在Mac系统安装GAMIT/GLOBK

已于 2024-11-04 11:29:41 修改
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于 2024-11-01 10:20:43 首次发布
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0 软件介绍

GAMIT/GLOBK 是由麻省理工学院开发的高精度 GPS 数据处理和地壳变形分析软件包，广泛应用于地球科学领域。该软件通过处理全球导航卫星系统（GNSS）观测数据，生成精确的站点坐标、速度场和应变参数，帮助研究人员分析地壳运动、地震活动和板块构造。GAMIT 部分专注于单日或多日的 GPS 数据解算，包括轨道、对流层和电离层效应的建模；而 GLOBK 则用于长期时间序列分析和网络解算，可将多时段的 GAMIT 结果合并进行稳健的速度场和应变场估计。

1.下载源码

去gamit官网：gamit官网下载对应的源码，需要填写邮箱以及对应的信息。

 2. 解压

我们下载的是gamit10.71版本，解压以后是如下图的文件

需要首先将 com.10.71.tar.gz里面的install_software单独解压到gamit10.71的目录下，具体操作如下
 

tar xfzv com.10.71.tar.gz com/install_software
com/install_software

给个上述文件权限
 

chmod +x install_software

由于在官网下的源码，它的权限是root的，建议改成自己用户下的文件，这样就不需要，每次sudo文件，进入子文件以及一系列操作。
 

sudo chown -R wangxin:staff gamit10.71

3.编译和安装

查看这位老师的内容在macOS安装gamit10.71，即可安装，如下图

但是我在操作的时候，依旧出现 这个错误，由于包的版本更新，导致gamit源码有些不适配

需要对gamit里面的 Makefile.config,大概在371行进行修改 

CFLAGS = -g -m64 -Wno-implicit-function-declaration -Wno-implicit-int

这样可以忽略隐式返回类型警告。保存修改后的 Makefile.config 文件，然后可以重新安装。

这是借鉴上面老师的安装内容，整个修改后的Makefile.config，mac用户可以直接替换使用，即可安装。

# OS independent make configuration file for GAMIT/GLOBK installation.
# Used by shell script unimake (see, in /com) and in conjunction with generic
# Makefiles in each module directory (documented in Makefile.generic under
# libraries/comlib).

# Created on July 16, 1996 by P. Fang.  Last modified by M. Floyd 200225

(Tested for Sun OS4, Solaris 2, HP-UX, DEC OSF1, SGI IRIX)
(Code for IBM and DEC ULTRX present but not yet tested)


# The rules of constructing this configuration file:

1. Each OS is identified by a character string and a pair of numbers.
   The character string should be the first 'word' (or 'token') printed
   when you type 'uname -a' on your system (e.g. 'SunOS' for Sun OS/4 and
   Solaris systems);  The numbers correspond to the range of OS versions
   for which the configuration block is valid; they should be expanded with
   zeroes to 4 digits (e.g. 4110 4130 for SunOS versions 4.1.1 to 4.1.3),
   to be compared numerically to the version given by the third word printed
   by the 'uname -a' command when it also is expanded to 4 digits after removal
   of all letters (e.g., 0901 for HP-UX versions A.09.01) .  For the conversion
   of the these by unimake see the three blocks of code below '#detect user system'
   in the script.

2. To configure this file for your own system, you should normally have
   to change only the path for X11 (needed for CVIEW) and the size variables
   for GAMIT compilation.  If your system is not included among those given
   below, then you need to add it to this file.  Note that with newer Linux
   systems (e.g Fedora Core 4 and higher), the X11 libraries are dynamic,
   referenced via the environment variable LD_LIBRARY_PATH.

3. If you are using a compiler other than the one normally supplied by
   the manufacturer of your operating system (e.g., gcc and g77 with
   Solaris), then you need to use the -c option when you run 'install_software',
   install_updates', or 'unimake'.

4. The FFLAGS (but not yet CFLAGS) of Makefile.config can be overridden
   with module-specific entries of the same form in Makefile.generic
   (see, e.g., gamit/solve/Makefile.generic).

5. Any valid compiler macros and compiler instructions can be used within an
   OS dependent block.

6. In the SUFFIX RULES and EXPLICIT rules blocks the entries must be indented
   with TABS, not spaces.  Be careful that the tab characters are not lost if you
   transfer this file via e-mail.  In the 'ranlib' entry under EXPLICIT RULES for
   the Sun, the keyword THELIB is replaced in unimake by the name of the archive.


