[연구개발] 오프라인 리눅스 (Linux) 환경에서 kwgrib2 설치

 정보

• 업무명    : 오프라인 리눅스 (Linux) 환경에서 kwgrib2 설치

• 작성자    : 이상호

• 작성일    : 2020-07-02

• 설   명    :

• 수정이력 :

 

 내용

[개요]

• 안녕하세요? 기상 연구 및 웹 개발을 담당하고 있는 해솔입니다.

• 대한민국 기상청의 주요모델자료는 GRIB2 데이터 형식으로 보전 및 제공되고 있다. GRIB2는 자료의 종류, 정보 등이 담기며 일반적인 압축파일과 유사하게 패키지화되어 있는 형태이다.
  

• *.zip 형태의 압축파일 안에 담긴 파일들을 추출하려면 압축 해제 프로그램을 이용한 압축해제 과정이 필요하다. 이와 유사하게 GRIB2 형식의 데이터도 일반적으로 많이 사용되는 ASCII 코드나 이진 파일로 변환해주는 프로그램이 필요하다.
  

• GRIB2 파일을 압축해제 해주는 프로그램은 매우 다양하며 그 중 대표적으로 wgrib2 혹은 gribapi가 주로 사용되고 있다. wgrib2는 미국에서 개발된 소프트웨어로서 미국의 현업 및 연구기관에서 생산되는 변수들을 추출하는데 사용되고 있다.
  

• GRIB 파일 내에 새로운 변수 혹은 새로운 연직 정보가 추가될 경우 wgrib2의 수정이 필요하며 이에 따라 기상청에서는 새롭게 수정된 kwgrib2를 사용하고 있다.

• 이 프로그램은 기상청 국가기상슈퍼컴퓨터센터 홈페이지에서 소스를 제공하고 있으며 사용자들은 원본소스를 제공 받아 리눅스 컴퓨터에 설치하여 사용하여야 한다.

• 오늘 포스팅에서는 오프라인 리눅스 (Linux) 환경에서 kwgrib2 설치를 소개해 드리고자 합니다.

 

 

[특징]

• 대한민국 기상청의 수치 자료를 처리하기 위해 필요하며 이 프로그램은 이러한 목적을 달성하기 위해서 고안된 소프트웨어

 

[기능]

• kwgrib2 설치

 

[활용 자료]

• 통합본

kwgrib2.zip

5.70MB

kwgrib2.z01

10.00MB

kwgrib2.z02

10.00MB

 

[자료 처리 방안 및 활용 분석 기법]

• 없음

 

[사용법]

• 오프라인 리눅스 환경 구축

• 설치 결과 확인

 

[사용 OS]

• Linux (CentOS v7.3)

• VMware Workstation Pro v15.5

 

[사용 언어]

• Shell Script (Bash)

 

 설치

[오프라인 환경]

• 온라인 (인터넷 가능)과 달리 직접 패키지 다운로드하여 컴파일 및 실행해야 합니다.

• [1 단계] kwgrib2 업로드 및 압축 해제

  • 해당 디렉터리 (/SYSTEM/LINUX/kwgrib2)를 생성하고 kwgrib2.tar 파일을 업로드합니다.

  • tar -xvf kwgrib2.tar를 통해 압축 해제합니다.

[root linux@/SYSTEM/LINUX/kwgrib2]# pwd
/SYSTEM/LINUX/kwgrib2
[root linux@/SYSTEM/LINUX/kwgrib2]# ls
kwgrib2.tar

 

