 13_Raw_544 nm
92 14_Raw_556 nm
93 15_Raw_567 nm
94 16_Raw_579 nm
95 17_Raw_590 nm
96 18_Raw_602 nm
97 19_Raw_613 nm
98 20_Raw_625 nm
99 21_Raw_636 nm
100 22_Raw_648 nm
101 23_Raw_659 nm
102 24_Raw_670 nm
103 25_Raw_682 nm
104 26_Raw_693 nm
105 27_Raw_705 nm
106 28_Raw_842 nm

WLMin[ 1]=401.2 WL[ 1]=406.9 WLMax[ 1]=412.7    
WLMin[ 2]=412.7 WL[ 2]=418.4 WLMax[ 2]=424.1    
WLMin[ 3]=424.1 WL[ 3]=429.9 WLMax[ 3]=435.6    
WLMin[ 4]=435.6 WL[ 4]=441.3 WLMax[ 4]=447.0    
WLMin[ 5]=447.1 WL[ 5]=452.8 WLMax[ 5]=458.5    
WLMin[ 6]=458.5 WL[ 6]=464.2 WLMax[ 6]=469.9    
WLMin[ 7]=470.0 WL[ 7]=475.7 WLMax[ 7]=481.4    
WLMin[ 8]=481.4 WL[ 8]=487.1 WLMax[ 8]=492.9    
WLMin[ 9]=492.9 WL[ 9]=498.6 WLMax[ 9]=504.3    
WLMin[10]=504.3 WL[10]=510.0 WLMax[10]=515.8    
WLMin[11]=515.8 WL[11]=521.5 WLMax[11]=527.2    
WLMin[12]=527.2 WL[12]=533.0 WLMax[12]=538.7    
WLMin[13]=538.7 WL[13]=544.4 WLMax[13]=550.1    
WLMin[14]=550.2 WL[14]=555.9 WLMax[14]=561.6    
WLMin[15]=561.6 WL[15]=567.3 WLMax[15]=573.0    
WLMin[16]=573.1 WL[16]=578.8 WLMax[16]=584.5    
WLMin[17]=584.5 WL[17]=590.2 WLMax[17]=596.0    
WLMin[18]=596.0 WL[18]=601.7 WLMax[18]=607.4    
WLMin[19]=607.4 WL[19]=613.2 WLMax[19]=618.9    
WLMin[20]=618.9 WL[20]=624.6 WLMax[20]=630.3    
WLMin[21]=630.4 WL[21]=636.1 WLMax[21]=641.8    
WLMin[22]=641.8 WL[22]=647.5 WLMax[22]=653.2    
WLMin[23]=653.3 WL[23]=659.0 WLMax[23]=664.7    
WLMin[24]=664.7 WL[24]=670.4 WLMax[24]=676.1    
WLMin[25]=676.2 WL[25]=681.9 WLMax[25]=687.6    
WLMin[26]=687.6 WL[26]=693.3 WLMax[26]=699.1    
WLMin[27]=699.1 WL[27]=704.8 WLMax[27]=710.5    
WLMin[28]=836.6 WL[28]=842.3 WLMax[28]=848.0   

AutoCalibration command line text file
offers a provisory command line
=================== 4SM.5.01 AUTOMATIC CALIBRATION in AutoCalibrator on lsihico_20101123.pix Wed Jan  7 11:52:08 2015

The following parameters were extracted using glint.shp, LsM.shp, Lsw.shp and vegetation.shp
-LsM/373.3/372.8/369.0/367.0/365.1/363.6/363.2/360.4/359.8/357.9/358.4/357.6/355.8/356.0/355.0/355.0/354.1/353.2/353.2/353.3/352.8/352.8/353.0/351.9/351.7/352.8/368.0/351.4LsM_CAL        
-Lsw/207.1/186.2/167.0/150.2/134.7/121.8/110.8/099.3/089.6/080.2/072.4/065.6/059.1/053.9/049.9/046.7/044.6/041.2/038.2/036.3/034.0/032.9/031.1/029.3/028.0/027.5/058.3/020.6Lsw_CAL        
-Lw/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0Lw_CAL        
-La/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0La_CAL        
Vegetation 207.9 192.1 174.5 159.1 145.1 133.1 122.9 112.5 104.0 96.9 92.9 89.8 85.3 80.4 74.7 68.5 64.5 59.9 56.0 53.4 50.6 48.0 45.3 42.9 42.5 48.7 77.4 240.4
===========================================================================