# Notes on flags for GAMIT and GLOBK:

1. With a few exceptions handled by Makefile.generic entries, all of /libraries,
   /gamit, and /kf can be made with the same compiler flags.  Hence, a single
   version of Makefile.config can be kept in /libraries, with links to it set in
   /gamit and /kf.

2. For maximum speed, all of the code should be compiled with Fortran level-3
   optimization, which has been well-tested under Sun OS/4, Solaris 2, HP-UX,
   g77, and gfortran.  Occasionally, bugs in a newly released compiler have
   caused problems with optimization; if you suspect this to be true, try
   lowering the optimization and let us know of the problem.

3. Static storage (FFLAGS -K) is required for both programs under HP-UX.

4. There are many routines in /kf that have more than the default 21 continuation
   lines allowed by the Sun Fortran compilers; hence we use the -Nl100 option
   with FFLAGS.

5. The C-compiler distributed by Sun in its standard 'bundle' will not
   handle ANSI-standard code.  Hence you must purchase the 'licensed' compiler
   (also 'cc'), or obtain the (free) Gnu C-compiler (gcc) or equivalent.


# ----------------------- common --------------------------------- #

# X11 library location - uncomment the appropriate one for your system
# Generic (will work on any system if links in place)
#X11LIBPATH /usr/lib
#X11INCPATH /usr/include
# Specific to Linux Ubuntu and Debian
#X11LIBPATH /usr/lib/x86_64-linux-gnu
#X11INCPATH /usr/include
# Specific to Linux CentOS and openSUSE
#X11LIBPATH /usr/lib64
#X11INCPATH /usr/include
# Specific to Linux RedHat 7,8 and 9, RH-FC1 -> 3
#X11LIBPATH /usr/X11R6/lib
#X11INCPATH /usr/X11R6/include
# Specific for Mac OS X and macOS
X11LIBPATH /usr/X11/lib
X11INCPATH /usr/X11/include
# Specific for Sun with OpenWindows
#X11LIBPATH /usr/openwin/lib
#X11INCPATH /usr/openwin/share/include
# Specific for PC Solaris 10
#X11LIBPATH /usr/openwin/lib/
#X11INCPATH /usr/openwin/share/include
# Specific to FC5
#X11LIBPATH /usr/lib
#X11INCPATH /usr/include
# Specific for MIT HP and Sun for Release 5
#X11LIBPATH /usr/lib/X11R5
#X11INCPATH /usr/include/X11R5
# Specific for IBM AIX4.2
#X11LIBPATH /usr/lpp/X11/lib
#X11INCPATH /usr/lpp/X11/include
# Specific for IBM AIX7.1
# X11LIBPATH /usr/X11R6/lib
# X11INCPATH /usr/include


# GAMIT size dependent variables (read by script 'redim' which edits the include files)
MAXSIT 80
MAXSAT 35
MAXATM 25
MAXEPC 2880

# --------------- OS dependent blocks ---------------------------- #


# ------- for HP-UX 9.00 and above-------------- #
OS_ID HP-UX 0900 9999

# ASSIGMENTS

FFLAGS = +implicit_none +O2 +U77 
CFLAGS = -g -Aa -Ae
FTN = f90
# f77 will not work since the -L option is defined differently
# MOD: Changed to f90 for HPUX 9 and 10 to support integer*4
CC = cc

# EXPLICIT_RULES
# (not needed for HP)

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ $*.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ $*.o
	rm -f $*.o

# BLOCKEND

# ------- for HP-UX 11.00 and above-------------- #
OS_ID HP-UX 1100 9999

# ASSIGMENTS

FFLAGS = +implicit_none +O2 +U77
CFLAGS = -g -Ae
FTN = f90
# f77 will not work since the -L option is defined differently
CC = cc

# EXPLICIT_RULES
# (not needed for HP)

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ $*.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ $*.o
	rm -f $*.o

# BLOCKEND

# ----- for SunOS from 4.1.1 to 4.1.3.1 ------------ #
OS_ID SunOS 4110 4131

# ASSIGMENTS

FFLAGS = -O3 -u -Nl100
FTN = f77
CFLAGS = -g
CC = cc

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND


# ----- for SunOS from 5.1 to 5.9  (Solaris 2.1 to 2.9) -- #
OS_ID SunOS 5100 5900

# ASSIGMENTS

FFLAGS = -O3 -u -Nl100
FTN = f77
CFLAGS = -g
CC = cc

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND


# ------- for DECs ------------------------------------- #
# GCM:      ULTRIX tonga 4.2 0 RISC
# Technion: ULTRIX cvgeo 4.3 0 RISC
# ERL:      OSF1 chandon V4.0 464 alpha
# ANU:      OSF1 xanadu V3.2 214.61 alpha