[root linux@/SYSTEM/LINUX/kwgrib2]# tar -xvf kwgrib2.tar 
kwgrib2/
kwgrib2/jasper-1.900.1.tar.gz
kwgrib2/README.icc
kwgrib2/README.Mac
kwgrib2/libpng-1.2.44.tar.gz
kwgrib2/tar_all
kwgrib2/INSTALLING
kwgrib2/zlib-1.2.5.tar.gz
kwgrib2/README.ipolates
kwgrib2/README.gcc
kwgrib2/README.gctpc
kwgrib2/netcdf.tar.gz
kwgrib2/README
kwgrib2/README.pgi
kwgrib2/README.EUMETSAT
kwgrib2/Developement.doc
kwgrib2/gctpc/
kwgrib2/gctpc/doc/
kwgrib2/gctpc/doc/appendixC.txt
kwgrib2/gctpc/doc/inv_init.ps
kwgrib2/gctpc/doc/appendixB.txt
kwgrib2/gctpc/doc/error_codes.txt
kwgrib2/gctpc/doc/overview.ps
kwgrib2/gctpc/doc/xxxinv.ps
kwgrib2/gctpc/doc/gctp.ps
kwgrib2/gctpc/doc/README
kwgrib2/gctpc/doc/for_init.ps
kwgrib2/gctpc/doc/reference.txt
kwgrib2/gctpc/doc/xxxfor.ps
kwgrib2/gctpc/doc/appendixA.txt
kwgrib2/gctpc/source/
kwgrib2/gctpc/source/nad83sp
kwgrib2/gctpc/source/sterfor.c
kwgrib2/gctpc/source/obleqinv.c
kwgrib2/gctpc/source/robfor.c
kwgrib2/gctpc/source/cproj.h
kwgrib2/gctpc/source/somfor.c
kwgrib2/gctpc/source/nad1927.dat
kwgrib2/gctpc/source/goodfor.c
kwgrib2/gctpc/source/alconinv.c
kwgrib2/gctpc/source/lamazfor.c
kwgrib2/gctpc/source/equiinv.c
kwgrib2/gctpc/source/polyinv.c
kwgrib2/gctpc/source/sphdz.c
kwgrib2/gctpc/source/lamazinv.c
kwgrib2/gctpc/source/sininv.c
kwgrib2/gctpc/source/stplninv.c
kwgrib2/gctpc/source/lamccinv.c
kwgrib2/gctpc/source/azimfor.c
kwgrib2/gctpc/source/nad27sp
kwgrib2/gctpc/source/orthinv.c
kwgrib2/gctpc/source/stplnfor.c
kwgrib2/gctpc/source/wivfor.c
kwgrib2/gctpc/source/hamfor.c
kwgrib2/gctpc/source/orthfor.c
kwgrib2/gctpc/source/millfor.c
kwgrib2/gctpc/source/obleqfor.c
kwgrib2/gctpc/source/polyfor.c
kwgrib2/gctpc/source/wviifor.c
kwgrib2/gctpc/source/millinv.c
kwgrib2/gctpc/source/sominv.c
kwgrib2/gctpc/source/inv_init.c
kwgrib2/gctpc/source/alberfor.c
kwgrib2/gctpc/source/Makefile
kwgrib2/gctpc/source/README
kwgrib2/gctpc/source/br_gctp.c
kwgrib2/gctpc/source/alberinv.c
kwgrib2/gctpc/source/tminv.c
kwgrib2/gctpc/source/cproj.c
kwgrib2/gctpc/source/tmfor.c
kwgrib2/gctpc/source/untfz.c
kwgrib2/gctpc/source/haminv.c
kwgrib2/gctpc/source/gnominv.c
kwgrib2/gctpc/source/for_init.c
kwgrib2/gctpc/source/psfor.c
kwgrib2/gctpc/source/sterinv.c
kwgrib2/gctpc/source/merinv.c
kwgrib2/gctpc/source/utmfor.c
kwgrib2/gctpc/source/alconfor.c
kwgrib2/gctpc/source/molwinv.c
kwgrib2/gctpc/source/omerinv.c
kwgrib2/gctpc/source/makefile.gctpc
kwgrib2/gctpc/source/gvnspinv.c
kwgrib2/gctpc/source/equifor.c
kwgrib2/gctpc/source/make.com
kwgrib2/gctpc/source/paksz.c
kwgrib2/gctpc/source/sinfor.c
kwgrib2/gctpc/source/vandgfor.c
kwgrib2/gctpc/source/report.c
kwgrib2/gctpc/source/molwfor.c
kwgrib2/gctpc/source/goodinv.c
kwgrib2/gctpc/source/wviiinv.c
kwgrib2/gctpc/source/vandginv.c
kwgrib2/gctpc/source/robinv.c
kwgrib2/gctpc/source/nad1983.dat
kwgrib2/gctpc/source/merfor.c
kwgrib2/gctpc/source/psinv.c
kwgrib2/gctpc/source/spload.f
kwgrib2/gctpc/source/wivinv.c
kwgrib2/gctpc/source/omerfor.c
kwgrib2/gctpc/source/aziminv.c
kwgrib2/gctpc/source/proj.h
kwgrib2/gctpc/source/gnomfor.c
kwgrib2/gctpc/source/eqconinv.c
kwgrib2/gctpc/source/imolwinv.c
kwgrib2/gctpc/source/gvnspfor.c
kwgrib2/gctpc/source/eqconfor.c
kwgrib2/gctpc/source/lamccfor.c
kwgrib2/gctpc/source/gctp.c
kwgrib2/gctpc/source/imolwfor.c
kwgrib2/gctpc/source/utminv.c
kwgrib2/gctpc/test/
kwgrib2/gctpc/test/proj/
kwgrib2/gctpc/test/proj/ps/
kwgrib2/gctpc/test/proj/ps/parm6e
kwgrib2/gctpc/test/proj/ps/ps_test
kwgrib2/gctpc/test/proj/ps/data6c
kwgrib2/gctpc/test/proj/ps/parm6d
kwgrib2/gctpc/test/proj/ps/data6b
kwgrib2/gctpc/test/proj/ps/data6d
kwgrib2/gctpc/test/proj/ps/parm6a
kwgrib2/gctpc/test/proj/ps/parm6b
kwgrib2/gctpc/test/proj/ps/data6a
kwgrib2/gctpc/test/proj/ps/parm6
kwgrib2/gctpc/test/proj/ps/data6
kwgrib2/gctpc/test/proj/ps/parm6c
kwgrib2/gctpc/test/proj/ps/data6e
kwgrib2/gctpc/test/proj/wagiv/
kwgrib2/gctpc/test/proj/wagiv/data28a
kwgrib2/gctpc/test/proj/wagiv/data28
kwgrib2/gctpc/test/proj/wagiv/parm28a
kwgrib2/gctpc/test/proj/wagiv/data28b
kwgrib2/gctpc/test/proj/wagiv/wagiv_test
kwgrib2/gctpc/test/proj/wagiv/parm28
kwgrib2/gctpc/test/proj/wagiv/parm28b
kwgrib2/gctpc/test/proj/wagiv/data28c
kwgrib2/gctpc/test/proj/wagiv/parm28c
kwgrib2/gctpc/test/proj/polyc/