AutoCal in WriteAutoCalTextfile : -DCAL7/22/40

BPL calibration data have been deglinted
Regression for KIKJ=K[7]/K[13]=0.5000 is based on the following regressions:
    KIKJCAL[0][0]=0.0000 BiasCAL[0][0]=0.0000 R2CAL[0][0]=0.0000
CoefWL[13]=0.5000

Wavelengths used are  -WL/406.9/418.4/429.9/441.3/452.8/464.2/475.7/487.1/498.6/510.0/521.5/533.0/544.4/555.9/567.3/578.8/590.2/601.7/613.2/624.6/636.1/647.5/659.0/670.4/681.9/693.3/704.8/842.3

Jerlov water type for K[7]/K[13]=0.5000 is O1B +0.0374

Attenuation coefficients : -K0.100/0.092/0.084/0.079/0.074/0.071/0.069/0.077/0.085/0.096/0.106/0.121/0.137/0.158/0.183/0.243/0.377/0.501/0.565/0.629/0.685/0.740/0.795/0.850/0.952/1.085/0.000/4.500AutoCal

ZED=0.00m at Calibration Pixel    -CP0000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0AutoCal    



==========The AutoCal process is not fully operational yet===========
It runs smoothly on most Landsat ETM BGRN images which exhibit appropriate land areas and also some glint/haze
==========It shall progressively be made applicable to other imageries===========
Several problems still need investigations: like
      - Applicable operational wavelengths to represent wide wavebands for use of Jerlov's data
      - Blueish skyglint vs white sunglint in the specification of deep water radiance and of deglinting

Now you have to do the following
0 - Disable your current AutoCal script
1 - Copy the following command line into your script
2 - Enable  the -Calibrate... argument
3 - Run the calibration script for calibration
4 - Adjust the -Lw... argument to satisfaction
5 - Adjust any of these arguments/parameters to satisfaction
6 - Once satisfied, disable -Calibration and enable -Model
    The practioner is now in charge when using the following commandline for modeling
7 - Run the Modeler
WARNING: if LsM[22] or LsM[28] have been updated, you should run -AutoCal again
WARNING: if Lsw[22] or Lsw[28] have been updated, you should run -AutoCal again
FINE PRINTS: a tide correction should be applied
FINE PRINTS: computed depths still need to be multiplied by a seatruth-derived depth correcting factor