OS_ID ULTRIX 4200 4300

# ASSIGMENTS

FFLAGS = -O3 -assume byterecl
FTN = f77
CFLAGS =
CC = cc

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES
.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ $*.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ $*.o
	rm -f $*.o

# BLOCKEND


OS_ID OSF1 2000 4000

# ASSIGMENTS

FFLAGS = -O5 -assume byterecl -fpe4
FTN = f77
CFLAGS =
CC = cc

MATHLIB = /usr/include/math.h

# EXPLICIT_RULES
	ar rv $@ *.o

# SUFFIX_RULES

.c.o:
	$(CC) -c $(CFLAGS) $(MATHLIB) -I$(II) $<

.f.o:
	$(FTN) -c $(FFLAGS) $<

# BLOCKEND


# ----- for Linux from 0.0.1 to 5.5.8 (latest stable version as of release 10.71; see https://www.kernel.org/) -- #

OS_ID Linux 0001 5580

# ASSIGMENTS

# ASSIGMENTS
### LF95 flags ###
#FTN = lf95
#FFLAGS = -O
#CC = gcc
#CFLAGS = -g
### IFC 7.0 flags ###
#FTN = ifc
#FFLAGS = -O -Vaxlib -save -zero -u -72 -w95 -w90 -cm
#CC = icc
#CFLAGS = -O
### IFORT 8.0 flags ###
#FTN = ifort
#FFLAGS = -O3 -Vaxlib -save -zero -u -72 -w95 -w90 -cm -assume byterecl -static -xN
#CC = icc
#CFLAGS = -O
### IFORT 9.0 flags ###
#FTN = ifort
#FFLAGS = -O3 -Vaxlib -save -zero -u -72 -w95 -w90 -cm -assume byterecl -static -Xt
#CC = icc
#CFLAGS = -O
### G77 flags ###
#FTN = g77
#FFLAGS = -O3 -Wuninitialized -Wunused -Wimplicit -fno-f2c -ffast-math -fno-automatic -fno-backslash -Wno-globals -fno-globals
#CC = gcc
#CFLAGS = -g
### GCC V4 gfortran flags ###
FTN = gfortran
FFLAGS = -O3 -Wuninitialized -fno-f2c -ffast-math -fno-automatic -fno-backslash -m64 -mcmodel=large -fallow-argument-mismatch
CC = gcc
#CFLAGS = -g
#### For 64-bit machines:
CFLAGS = -g -m64 -DADD64BIT

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ *.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND

#------ for Mac OSX 5.2-8.8.0 (10.4.8) and Snow Leopard OSX 10.0.0
OS_ID Darwin 1000 9900
# ASSIGMENTS
### GCC V4 gfortran flags ###
FTN = gfortran
FFLAGS = -O3 -Wuninitialized -fno-f2c -ffast-math -fno-automatic -fno-backslash -m64 -fallow-argument-mismatch 
CC = gcc
CFLAGS = -g -m64 -Wno-implicit-function-declaration -Wno-implicit-int
### PGI Fortran flags ###
#FTN = pgfortran
#FFLAGS = -fast -Mnobackslash -Msave -m64
#CC = clang
#CFLAGS = -g -m64

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES
.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ *.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND

# ----- for CYGWIN from 0.0.1 to 1.7.20 on Windows -- #
OS_ID CYGWIN 0000 1720

# ASSIGMENTS
### GCC V4 gfortran flags ###
FTN = gfortran
FFLAGS = -O3 -Wuninitialized -fno-f2c -ffast-math -fno-automatic -fno-backslash -m64 -mcmodel=large
CC = gcc
CFLAGS = -g -m64

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ *.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND



# ----- for PC Solaris from 5.10 (Solaris 10) using sunstudio compilers -- #
OS_ID PCSol 5100 5100

# ASSIGMENTS

FFLAGS = -f77 -ftrap=%none -O3  -u
FTN = f90
CFLAGS = -g
CC = cc

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ *.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND


# ----- for PC Solaris from 5.2 to 5.8 (Solaris 2.2 to 2.8)  -- #
OS_ID PCSol 5200 5800

# ASSIGMENTS

FFLAGS = -O3 -Wuninitialized -Wunused -Wimplicit -fno-f2c -ffast-math -fno-automatic -fno-backslash -Wno-globals -fno-globals
FTN = g77
CFLAGS = -g
CC = gcc