kwgrib2/gctpc/test/proj/polyc/data7a
kwgrib2/gctpc/test/proj/polyc/polyc_test
kwgrib2/gctpc/test/proj/polyc/parm7d
kwgrib2/gctpc/test/proj/polyc/data7d
kwgrib2/gctpc/test/proj/polyc/parm7c
kwgrib2/gctpc/test/proj/polyc/data7b
kwgrib2/gctpc/test/proj/polyc/data7c
kwgrib2/gctpc/test/proj/polyc/parm7a
kwgrib2/gctpc/test/proj/polyc/parm7b
kwgrib2/gctpc/test/proj/wagvii/
kwgrib2/gctpc/test/proj/wagvii/data29
kwgrib2/gctpc/test/proj/wagvii/parm29
kwgrib2/gctpc/test/proj/wagvii/parm29a
kwgrib2/gctpc/test/proj/wagvii/parm29b
kwgrib2/gctpc/test/proj/wagvii/wagvii_test
kwgrib2/gctpc/test/proj/wagvii/data29b
kwgrib2/gctpc/test/proj/wagvii/data29c
kwgrib2/gctpc/test/proj/wagvii/parm29c
kwgrib2/gctpc/test/proj/wagvii/data29a
kwgrib2/gctpc/test/proj/azmeqd/
kwgrib2/gctpc/test/proj/azmeqd/data12b
kwgrib2/gctpc/test/proj/azmeqd/parm12a
kwgrib2/gctpc/test/proj/azmeqd/data12a
kwgrib2/gctpc/test/proj/azmeqd/parm12b
kwgrib2/gctpc/test/proj/azmeqd/data12
kwgrib2/gctpc/test/proj/azmeqd/azmeqd_test
kwgrib2/gctpc/test/proj/azmeqd/parm12c
kwgrib2/gctpc/test/proj/azmeqd/data12c
kwgrib2/gctpc/test/proj/azmeqd/parm12
kwgrib2/gctpc/test/proj/lamcc/
kwgrib2/gctpc/test/proj/lamcc/parm4c
kwgrib2/gctpc/test/proj/lamcc/parm4b
kwgrib2/gctpc/test/proj/lamcc/data4a
kwgrib2/gctpc/test/proj/lamcc/data4
kwgrib2/gctpc/test/proj/lamcc/README
kwgrib2/gctpc/test/proj/lamcc/data4b
kwgrib2/gctpc/test/proj/lamcc/lamcc_test
kwgrib2/gctpc/test/proj/lamcc/parm4
kwgrib2/gctpc/test/proj/lamcc/parm4a
kwgrib2/gctpc/test/proj/lamcc/data4c
kwgrib2/gctpc/test/proj/snsoid/
kwgrib2/gctpc/test/proj/snsoid/parm16c
kwgrib2/gctpc/test/proj/snsoid/data16d
kwgrib2/gctpc/test/proj/snsoid/data16
kwgrib2/gctpc/test/proj/snsoid/parm16
kwgrib2/gctpc/test/proj/snsoid/parm16a
kwgrib2/gctpc/test/proj/snsoid/data16a
kwgrib2/gctpc/test/proj/snsoid/snsoid_test
kwgrib2/gctpc/test/proj/snsoid/parm16d
kwgrib2/gctpc/test/proj/snsoid/data16c
kwgrib2/gctpc/test/proj/stereo/
kwgrib2/gctpc/test/proj/stereo/parm10
kwgrib2/gctpc/test/proj/stereo/data10
kwgrib2/gctpc/test/proj/stereo/parm10a
kwgrib2/gctpc/test/proj/stereo/stereo_test
kwgrib2/gctpc/test/proj/stereo/data10b
kwgrib2/gctpc/test/proj/stereo/parm10b
kwgrib2/gctpc/test/proj/stereo/data10a
kwgrib2/gctpc/test/proj/hammer/
kwgrib2/gctpc/test/proj/hammer/data27b
kwgrib2/gctpc/test/proj/hammer/parm27a
kwgrib2/gctpc/test/proj/hammer/parm27b
kwgrib2/gctpc/test/proj/hammer/hammer_test
kwgrib2/gctpc/test/proj/hammer/data27a
kwgrib2/gctpc/test/proj/som/
kwgrib2/gctpc/test/proj/som/parm22a
kwgrib2/gctpc/test/proj/som/parm22
kwgrib2/gctpc/test/proj/som/som_test
kwgrib2/gctpc/test/proj/som/parm22d
kwgrib2/gctpc/test/proj/som/data22a
kwgrib2/gctpc/test/proj/som/data22d
kwgrib2/gctpc/test/proj/som/data22
kwgrib2/gctpc/test/proj/som/README
kwgrib2/gctpc/test/proj/som/parm22e
kwgrib2/gctpc/test/proj/som/data22c
kwgrib2/gctpc/test/proj/som/data22e
kwgrib2/gctpc/test/proj/som/parm22c
kwgrib2/gctpc/test/proj/lamaz/
kwgrib2/gctpc/test/proj/lamaz/parm11b
kwgrib2/gctpc/test/proj/lamaz/parm11a
kwgrib2/gctpc/test/proj/lamaz/lamaz_test
kwgrib2/gctpc/test/proj/lamaz/parm11c
kwgrib2/gctpc/test/proj/lamaz/data11b
kwgrib2/gctpc/test/proj/lamaz/parm11
kwgrib2/gctpc/test/proj/lamaz/data11a
kwgrib2/gctpc/test/proj/lamaz/README
kwgrib2/gctpc/test/proj/lamaz/data11
kwgrib2/gctpc/test/proj/lamaz/data11c
kwgrib2/gctpc/test/proj/vgrint/
kwgrib2/gctpc/test/proj/vgrint/data19c
kwgrib2/gctpc/test/proj/vgrint/parm19c
kwgrib2/gctpc/test/proj/vgrint/data19d
kwgrib2/gctpc/test/proj/vgrint/vgrint_test
kwgrib2/gctpc/test/proj/vgrint/parm19d
kwgrib2/gctpc/test/proj/vgrint/data19
kwgrib2/gctpc/test/proj/vgrint/parm19a
kwgrib2/gctpc/test/proj/vgrint/data19b
kwgrib2/gctpc/test/proj/vgrint/data19a
kwgrib2/gctpc/test/proj/vgrint/parm19b
kwgrib2/gctpc/test/proj/vgrint/parm19
kwgrib2/gctpc/test/proj/robin/
kwgrib2/gctpc/test/proj/robin/parm21d
kwgrib2/gctpc/test/proj/robin/data21a
kwgrib2/gctpc/test/proj/robin/data21d
kwgrib2/gctpc/test/proj/robin/robin_test
kwgrib2/gctpc/test/proj/robin/README
kwgrib2/gctpc/test/proj/robin/data21c
kwgrib2/gctpc/test/proj/robin/parm21a
kwgrib2/gctpc/test/proj/robin/data21
kwgrib2/gctpc/test/proj/robin/parm21
kwgrib2/gctpc/test/proj/robin/data21b