exit

#Following is the simplified AutoCal CommandLine=====mBPL=2 ======on Wed Jan  7 11:52:08 2015
#/home/ymorel/4SM/compile.sh
nice -20  ./4SM   -Process/27_DEC_2014  -Origin/USGS                        
-DB/lsihico_20101123/75_3S_28S_0s/28_79/500_2000/0.050_199.950/1_1        
-Mis/Bahamas/LSI/HICO/HICO/OSU/bOA/UTM__008/0.1000_0.1000/23_NOV_2010    
-LS/010000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000            
@WLM/412.7/424.1/435.6/447.0/458.5/469.9/481.4/492.9/504.3/515.8/527.2/538.7/550.1/561.6/573.0/584.5/596.0/607.4/618.9/630.3/641.8/653.2/664.7/676.1/687.6/699.1/710.5/848.0            
@WLm/401.2/412.7/424.1/435.6/447.1/458.5/470.0/481.4/492.9/504.3/515.8/527.2/538.7/550.2/561.6/573.1/584.5/596.0/607.4/618.9/630.4/641.8/653.3/664.7/676.2/687.6/699.1/836.6            
-WL/406.9/418.4/429.9/441.3/452.8/464.2/475.7/487.1/498.6/510.0/521.5/533.0/544.4/555.9/567.3/578.8/590.2/601.7/613.2/624.6/636.1/647.5/659.0/670.4/681.9/693.3/704.8/842.3            
-WL/406.9/418.4/429.9/441.3/452.8/464.2/475.7/487.1/498.6/510.0/521.5/533.0/544.4/555.9/567.3/578.8/590.2/601.7/613.2/624.6/636.1/647.5/659.0/670.4/681.9/693.3/704.8/842.3            
@CP/0000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0_0.00m        
-SCL/00222/00233/00227/00264/00294/00298/00302/00301/00301/00297/00294/00302/00301/00299/00287/00281/00266/00272/00273/00263/00262/00254/00252/00259/00241/00214/00270/00152            
-LsM/373.3/372.8/369.0/367.0/365.1/363.6/363.2/360.4/359.8/357.9/358.4/357.6/355.8/356.0/355.0/355.0/354.1/353.2/353.2/353.3/352.8/352.8/353.0/351.9/351.7/352.8/368.0/351.4_AutoCal        
-Lsw/207.1/189.8/171.3/154.8/139.5/126.8/115.8/104.3/094.2/084.2/075.9/069.0/062.1/056.5/052.3/048.7/046.0/041.9/038.8/036.9/034.7/033.2/031.5/029.8/028.5/027.5/060.7/020.6_AutoCal        
-dLsw000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0            
-Lw/0007.3/006.6/006.2/005.8/005.2/005.0/004.6/004.1/003.6/003.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0_AutoCal        
-M/@000001/@0002/@0003/@0004/@0005/@0006/@0007/@0008/@0009/@0010/@0011/@0012/00013/@0014/@0015/@0016/@0017/@0018/@0019/@0020/@0021/@0022/@0023/@0024/@0025/@0026/00027/00028            
-Lm/0001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/255.0            
-Veg/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0_AutoCal        
-KK7_13_0.5000/Knir4.500/Bm400_BG520_GR620_RN700/mask_3        
-Z/MSL0.00d/cSL1.18/N/NDR_78_1000_zDTM/mask_3                    
-B/TclNe/cNorm5.00/Bmin0/cLM 1.00                    
-deglint/vRbaD/Q/F22/L28/FN/mDEGLINT1/GlintM40.0                    
-extract/v/rawBDH/FullBDH/NIRband28/NIRmax5.0/mSOIL21/mBPL2/mask_3    
-Calibrate/vai/BdSNpzg/plot_BPL/BC_28_22_13_7/BDh_12_13_34            
-Model/v/runWV2/dTM/makeClouds/mask_3    -LL10            
-Smooth/5/Csmooth13/Smart+    @-Tpsv/7/27/Text/Bmin150/RLD4/MSE_2/PanCode 1.0001    
@-E1/500/1/2000  @-E1/500/1/2000                
@-DN300/100/3/comment @-DDshp @-DNshp @Eshp            



