探査実習会資料_第2章_SPデータに触ってみよう.key
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- たいち さかど
- 7 years ago
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1 2. SP 1 By Satoru Yamamoto
2 SP in C SPINCforTANSA tar.gz (e.g., X11) e.g., gnuplot) (e.g, vi) (e.g., or ) 2
3 3 2.1 spinc
4 2.1 spinc &tar (1) SPINCforTANSA tar.gz (2) terminal spinc (3) > tar xvf SPINCforTANSA tar.gz 4 SPINC_for_TANSA_v3/
5 2.1 spinc (4) SPINC_for_TANSA_v2/ > cd SPINC_for_TANSA_v2/ > ls SPINC_for_TANSA_v3 5
6 6 2.2 SP
7 SP SELENE 7
8 2.2 SP 8
9 2.2 SP 9
10 2.2 SP SP LISM 10
11 2.2 SP SP 11
12 2.2 SP SP SP / 12
13 2.2 SP SP Add SP / 13
14 2.2 SP SP SP 14
15 2.2 SP SP 15
16 2.2 SP 16
17 2.2 SP A B 17
18 2.2 SP A 18
19 2.2 SP SP
20 2.2 SP SP 20
21 2.2 SP add cart 21
22 2.2 SP order list SP 22
23 2.2 SP 23
24 2.2 SP 24
25 2.2 SP L2B1 25
26 2.2 SP LISM( )/ /SP / ( ) L2B1 26
27 2.2 SP 27
28 2.2 SP 28
29 2.2 SP 29
30 SP
31 2.3 SP SP (***.sl2) SPINC_for_TANSA_v3/ 31
32 2.3 SP ***.sl2 tar xvf [ ] > tar xvf SP_2B2_01_04208_N096_E3400.sl2 SP PDS (spc) (ctg) L2B2 (jpg) 32 (1) (2) (P )
33 2.3 SP spinc MAIN_simple_reading_L2B.c main make simple > make simple SPINC_simplereadL2B 33
34 2.3 SP SPINC_simplereadL2B SPINC_simplereadL2B [spc ] [ ] >./SPINC_simplereadL2B SP_2B2_01_04208_N096_E3400.spc 10 Spectrum.dat 34
35 2.3 SP Spectrum.dat >less Spectrum.dat [nm] [W/m 2 /µm/sr] DN DN QA 35
36 2.3 SP (1) gnuplot >gnuplot (2) gnuplot (1) gnuplot> plot "Spectrum.dat" using 1:2 with line (2) gnuplot> plot "Spectrum.dat" using 1:3 with line gnuplot using 1 [nm] 2 [W/m 2 /µm/sr] 3 4 DN 36 5 DN 6 QA
37 2.3 SP (a)vis NIR1 (b) (c) S/N 2.5µm (a) (b) (c) 37
38 2.3 SP Spectrum.dat vi > vi Spectrum.dat vi :set number nm nm vi dd 38
39 2.3 SP nm nm nm nm 39
40 2.3 SP vi :w vi :q gnuplot VIS-NIR1 40
41 2.3 SP 41 spinc
42 SP
43 2.4 SP SPINC_simplereadL2B Revolution Total line number Solar Distance [km] TI Altitude [km] SP Observation Latitude/Longitude SP / Incident/Emission/Phase Angle,, SP1-4 Temperature 1,2,3,4 Peltier/N1 Focal Temperature /NIR1 43 Kaguya Direction (+1 or -1) (Ascending or Descending)
44 km 44
45 2.4.2 TC MI SP SP_2B2_01_04208_N096_E3400.jpg 45
46 2.4.2 SP! (x1,y1) (x2,y2) (1) 4!!! (2) SP SP (x3,y3) (x4,y4) 46
47 2.4.2 spc >less SP_2B2_01_04208_N096_E3400.spc spc (x1,y1) (x2,y2) (x3,y3) (x4,y4) 47
48 UPPER TM_UPPER_LEFT_LATITUDE = <deg> (x1,y1) (x2,y2) TM_UPPER_LEFT_LONGITUDE = <deg> TM_UPPER_RIGHT_LATITUDE = <deg> TM_UPPER_RIGHT_LONGITUDE = <deg> TM_LOWER_LEFT_LATITUDE TM_LOWER_LEFT_LONGITUDE = <deg> = <deg> LEFT RIGHT TM_LOWER_RIGHT_LATITUDE = <deg> TM_LOWER_RIGHT_LONGITUDE = <deg> LEFT_LONGITUDE > RIGHT_LONGITUDE (x3,y3) (x4,y4) LOWER UPPER LATITUDE < LOWER_LATITUDE UPPER < LOWER 48
49 SP_2B2_01_04208_N096_E3400P.jpg SP_2B2_01_04208_N096_E3400.jpg TM_UPPER_LEFT_LATITUDE TM_UPPER_LEFT_LONGITUDE TM_UPPER_RIGHT_LATITUDE TM_UPPER_RIGHT_LONGITUDE TM_LOWER_LEFT_LATITUDE TM_LOWER_LEFT_LONGITUDE TM_LOWER_RIGHT_LATITUDE TM_LOWER_RIGHT_LONGITUDE = <deg> = <deg> = <deg> = <deg> = <deg> = <deg> = <deg> = <deg> 49 KAGUYA
50 TM_UPPER_LEFT_LATITUDE = <deg> TM_UPPER_LEFT_LONGITUDE = <deg> TM_UPPER_RIGHT_LATITUDE = <deg> TM_UPPER_RIGHT_LONGITUDE = <deg> TM_LOWER_LEFT_LATITUDE = <deg> TM_LOWER_LEFT_LONGITUDE = <deg> TM_LOWER_RIGHT_LATITUDE = <deg> TM_LOWER_RIGHT_LONGITUDE = <deg> Xa Xb Yb LONGITUDE min max Xa Xb Xa = Xb = LATITUDE min max Xa Xb Ya = Yb = Ya 50
51 SPINC_simplereadL2B SP Xsp = SP Ysp =
52 <Mac> Command+I ( <Windows> Lx=456, Ly=512 52
53 Xa = Xb = Yb = Xsp = Ysp = Ly=512 Ya = Lx=456 (U,V) U = Lx * (Xsp -Xa)/(Xb-Xa) ( 0.51) V = Ly * (Ysp -Ya)/(Yb-Ya) ( 0.18) 53
54 U = ( 0.51) V = ( 0.18)! (1) (2) / / 54
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