kwgrib2/gctpc/test/proj/robin/parm21c
kwgrib2/gctpc/test/proj/robin/parm21b
kwgrib2/gctpc/test/proj/mercat/
kwgrib2/gctpc/test/proj/mercat/parm5a
kwgrib2/gctpc/test/proj/mercat/parm5c
kwgrib2/gctpc/test/proj/mercat/mercat_test
kwgrib2/gctpc/test/proj/mercat/data5a
kwgrib2/gctpc/test/proj/mercat/parm5b
kwgrib2/gctpc/test/proj/mercat/data5c
kwgrib2/gctpc/test/proj/mercat/parm5
kwgrib2/gctpc/test/proj/mercat/data5b
kwgrib2/gctpc/test/proj/mercat/data5
kwgrib2/gctpc/test/proj/moll/
kwgrib2/gctpc/test/proj/moll/parm25b
kwgrib2/gctpc/test/proj/moll/data25c
kwgrib2/gctpc/test/proj/moll/data25b
kwgrib2/gctpc/test/proj/moll/parm25c
kwgrib2/gctpc/test/proj/moll/moll_test
kwgrib2/gctpc/test/proj/moll/data25a
kwgrib2/gctpc/test/proj/moll/parm25a
kwgrib2/gctpc/test/proj/eqrect/
kwgrib2/gctpc/test/proj/eqrect/parm17
kwgrib2/gctpc/test/proj/eqrect/data17a
kwgrib2/gctpc/test/proj/eqrect/parm17d
kwgrib2/gctpc/test/proj/eqrect/parm17a
kwgrib2/gctpc/test/proj/eqrect/data17c
kwgrib2/gctpc/test/proj/eqrect/data17d
kwgrib2/gctpc/test/proj/eqrect/parm17b
kwgrib2/gctpc/test/proj/eqrect/parm17c
kwgrib2/gctpc/test/proj/eqrect/eqrect_test
kwgrib2/gctpc/test/proj/eqrect/data17b
kwgrib2/gctpc/test/proj/eqrect/data17
kwgrib2/gctpc/test/proj/imoll/
kwgrib2/gctpc/test/proj/imoll/parm26a
kwgrib2/gctpc/test/proj/imoll/data26c
kwgrib2/gctpc/test/proj/imoll/data26a
kwgrib2/gctpc/test/proj/imoll/imoll_test
kwgrib2/gctpc/test/proj/imoll/parm26b
kwgrib2/gctpc/test/proj/imoll/data26b
kwgrib2/gctpc/test/proj/imoll/parm26c
kwgrib2/gctpc/test/proj/albers/
kwgrib2/gctpc/test/proj/albers/parm3
kwgrib2/gctpc/test/proj/albers/albers_test
kwgrib2/gctpc/test/proj/albers/data3
kwgrib2/gctpc/test/proj/albers/data3a
kwgrib2/gctpc/test/proj/albers/parm3a
kwgrib2/gctpc/test/proj/albers/data3b
kwgrib2/gctpc/test/proj/albers/parm3b
kwgrib2/gctpc/test/proj/hom/
kwgrib2/gctpc/test/proj/hom/parm20b
kwgrib2/gctpc/test/proj/hom/hom_test
kwgrib2/gctpc/test/proj/hom/data20
kwgrib2/gctpc/test/proj/hom/data20b
kwgrib2/gctpc/test/proj/hom/data20d
kwgrib2/gctpc/test/proj/hom/parm20
kwgrib2/gctpc/test/proj/hom/data20c
kwgrib2/gctpc/test/proj/hom/parm20d
kwgrib2/gctpc/test/proj/hom/parm20a
kwgrib2/gctpc/test/proj/hom/parm20c
kwgrib2/gctpc/test/proj/hom/data20a
kwgrib2/gctpc/test/proj/Proj.name
kwgrib2/gctpc/test/proj/equidc/
kwgrib2/gctpc/test/proj/equidc/parm8c
kwgrib2/gctpc/test/proj/equidc/parm8d
kwgrib2/gctpc/test/proj/equidc/equidc_test
kwgrib2/gctpc/test/proj/equidc/parm8b
kwgrib2/gctpc/test/proj/equidc/parm8
kwgrib2/gctpc/test/proj/equidc/data8b
kwgrib2/gctpc/test/proj/equidc/data8c
kwgrib2/gctpc/test/proj/equidc/data8
kwgrib2/gctpc/test/proj/equidc/data8d
kwgrib2/gctpc/test/proj/good/
kwgrib2/gctpc/test/proj/good/data24c
kwgrib2/gctpc/test/proj/good/data24a
kwgrib2/gctpc/test/proj/good/good_test
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kwgrib2/iplib.2012/gdswzdca.f
kwgrib2/iplib.2012/ipxetas.f
kwgrib2/iplib.2012/ipxwafs2.f
kwgrib2/iplib.2012/polates0.f
kwgrib2/iplib.2012/polatev2.f
kwgrib2/iplib.2012/gdswiz05.f
kwgrib2/iplib.2012/gdswzd03.f
kwgrib2/iplib.2012/gdswizc9.f
kwgrib2/iplib.2012/ijkgds1.f
kwgrib2/iplib.2012/ipxwafs.f
kwgrib2/iplib.2012/gdswiz03.f
kwgrib2/iplib.2012/polates4.f
kwgrib2/iplib.2012/polates6.f
kwgrib2/iplib.2012/ipxwafs3.f
kwgrib2/iplib.2012/polatev4.f
kwgrib2/iplib.2012/polatev1.f
kwgrib2/iplib.2012/gdswzd00.f
kwgrib2/iplib.2012/polateg4.f
kwgrib2/iplib.2012/gdswzd05.f
kwgrib2/iplib.2012/makefile
kwgrib2/iplib.2012/gdswzdcb.f
kwgrib2/iplib.2012/gdsawt.f
kwgrib2/iplib.2012/gdswizcb.f
kwgrib2/iplib.2012/gdswiz.f
kwgrib2/iplib.2012/gdswizcd.f
kwgrib2/iplib.2012/gdswzd04.f
kwgrib2/iplib.2012/gcdist.f
kwgrib2/iplib.2012/splat.f
kwgrib2/iplib.2012/gdswiz00.f
kwgrib2/iplib.2012/polates3.f
kwgrib2/iplib.2012/ipolatev.f
kwgrib2/iplib.2012/gdswiz04.f
kwgrib2/iplib.2012/polatev6.f
kwgrib2/iplib.2012/gdswiz01.f
kwgrib2/iplib.2012/gdswzdc9.f
kwgrib2/iplib.2012/gdswizca.f
kwgrib2/iplib.2012/ipolates.f
kwgrib2/iplib.2012/ipsector.f
kwgrib2/iplib.2012/polateg1.f
kwgrib2/iplib.2012/polates2.f
kwgrib2/iplib.2012/polateg0.f
kwgrib2/iplib.2012/polatev0.f
kwgrib2/iplib.2012/ipmerge2.f
kwgrib2/iplib.2012/gdswzdcd.f
kwgrib2/iplib.2012/gdswzd.f