exit

#Following is the full       AutoCal CommandLine=====mBPL=2 ======on Wed Jan  7 11:52:08 2015
#/home/ymorel/4SM/compile.sh
nice -20  ./4SM   -Process/27_DEC_2014  -Origin/USGS                        
-DB/lsihico_20101123/75_3S_28S_0s/28_79/500_2000/0.050_199.950/1_1        
-Mis/Bahamas/LSI/HICO/HICO/OSU/bOA/UTM__008/0.1000_0.1000/23_NOV_2010    
@-URL/http://www.watercolumncorrection.com/                    
-LS/010000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000/10000            
@WLM/412.7/424.1/435.6/447.0/458.5/469.9/481.4/492.9/504.3/515.8/527.2/538.7/550.1/561.6/573.0/584.5/596.0/607.4/618.9/630.3/641.8/653.2/664.7/676.1/687.6/699.1/710.5/848.0            
@WLm/401.2/412.7/424.1/435.6/447.1/458.5/470.0/481.4/492.9/504.3/515.8/527.2/538.7/550.2/561.6/573.1/584.5/596.0/607.4/618.9/630.4/641.8/653.3/664.7/676.2/687.6/699.1/836.6            
-WL/406.9/418.4/429.9/441.3/452.8/464.2/475.7/487.1/498.6/510.0/521.5/533.0/544.4/555.9/567.3/578.8/590.2/601.7/613.2/624.6/636.1/647.5/659.0/670.4/681.9/693.3/704.8/842.3            
-WL/406.9/418.4/429.9/441.3/452.8/464.2/475.7/487.1/498.6/510.0/521.5/533.0/544.4/555.9/567.3/578.8/590.2/601.7/613.2/624.6/636.1/647.5/659.0/670.4/681.9/693.3/704.8/842.3            
@CP/0000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0_0.00m        
-SCL/00222/00233/00227/00264/00294/00298/00302/00301/00301/00297/00294/00302/00301/00299/00287/00281/00266/00272/00273/00263/00262/00254/00252/00259/00241/00214/00270/00152            
-LsM/373.3/372.8/369.0/367.0/365.1/363.6/363.2/360.4/359.8/357.9/358.4/357.6/355.8/356.0/355.0/355.0/354.1/353.2/353.2/353.3/352.8/352.8/353.0/351.9/351.7/352.8/368.0/351.4_AutoCal        
-Lsw/207.1/189.8/171.3/154.8/139.5/126.8/115.8/104.3/094.2/084.2/075.9/069.0/062.1/056.5/052.3/048.7/046.0/041.9/038.8/036.9/034.7/033.2/031.5/029.8/028.5/027.5/060.7/020.6_AutoCal        
-dLsw000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0            
-Lw/0007.3/006.6/006.2/005.8/005.2/005.0/004.6/004.1/003.6/003.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0_AutoCal        
-M/@000001/@0002/@0003/@0004/@0005/@0006/@0007/@0008/@0009/@0010/@0011/@0012/00013/@0014/@0015/@0016/@0017/@0018/@0019/@0020/@0021/@0022/@0023/@0024/@0025/@0026/00027/00028            
-Lm/0001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/001.0/255.0            
-Veg/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0/000.0_AutoCal        
-KK7_13_0.5000/Knir4.500/Bm400_BG520_GR620_RN700/mask_3                
-Z/MSL0.00d/cSL1.18/ZMax1.18/PAN_0_0/sIG_0w0/N/NDR_78_1000_zDTM/cZ1.000/mask_3        
-B/TclNe/cNorm5.00/LBref200_100/Bot_0_250_254_253/Bmin0/cLM 1.00                    
-deglint/vRbaD/Q/DegTol1.00/F22/L28/FN/mDEGLINT1/GlintM40.0                
-extract/v/rawBDH/FullBDH/NIRband28/NIRmax5.0/mSOIL21/mBPL2/ext_1_500_1_2000/mask_3        
-Calibrate/vai/BdSNpzg/plot_BPL/BC_28_22_13_7/BDh_12_13_34                            
-Model/v/runWV2/dTM/makeClouds/mask_3    -LL10            
-Smooth/5/Csmooth13/Smart+    @-Tpsv/7/27/Text/Bmin150/RLD4/MSE_2/PanCode 1.0001    
@-E1/500/1/2000  @-E1/500/1/2000                            
@-DN300/100/3/comment @-DDshp @-DNshp @Eshp            




#exit

#Following are the main feature commandline arguments==================================
-AutoCAL/print_7_13/mapBPL/MakeNewMask/gT3/Land_-5_1.3_28/GetGlint/GlintM60/clouds    
-import//dbnc_0_0_0_0/R500_L2000/chIn1,77/chOut0,0/dbiw_0_0_0_0    
-Classify/Typer10_0.2/Classifier_0.5_0_scef_LastChType13/mode_5_11_16        
-Classify/Typer_0.2/Classifier_0.5_0_scef_LastChType13/mode_5_11_16        
-Classify/typer_0.2/classifier_0.5_0_scEF_LastChType13/Mode_5_11_16        
-ProfileAB/L/profile_1/chAB_1_2_3_4                    
-ProfileAB/Z/profile_1/chAB_1_3_7_12                    
-ProfileAB/R/profile_1/chAB_2_3/2_3/0_201/0_30_2.0            
-RegressZZ/v/P/seatruth*name-seatruth-textfile/0.001_0_0/1.000_0.000/ZM/9_28/0_201/0_30_2.0/ALL    
-RegressZZ/v/p/DTM_10/0.001_0_0/1.000_0.000/ZM/9_28/0_201/0_30_2.0/ALL    
-Recode/2_InChannel_29_into_1_OutChannel_29/mask_1                
-Recode/2_InChannel_29_into_3_OutChannel_29/mask_3                
-Recode/2_InChannel_29_into_240_OutChannel_29/deep                
-Recode/2_InChannel_29_into_248_OutChannel_29/land                
-Recode/248_InChannel_29_into_248_OutChannel_29/land                
-Recode/248_InChannel_29_into_21_OutChannel_29/mSOIL                
-Recode/GT25_InChannel_28_into_234_OutChannel_29/NameShapeFile            
-Recode/LT4_InChannel_28_into_249_OutChannel_29                    
-Prepare/scale/delimb/fill/Smooth/linearize                    
-Import/GetImportKey_65814@42187860852760994610_gezirat/apr4casi/dbnc_0_0_12_0/5363_6566/1,12_65,76    
-Archive                                    
-PurgeWIFEO                                
-TPsv/4/10/Text/Bmin150/PanCode1                        
-DD480/2756/5/BrightShallow                            
-DN250/1387/2/BrightLand                                
-DDD144/148/113/126_7                                