# EXPLICIT_RULES
	ranlib THELIB

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ *.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND


# ------- for IBM ------------------------------ #
#Technion: AIX cviva 2 3 000050064900
OS_ID AIX 1000 2000

# The following is untested.

# ASSIGMENTS

#FFLAGS = O3
FFLAGS = -O3 -q64 -qarch=pwr7
#FFLAGS = -O0 -g
FTN = f77
CFLAGS = -I
CC = cc

MATHLIB = /usr/include/math.h

# EXPLICIT_RULES
# (unknown yet)

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) $(MATHLIB) $<
	ar rv $@ *.o
	rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

# BLOCKEND

# ------- for IRIX 6200 ------------------------ #
#
# Modifications from  Sargis Dallakyan, CERFACS, Toulouse, France (sargis@cerfacs.fr)

OS_ID IRIX 6200 6200

# ASSIGMENTS

FFLAGS = -j -u -Nl100
FTN = f77
CFLAGS =
CC = cc

# EXPLICIT_RULES
        ranlib THELIB

# SUFFIX_RULES

.c.a:
        $(CC) -c $(CFLAGS) -I$(II) $<
        ar rv $@ $*.o
        rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a:
        $(FTN) -c $(FFLAGS) $<
        ar rv $@ $*.o
        rm -f $*.o


# BLOCKEND


# ------- for IRIX 6300 - 6400 ----------------- #

#	Added configuration for SGI IRIX 6.3 - 6.4 Lada L. Dimitrova (Harvard/Guilford)  June 30 1998

OS_ID IRIX64 6300 6400

# ASSIGMENTS
# -NC100 allows for 100 continuation lines in the makefile
FFLAGS = -O -u -NC100	
FTN = f77
CFLAGS =
CC = cc

# EXPLICIT_RULES
# uncomment next statement if ranlib is available
#        ranlib THELIB

# SUFFIX_RULES

.c.a:
	$(CC) -c $(CFLAGS) -I$(II) $<
	ar rv $@ $*.o
	rm -f $*.o

.f.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ $*.o
	rm -f $*.o

# BLOCKEND
# LLD <<

# ------- for IRIX 6400 ------------------------ #
OS_ID IRIXXX 6400 6600

# ASSIGMENTS

FFLAGS = -u
FTN = f77
CFLAGS =
CC = cc

# EXPLICIT_RULES


# SUFFIX_RULES

.c.a::
        $(CC) : -c $(CFLAGS) -I$(II) $<
        ar rv  $@ $*.o
        rm -f $*.o

.f90.a:
	$(FTN) -c $(FFLAGS) $<
	ar rv $@ *.o
	rm -f $*.o

.f.a::
        $(FTN) :  -c $(FFLAGS) $<
        ar rv $@ $*.o
        rm -f $*.o


# BLOCKEND

进行安装

sudo ./install_software


最后给个配置文件的路径。

 # PATH for GAMIT/GLOBK
 62 export PATH="$PATH:/Users/wangxin/Documents/Software/GAMIT/gamit10.71/gamit/bin:/Users/wangxin/Documents/Software/GAMIT/gamit10.71/com:/Users/wangxin/Docum    ents/Software/GAMIT/gamit10.71/kf/bin"
 63 export HELP_DIR="/Users/wangxin/Documents/Software/GAMIT/gamit10.71/help/"