 

• [2 단계] 컴파일

  • /SYSTEM/LINUX/kwgrib2/kwgrib2 경로에서 신규 디렉터리 생성 (mkdir bin)

  • 컴파일 하기 앞서 vi makefile에서 설치 경로를 설정합니다.

  • 단축키 (shift + w + :)를 통해 /prog를 검색합니다.

  • 실행파일 생성 위치 (bindir)의 경우 /SYSTEM/LINUX/kwgrib2/kwgrib2/bin이고 실행 파일 이름 정의 (prog)에서는 기본값 (Default 값)으로 설정합니다 (91-92행 참조).

  • make를 통해 컴파일 합니다.

 

• 실행 파일 이름 정의 (prog) 정보

 

# often enviroment variable FC=fortran compiler, if not, define it here
# FC=gfortran
# bindir=${cwd}
bindir=/SYSTEM/LINUX/kwgrib2/kwgrib2/bin
prog=${bindir}/kwgrib2

# ...
# 중략
# ...

make[1]: Leaving directory `/SYSTEM/LINUX/kwgrib2/kwgrib2/wgrib2'
cd aux_progs && make -f gmerge.make
make[1]: Entering directory `/SYSTEM/LINUX/kwgrib2/kwgrib2/aux_progs'
cc  -o gmerge gmerge.c uint8.c
make[1]: Leaving directory `/SYSTEM/LINUX/kwgrib2/kwgrib2/aux_progs'
cd aux_progs && make -f smallest_grib2.make
make[1]: Entering directory `/SYSTEM/LINUX/kwgrib2/kwgrib2/aux_progs'
cc  -o smallest_grib2 smallest_grib2.c uint8.c
make[1]: Leaving directory `/SYSTEM/LINUX/kwgrib2/kwgrib2/aux_progs'
cd aux_progs && make -f smallest_4.make
make[1]: Entering directory `/SYSTEM/LINUX/kwgrib2/kwgrib2/aux_progs'
cc  -o smallest_4 smallest_4.c uint8.c
make[1]: Leaving directory `/SYSTEM/LINUX/kwgrib2/kwgrib2/aux_progs'

 

[root linux@/SYSTEM/LINUX/kwgrib2/kwgrib2]# make

 

• [3 단계] 환경 변수 설정

  • 프롬프트에서 which kwgrib2를 입력해도 확인할 수 없습니다.

  • 이는 리눅스 환경에서 kwgrib2 설치 디렉터리를 찾을 수 없기 때문입니다.

  • 따라서 vi ~/.bashrc에서 KWGRIB2 환경 변수를 입력해야 합니다.

  • source ~/.bashrc를 통해 재 실행합니다.