gv --resize --orientation=landscape lsihico_20101123_28_22_13_7_m0.eps &




 

Optical calibration data text file
lsihico_20101123_m0.cal.txt   
        
#AUTO_CALIBRATION DATA text file for lsihico_20101123 on Wed Jan  7 11:52:08 2015

#    image        place        sensor    mode    dd    mm    yy    archive#        zone
DATA    lsihico_20101123.pix    Bahamas    HICO    HICO    23    NOV    2010    OSU    LSI

Window 1 500 1 2000 CalDataIsDeglinted 1 mBPL 2_20 mSOIL 21 Smooth 0 WinRadMax 1 Smart 0 SmoothPlus 0 Deglint 1 DegTol 1.0 Mask 0

FullBDH
rawBDH
rawBPL
NIRband=28
LsNIRmax[28]=25.6
Land2.0_1.18_28


LsM_CAL    - - - -  373.3 372.8 369.0 367.0 365.1 363.6 363.2 360.4 359.8 357.9 358.4 357.6 355.8 356.0 355.0 355.0 354.1 353.2 353.2 353.3 352.8 352.8 353.0 351.9 351.7 352.8 368.0 351.4
Vegetation - - - -  207.9 192.1 174.5 159.1 145.1 133.1 122.9 112.5 104.0  96.9  92.9  89.8  85.3  80.4  74.7  68.5  64.5  59.9  56.0  53.4  50.6  48.0  45.3  42.9  42.5  48.7  77.4 240.4
Lsw_CAL    - - - -  207.1 186.2 167.0 150.2 134.7 121.8 110.8  99.3  89.6  80.2  72.4  65.6  59.1  53.9  49.9  46.7  44.6  41.2  38.2  36.3  34.0  32.9  31.1  29.3  28.0  27.5  58.3  20.6
La_CAL     - - - -  199.8 183.3 165.1 149.0 134.4 121.9 111.3 100.2  90.7  81.2  73.4  67.0  60.6  55.2  51.1  47.7  45.1  41.2  38.3  36.6  34.5  33.2  31.5  29.8  28.5  27.5  60.7  20.6
Lw_CAL     - - - -    7.3   6.6   6.2   5.8   5.2   5.0   4.6   4.1   3.6   3.0   2.5   2.0   1.5   1.3   1.2   1.0   0.8   0.7   0.5   0.3   0.2   0.0   0.0   0.0   0.0   0.0   0.0   0.0
======Suggestions for improving spectral path radiance=========================
LaMin[ 1]=197.45 is less than La[ 1]=199.85 : this was encountered in    13 pixels
LaMin[ 2]=181.35 is less than La[ 2]=183.29 : this was encountered in    24 pixels
LaMin[ 3]=163.56 is less than La[ 3]=165.06 : this was encountered in    41 pixels
LaMin[ 4]=146.62 is less than La[ 4]=148.96 : this was encountered in   129 pixels
LaMin[ 5]=132.18 is less than La[ 5]=134.37 : this was encountered in   226 pixels
LaMin[ 6]=119.63 is less than La[ 6]=121.87 : this was encountered in   254 pixels
LaMin[ 7]=108.67 is less than La[ 7]=111.25 : this was encountered in   291 pixels
LaMin[ 8]= 97.85 is less than La[ 8]=100.22 : this was encountered in   367 pixels
LaMin[ 9]= 88.11 is less than La[ 9]= 90.66 : this was encountered in   475 pixels
LaMin[10]= 78.73 is less than La[10]= 81.20 : this was encountered in   401 pixels
LaMin[11]= 71.12 is less than La[11]= 75.91 : this was encountered in  4061 pixels
LaMin[12]= 64.17 is less than La[12]= 69.00 : this was encountered in  4051 pixels
LaMin[13]= 57.69 is less than La[13]= 62.15 : this was encountered in  3775 pixels