4.参考
在macOS安装gamit10.17 ​​​​​​gamit/block官网

菲林可乐
关注
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GAMIT/GLOBK是由麻省理工学院开发的一个综合GNSS分析包，用于估计台站坐标和速度、地震后变形的随机或函数表示、大气延迟、卫星轨道和地球定向参数。作为一款开源软件，GAMIT/GLOBK提供了多种系统的支持，包括常见Linux发行版和MacOS等。而对于Windows，则需要使用Linux子系统或虚拟机。由于软件开发年代较为久远，历史包袱较重，在最新的MacOS Sonoma上安装未免存在诸多问题。
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weixin_35924003的博客
03-17 1346
精密单点定位之PPPH解算及其gamit/globk精度评定PPPH A MATLAB-based Software for Multi-GNSS Precise Point Positioning Analysis本文下载链接： https://download.youkuaiyun.com/download/u011322358/122434311. IntroductionOver the last d...
gamit的中文说明书
07-24
对于GAMIT/GLOBK软件的安装，文件中提到三种主要的安装环境：HP、SUN、MAC、DEC等小型机、个人PC机以及在Windows系统下的虚拟机（如使用VMware6.2安装redhat Linux8.0后安装GAMIT/GLOBK）。安装的难点在于首先需要...
Gamit软件安装手册
04-10
在安装GAMIT/GLOBK时，需要确保安装了这个软件包以确保软件能够正确显示图形界面。 #### 3. 安装步骤 在确保满足上述系统要求后，可以按照以下步骤进行GAMIT/GLOBK的安装： 1. **下载安装包**：首先从官方网站或...
GAMIT10.6版本Part6解压缩指南及GPS精密定位
GAMIT软件支持多种操作系统，如UNIX、Linux和Mac OS X等，并且在科研机构和大学的研究中扮演着重要的角色。 描述中提到"GAMIT，10.6最新版本，共7个部分，缺一不可"，说明了GAMIT 10.6被拆分成七个不同的压缩包。每...
GAMIT10.40源代码包
04-09
GAMIT10.40源代码包 第一部分。为嘛分开?60M限制你懂的
gamit10.7的更新
11-21
gamit10.7的更新，如果不更新，会出现数据处理报错。
gamit_globk10.7（2018年6月最新）11
06-14
gamit_globk10.7（2018年6月最新）10 gamit_globk10.7（2018年6月最新）10 gamit_globk10.7（2018年6月最新）10 gamit_globk10.7（2018年6月最新）10
gamit_globk10.7（2018年6月最新）01
06-14
The current release is 10.70 (June 2018). GAMIT, GLOBK and TRACK form a comprehensive suite of programs for analyzing GNSS measurements primarily to study crustal deformation. The software has been developed by MIT, Scripps Institution of Oceanography and Harvard University with support from the National Science Foundation. The software may be obtained without written agreement or royalty fee by universities and government agencies for any non-commerical purposes. To obtain the download password and be added to the mailing list for future updates, please send an e-mail to Dr Robert W. King. You must include in the e-mail the full name, address, and telephone and fax numbers of your institution. If you are a student, you must also include the name and email of your advisor or other permanent staff member who will receive the announcements and be responsible for the terms of the license.
gamit10.5 安装包
07-26
gamit10.5.rar安装包 解压，参照网上Gamit教程即可安装.由于文件包含了所有最新更新170MB所以分成了4个压缩包。
GAMIT/GLOBK安装指导
None
05-25 598
GAMIT处理GNSS数据，GAMIT安装
最强安装虚拟机到安装GAMIT/GLOBK教程步骤汇总（建议安装16.04LST）
Dawncdm的博客
04-02 4753
Gamit/Globk软件是搭载在Linux系统下的，我们熟悉了WIN的界面操作，完全可以借助在WIN下安装虚拟机软件来安装使用Linux系统，目前Linux系统底下的乌班图系统分为16.04和18.04版本，操作差不多，但是新版本也有差异。安装的主要步骤为先安装好虚拟机，然后配置好乌班图系统，再安装Gamit/Globk软件，建议安装乌班图16.04版本的。 ** 注：严格按照本教程来 （一）、创建新的虚拟机（16.04LST和18.04LST同设置）** 1、点击创建新的虚拟机： 2、选择自定义，点击
在Linux系统中安装和运行GAMIT软件
XyScala的博客
10-08 241
首先，您需要从GAMIT官方网站或其他可信来源下载GAMIT软件包的压缩文件。GAMIT是一个用于地球动力学研究的软件套件，它提供了一系列工具和算法，用于处理全球定位系统（GPS）数据以及其他相关的地球观测数据。在安装GAMIT之前，您需要确保系统上已经安装了一些必要的依赖项。请将"gamit_package.tar.gz"替换为您下载的软件包的实际文件名。请将"/path/to/gamit"替换为您在步骤4中设置的GAMIT路径。请将"/path/to/gamit"替换为您解压缩GAMIT软件包的路径。
Scheme学习系列一 :源码安装Gambit
Android系统攻城狮
07-11 1353
0.配置需要环境 # sudo apt-get install libusb-dev usbutils linux上安装mingwin # sudo apt-get install mingw32 下载地址:http://www.iro.umontreal.ca/~gambit/download/gambit/v4.7/source/ 1.解压.tgz文件 #tar -zxvf ga...
GAMIT10.6最新版本Part3详细解析
GAMIT10.6是 GAMIT/GLOBK 软件包的一部分，这是一个专门用于GPS（全球定位系统）数据分析的软件，常被用于高精度的地球科学研究和工程应用，如板块构造运动、地壳形变测量、大气折射修正等领域。GAMIT软件由麻省理工...
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