  • 프롬프트에서 kwgrib2 확인

 

[root linux@/SYSTEM/LINUX/kwgrib2]# vi ~/.bashrc

#==========================================
#  Configure
#==========================================
# GrADS v2.1.1
export GRADS=/usr/local/grads-2.1.1.b0

# GrADS v2.2.0
# export GRADS=/usr/local/bin/grads/grads-2.2.0

export KWGRIB2=/SYSTEM/LINUX/kwgrib2/kwgrib2

arrRootConfig=($GRADS $KWGRIB2)

for i in ${arrRootConfig[*]}; do
   if [ ! -z $i ]; then
      if [ -d $i/bin ]; then PATH=$i/bin:$PATH ; fi
      if [ -d $i/lib ]; then LD_LIBRARY_PATH=$i/lib:$LD_LIBRARY_PATH ; fi
      if [ -d $i/sbin -a `id -u` = 0 ]; then PATH=$i/sbin:$PATH ; fi
      if [ -d $i/man ]; then MANPATH=$MANPATH:$i/man ; fi
      if [ -d $i/config ]; then PATH=$i/config:$PATH ; fi
   fi
done

 

[root linux@/SYSTEM/LINUX/kwgrib2/kwgrib2]# kwgrib2

wgrib2 v0.1.9.6a 5/2012 Wesley Ebisuzaki, Reinoud Bokhorst, Jaakko Hyvätti, Kristian Nilssen, Karl Pfeiffer, Pablo Romero, Manfred Schwarb, Arlindo da Silva, Niklas Sondell, Sergey Varlamov
 -0xSec           inv  X      Hex dump of section X (0..8)
 -aerosol_size    inv         optical properties of an aerosol
 -aerosol_wavelength inv         optical properties of an aerosol
 -bitmap          inv         bitmap mode
 -center          inv         center
 -checksum        inv  X      CRC checksum of section X (0..8), whole message (X = -1/message) or (X=data)
 -disc            inv         discipline (code table 0.0)
 -domain          inv         find rectangular domain for g2ctl/GrADS plots
 -end_ft          inv         verf time = reference_time + forecast_time + stat. proc time (YYYYMMDDHH) (same as -vt)
 -end_FT          inv         verf time = reference_time + forecast_time + stat. proc time (YYYYMMDDHHMMSS) (same as -VT)
 -ens             inv         ensemble information
 -ext_name        inv         extended name, var+qualifiers
 -ftime           inv         forecast time
 -full_name       inv         extended name, var+qualifiers
 -gctpc           inv  X       X=0,1 use gctpc library (testing)
 -get_byte        inv  X Y Z  get bytes in Section X, location Y (1..N), number of bytes Z (decimal format)
 -get_hex         inv  X Y Z  get bytes in Section X, location Y (1..N), number of bytes Z (bytes in hexadecimal format)
 -get_int         inv  X Y Z  get 4-byte ints in Section X, location Y (byte), number of ints Z
 -grid            inv         grid definition
 -ij              inv  X Y    value of field at grid(X,Y) X=1,..,nx Y=1,..,ny (WxText enabled)
 -ijlat           inv  X Y    lat,lon and grid value at grid(X,Y) X=1,..,nx Y=1,..,ny (WxText enabled)
 -ilat            inv  X      lat,lon and grid value at Xth grid point, X=1,..,npnts (WxText enabled)
 -lev             inv         level (code table 4.5)
 -ll2i            inv  X Y    x=lon y=lat, converts to (i)
 -ll2ij           inv  X Y    x=lon y=lat, converts lon-lat (i,j)
 -lon             inv  X Y    value at grid point nearest lon=X lat=Y (WxText enabled)
 -match_inv       inv         inventory used by -match, -not, -if and -not_if
 -max             inv         print maximum value
 -min             inv         print minimum value
 -misc            inv         variable name qualifiers like chemical, ensemble, probability, etc
 -MM              inv         reference time MM
 -n               inv         prints out inventory number
 -N_ens           inv         number of ensemble members
 -nl              inv         inserts new line into inventory
 -nlons           inv         number of longitudes for each latitude
 -nl_out          inv  X      write new line in file X
 -npts            inv         number of grid points
 -nxny            inv         nx and ny of grid
 -packing         inv         shows the packing mode (use -v for more details)
 -print           inv  X      inserts string into inventory
 -prob            inv         probability information
 -process         inv         Process (code table 4.3)
 -processid       inv         process id (locally defined)
 -range           inv         print out location of record in bytes, 0 = first byte
 -RT              inv         type of reference Time
 -s               inv         simple inventory
 -S               inv         simple inventory with minutes and seconds (subject to change)
 -scale           inv         scale for packing
 -scaling         inv         scaling for packing (old format)
 -scan            inv         scan order of grid
 -Sec0            inv         contents of section0
 -Sec3            inv         contents of section 3 (Grid Definition Section)
 -Sec4            inv         Sec 4 values (Product definition section)
 -Sec5            inv         Sec 5 values (Data representation section)
 -Sec6            inv         show bit-map section
 -Sec_len         inv         length of various grib sections
 -spatial_proc    inv         show spacial processing, pdt=4.15
 -spectral        inv         show spectral bands
 -spectral_bands  inv         spectral bands for satellite, pdt=4.31
 -start_ft        inv         verf time = reference_time + forecast_time (YYYYMMDDHH) : no stat. proc time
 -start_FT        inv         verf time = reference_time + forecast_time (YYYYMMDDHHMMSS) - no stat. proc time
 -stats           inv         statistical summary of data values
 -subcenter       inv         subcenter
 -t               inv         reference time YYYYMMDDHH, -v2 for alt format
 -T               inv         reference time YYYYMMDDHHMMSS
 -table           inv         parameter table