LaMin[14]= 52.54 is less than La[14]= 56.53 : this was encountered in  3202 pixels
LaMin[15]= 48.60 is less than La[15]= 52.32 : this was encountered in  2980 pixels
LaMin[16]= 45.37 is less than La[16]= 48.66 : this was encountered in  2793 pixels
LaMin[17]= 43.14 is less than La[17]= 45.97 : this was encountered in  2462 pixels
LaMin[18]= 39.09 is less than La[18]= 41.85 : this was encountered in  2658 pixels
LaMin[19]= 35.12 is less than La[19]= 38.79 : this was encountered in  3249 pixels
LaMin[20]= 33.35 is less than La[20]= 36.91 : this was encountered in  3328 pixels
LaMin[21]= 31.05 is less than La[21]= 34.71 : this was encountered in  3553 pixels
LaMin[22]= 29.31 is less than La[22]= 33.22 : this was encountered in  2979 pixels
LaMin[23]= 27.32 is less than La[23]= 31.54 : this was encountered in  3611 pixels
LaMin[24]= 24.81 is less than La[24]= 29.80 : this was encountered in  3975 pixels
LaMin[25]= 24.02 is less than La[25]= 28.51 : this was encountered in  4153 pixels
LaMin[26]= 23.47 is less than La[26]= 27.54 : this was encountered in  3273 pixels
LaMin[27]= 57.14 is less than La[27]= 60.66 : this was encountered in  3206 pixels
LaMin[28]= 17.45 is less than La[28]= 20.60 : this was encountered in   691 pixels
======Suggestions for improving spectral path radiance=========================
SCL        - - - -    222   233   227   264   294   298   302   301   301   297   294   302   301   299   287   281   266   272   273   263   262   254   252   259   241   214   270   152




AvShallow 1 + + Vegetation  207.9 192.1 174.5 159.1 145.1 133.1 122.9 112.5 104.0  96.9  92.9  89.8  85.3  80.4  74.7  68.5  64.5  59.9  56.0  53.4  50.6  48.0  45.3  42.9  42.5  48.7  77.4 240.4



#AvShallow 2 + Row Line   1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
#AvShallow 3 + Row Line   1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
#AvShallow 4 + Row Line   1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
#AvShallow 5 + Row Line   1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

M_002  1  2   500  1833 380.7 364.0 351.2 344.6 337.3 332.2 328.3 323.8 315.3 304.8 297.7 294.2 283.2 277.6 270.2 253.7 218.5 178.1 163.0 155.9 148.3 141.6 127.8 117.5 110.4  98.7 240.1  20.6
M_002  1  2   500  1832 381.5 363.0 349.2 344.5 337.2 332.7 329.0 322.8 316.1 304.1 297.4 291.8 284.2 277.0 268.2 250.8 217.4 177.1 160.9 154.3 148.6 140.0 125.7 116.2 109.8  97.1 239.1  20.6
M_002  1  2   500  1835 380.1 362.0 349.2 340.5 332.5 328.4 326.8 319.6 312.5 300.7 293.8 289.5 282.3 274.3 266.6 248.3 216.2 177.3 159.7 153.0 146.4 138.2 124.7 114.7 107.7  96.7 236.9  20.6
M_002  1  2   500  1834 375.6 361.0 349.9 342.3 334.1 328.4 326.0 ......

 

 
BiDim histograms textfile
Plus a very large textfile for bidimensional histograms