 -unix_time       inv         print unix timestamp for rt & vt
 -V               inv         diagnostic output
 -var             inv         short variable name
 -varX            inv         raw variable name - discipline mastertab localtab center parmcat parmnum
 -vector_dir      inv         grid or earth relative winds
 -verf            inv         simple inventory using verification time
 -vt              inv         verf time = reference_time + forecast_time, -v2 for alt format
 -VT              inv         verf time = reference_time + forecast_time (YYYYMMDDHHMMSS)
 -wave_partition  inv         ocean surface wave partition (pdt=52)
 -YY              inv         reference time YYYY
 -s_out           inv> X      simple inventory written to X
 -big_endian      misc        sets ieee output to big endian (default is big endian)
 -colon           misc X      replace item deliminator (:) with X
 -config          misc        shows the configuration
 -count           misc        prints number of fields
 -end             misc        stop after first (sub)message (save time)
 -fix_CFSv2_fcst  misc X Y Z  fixes CFSv2 monthly fcst X=daily or 00/06/12/18 Y=pert no. Z=number ens fcsts v1.0
 -fix_ncep        misc        fix ncep PDT=8 headers produced by cnvgrib
 -grid_changes    misc        prints number of grid changes
 -grid_def        misc        read lon and lat data from grib file -- experimental
 -h               misc        help, shows common options
 -header          misc        f77 header or nx-ny header in text output (default)
 -help            misc X      help [search string|all], -help all, shows all options
 -if              misc X      if X (POSIX regular expression) matches, conditional execution up to next output/fi
 -if_n            misc X      if (inv numbers in range), X=(start:end:step)
 -if_rec          misc X      if (record numbers in range), X=(start:end:step)
 -if_reg          misc X      if rpn registers defined, X = A, A:B, A:B:C, etc A = register number
 -ijundefine      misc X Y Z  sets grid point values to undefined X=(in-box|out-box) Y=ix0:ix1 Z=iy0:iy1 ix=(1..nx) iy=(1..ny)
 -import_bin      misc X      read binary file (X) for data
 -import_ieee     misc X      read ieee file (X) for data
 -import_text     misc X      read text file (X) for data
 -inv             misc X      write inventory to X
 -limit           misc X      stops after X fields decoded
 -little_endian   misc        sets ieee output to little endian (default is big endian)
 -new_grid_interpolation misc X      new_grid interpolation X=bilinear,bicubic,neighbor,budget
 -new_grid_ipopt  misc X      new_grid ipopt values X=i1:i2..:iN N <= 20
 -new_grid_vectors misc X      change fields to vector interpolate: X=none,default,UGRD:VGRD
 -new_grid_winds  misc X      new_grid wind orientation: X = grid, earth (N/S, default) -- alpha
 -no_header       misc        no f77 header or nx-ny header in text output
 -not_if          misc X      if not X (regular expression) matches, conditional execution until next output/fi
 -rpn             misc X      reverse polish notation calculator (beta)
 -set             misc X Y    set X = Y, X=local_table,etc (help: -set help help)
 -set_ave         misc X      set ave/acc .. only on pdt=4.0 only anl/fcst
 -set_bin_prec    misc X      X set number of binary bits for grib_out packing
 -set_byte        misc X Y Z  set bytes in Section X, location Y (1..N), bytes Z (a|a:b:c)
 -set_date        misc X      changes date code .. keep old date code if not specified completely
 -set_ensm_derived_fcst misc X Y    convert PDT 0,1,2 -> 2, 8,11,12 -> 12, X=code table 4.7 Y=num ens members
 -set_ens_num     misc X Y Z  convert PDT 0,1 -> 1, 8,11 -> 11, X=code table 4.6 Y=pert num Z=num ens members
 -set_ftime       misc X      set ftime .. only on pdt=4.0 only anl/fcst
 -set_grib_max_bits misc X      sets scaling so number of bits does not exceed N in (new) grib output
 -set_grib_type   misc X      set grib type = jpeg, simple, ieee, complex(1|2|3), same
 -set_hex         misc X Y Z  set bytes in Section X, location Y (1..N), bytes Z (a|a:b:c) in hexadecimal
 -set_ijval       misc X Y Z  sets grid point value X=ix Y=iy Z=val
 -set_int         misc X Y Z  set 4-byte ints in Section X, location Y (1..N), signed integers Z (a|a:b:c)
 -set_lev         misc X      changes level code .. not complete
 -set_metadata    misc X      read meta-data for grib writing from file X
 -set_pdt         misc X      makes new (clean) pdt, X=PDT_number or X=PDT_number:size of PDT in octets
 -set_scaling     misc X Y    set decimal scaling=X binary scaling=Y for grib_out packing
 -set_sec_size    misc X Y    resizes section , X=section number, Y=size in octets, DANGEROUS
 -set_ts_dates    misc X Y Z  changes date code for time series X=YYYYMMDDHH(mmss) Y=dtime Z=block size
 -set_var         misc X      changes variable name
 -submsg          misc X      process submessage X (0=process all messages)
 -sys             misc X      run system/shell command, X=shell command
 -text_col        misc X      number of columns on text output
 -text_fmt        misc X      format for text output (C)
 -udf             misc X Y    run UDF, X=program+optional_args, Y=return file
 -udf_arg         misc X Y    add grib-data to UDF argument file, X=file Y=name
 -undefine        misc X Y Z  sets grid point values to undefined X=(in-box|out-box) Y=lon0:lon1 Z=lat0:lat1
 -undefine_val    misc X      grid point set to undefined if X=val or X=low:high
 -v               misc        verbose (v=1)
 -v0              misc        not verbose (v=0)
 -v2              misc        really verbose (v=2)
 -version         misc        print version
 -AAIG            out         writes Ascii ArcInfo Grid file, lat-lon grid only (alpha)
 -ave             out  X Y    average X=time step, Y=output grib file needs file is special order
 -bin             out  X      write binary data to X
 -cress_lola      out  X..Z,A lon-lat grid values X=lon0:nlon:dlon Y=lat0:nlat:dlat Z=file A=radius1:radius2:..:radiusN
 -csv             out  X      make comma separated file, X=file (WxText enabled)
 -fcst_ave        out  X Y    average X=time step, Y=output grib file needs file is special order
 -fi              out         null output operation
 -grib            out  X      writes GRIB record (one submessage) to X
 -GRIB            out  X      writes entire GRIB record (all submessages)
 -grib_ieee       out  X      writes data[] to X.grb, X.head, X.tail, and X.h
 -grib_out        out  X      writes decoded/modified data in grib-2 format to file X
 -grib_out_irr    out  X Y    writes irregular grid grib X=(all|defined) Y=(output file)
 -ieee            out  X      write (default:big-endian) IEEE data to X
 -ijbox           out  X..Z,A grid values in bounding box X=i1:i2[:di] Y=j1:j2[:dj] Z=file A=[bin|text|spread]
 -ijsmall_grib    out  X Y Z  make small domain grib file X=ix0:ix1 Y=iy0:iy1 Z=file (beta)
 -irr_grid        out  X Y Z  make irregular grid, nearest neighbor, X=lon-lat list Y=radius (km) Z=output grib file
 -lola            out  X..Z,A lon-lat grid values X=lon0:nlon:dlon Y=lat0:nlat:dlat Z=file A=[bin|text|spread|grib]
 -merge_fcst      out  X Y    normalize NCEP-type ave/acc X=number Y=output grib file
 -mysql           out  5 args H=[host] U=[user] P=[password] D=[db] T=[table] (alpha)
 -mysql_dump      out  7 args H=[host] U=[user] P=[password] D=[db] T=[table] W=[western_lons:0|1] PV=[remove unlikely:0|1]
 -mysql_speed     out  7 args H=[host] U=[user] P=[password] D=[db] T=[table] W=[western_lons:0|1] PV=[remove unlikely:0|1]
 -ncep_norm       out  X      normalize NCEP-type ave/acc X=output grib file
 -ncep_uv         out  X      combine U and V fields into one message like NCEP operations
 -netcdf          out  X      write netcdf data to X
 -new_grid        out  X..Z,A bilinear interpolate: X=projection Y=x0:nx:dx Z=y0:ny:dy A=grib_file alpha
 -small_grib      out  X Y Z  make small domain grib file X=lonW:lonE Y=latS:latN Z=file (beta)
 -spread          out  X      write text - spread sheet format into X (WxText enabled)
 -text            out  X      write text data into X
 -tosubmsg        out  X      convert GRIB message to submessage and write to file X
 -wind_speed      out  X      calculate wind speed, X = output gribfile (U then V in datafile)
 -append          init        append mode, write to existing output files
 -crlf            init        make the end of the inventory a crlf (windows) instead of newline (unix)
 -d               init X      dump message X (n or n.m), only 1 -d allowed
 -fix_ncep_2      init        ncep bug fix 2, probability observation < -ve number
 -fix_ncep_3      init        sets flag to fix ncep bug 3 (constant fields)
 -fix_ncep_4      init        fixes NCEP grib2 files where DX and DY are undefined
 -for             init X      process record numbers in range, X=(start:end:step), only one -for allowed
 -for_n           init X      process inv numbers in range, X=(start:end:step), only one -for allowed
 -g2clib          init X      X=0/1 use g2clib for decoding grib
 -i               init        read Inventory from stdin
 -match           init X      process data that matches X (POSIX regular expression)
 -nc3             init        use netcdf3 (classic)
 -nc4             init        use netcdf4 (compressed, controlled endianness etc)
 -nc_grads        init        require netcdf file to be grads v1.9b4 compatible (fixed time step only)
 -nc_nlev         init X      netcdf, X = max LEV dimension for {TIME,LEV,LAT,LON} data
 -nc_pack         init X      pack/check limits of all NEW input variables, X=min:max[:byte|short|float]
 -nc_table        init X      X is conversion_to_netcdf_table file name
 -nc_time         init X      netcdf, [[-]yyyymmddhhnnss]:[dt{s[ec]|m[in]|h[our]|d[ay]}], [-] is for time alignment only
 -no_append       init        not append mode, write to new output files (default)
 -no_nc_grads     init        netcdf file may be not grads v1.9b4 compatible, variable time step
 -no_nc_pack      init        no packing in netcdf for NEW variables
 -no_nc_table     init        disable previously defined conversion_to_netcdf_table
 -no_nc_time      init        netcdf, disable previously defined initial or relative date and time step
 -not             init X      process data that does not match X (POSIX regular expression)
 -one_line        init        puts all on one line (makes into inventory format)
 -order           init X      decoded data in X (raw|we:sn|we:ns) order, we:sn is default
 -set_ext_name    init X      X=0/1 extended name on/off
 -set_regex       init X      set regex mode X = 0:extended regex (default) 1:pattern 2:extended regex & quote metacharacters
 -tigge           init        use modified-TIGGE grib table

  

 관련 자료

• 국가기상슈퍼컴퓨터 산출자료 공개 서비스 활용가이드

국가기상슈퍼컴퓨터_산출자료_공개_서비스_활용가이드_v2.pdf

1.35MB

 

 참고 문헌

[논문]

• 없음

[보고서]

• 없음

[URL]

• 없음

 

 문의사항

[기상학/프로그래밍 언어]

• sangho.lee.1990@gmail.com

[해양학/천문학/빅데이터]

• saimang0804@gmail.com