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BiopLib

 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein structure and sequence using the C programming language. In addition, the term `Bioplib' refers to routines for more general C programming purposes.

This library is copyright (c) 1990-2016 and was mostly originally written by Dr. Andrew C.R. Martin while self-employed. Many enhancements and some additional routines have been written while at The University of Reading (2000-2003) and at UCL (1993-1999 and 2004 onwards).

BiopLib is licensed under the GPL Version 3. Commercial licences are also available - see COPYING.DOC.

INSTALLATION INSTRUCTIONS

####(1) Install libxml2

By default, PDBML (XML) format files are supported. If you wish to do this, you need to install libxml2

If you do not need PDBML (XML) support, then you can skip this step.

This will normally be already installed and available on Linux systems. If not then it is installed on Fedora/CentOS systems using (as root):

 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:

 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from http://xmlsoft.org/downloads.html

####(2) Unpack the BiopLib distribution file

If you have downloaded a gzipped tar file, do:

 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-

 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)

 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)

If you have chosen to download a ZIP file, unpack this using

 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y

Enter this directory and then go into the src sub-directory:

 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory

These directories will be created when you install BiopLib if they do not exist already:

 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify the Makefile as described below.

####(4) Modify the configuration

If you are using the GNU C compiler and wish to install BiopLib in the default directories and provide PDBML (XML) support, no configuration changes should be needed and this section can be skipped.

Otherwise, modify the Makefile as required for your system.

If you have chosen alternative locations for the include, library and data directories then you will need to change:

  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file

Note that the complete path is required, you cannot do ~/lib.

If you wish to use dynamic libraries (see 'Additional installation options', below), you may also wish to change their location by changing:

  • SHAREDLIBDEST to the directory where you wish to install the shared libraries

If you do not require PDBML (XML) support, comment out the relevant COPT line from the Makefile.

####(5) Type the commands:

 make make doxygen
make install
make installdata

####(6) Set environment variables

If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)

 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)

If you are using the BiopLib interactive help support in your programs, you must set the environment variable HELPDIR to point to the directory in which you have installed the BiopLib help files (default $HOME/help)

 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)

####(7) Additional installation options

You can use BiopLib as a set of shared libraries:

 make shared
make installshared

You can clean up your compilation directory with:

 make clean

####(8) For more information on using BiopLib, read the file:

 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing a web browser at:

 bioplib-X.Y/doc/html/index.html

About

The bioplib library

www.bioinf.org.uk/software/bioplib/

Resources

Readme
Activity
Custom properties

Stars

12 stars

Watchers

5 watching

Forks

7 forks
Report repository

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GitHub - ACRMGroup/bioplib: The bioplib library · GitHub
Skip to content
BranchesTags
Repository files navigation
BiopLib
 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein
structure and sequence using the C programming language. In addition,
the term `Bioplib' refers to routines for more general C programming
purposes.
This library is copyright (c) 1990-2016 and was mostly originally
written by Dr. Andrew C.R. Martin while self-employed. Many
enhancements and some additional routines have been written while at
The University of Reading (2000-2003) and at UCL (1993-1999 and 2004
onwards).
BiopLib is licensed under the GPL Version 3. Commercial licences are
also available - see COPYING.DOC.
INSTALLATION INSTRUCTIONS
####(1) Install libxml2
By default, PDBML (XML) format files are supported. If you wish to do
this, you need to install libxml2
If you do not need PDBML (XML) support, then you can skip this step.
This will normally be already installed and available on Linux
systems. If not then it is installed on Fedora/CentOS systems using
(as root):
 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:
 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from
http://xmlsoft.org/downloads.html
####(2) Unpack the BiopLib distribution file
If you have downloaded a gzipped tar file, do:
 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-
 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)
 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)
If you have chosen to download a ZIP file, unpack this using
 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y
Enter this directory and then go into the src sub-directory:
 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory
These directories will be created when you install BiopLib if they do
not exist already:
 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify
the Makefile as described below.
####(4) Modify the configuration
If you are using the GNU C compiler and wish to install BiopLib in the
default directories and provide PDBML (XML) support, no configuration
changes should be needed and this section can be skipped.
Otherwise, modify the Makefile as required for your system.
If you have chosen alternative locations for the include, library and data
directories then you will need to change:
  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file
Note that the complete path is required, you cannot do ~/lib.
If you wish to use dynamic libraries (see 'Additional installation
options', below), you may also wish to change their location by
changing:
  • SHAREDLIBDEST to the directory where you wish to install the shared libraries
If you do not require PDBML (XML) support, comment out the relevant
COPT line from the Makefile.
####(5) Type the commands:
 make make doxygen
make install
make installdata

####(6) Set environment variables
If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)
 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
If you are using the BiopLib interactive help support in your
programs, you must set the environment variable HELPDIR to point to
the directory in which you have installed the BiopLib help files
(default $HOME/help)
 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
####(7) Additional installation options
You can use BiopLib as a set of shared libraries:
 make shared
make installshared

You can clean up your compilation directory with:
 make clean

####(8) For more information on using BiopLib, read the file:
 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing
a web browser at:
 bioplib-X.Y/doc/html/index.html

About
The bioplib library
www.bioinf.org.uk/software/bioplib/
Resources
Readme
Activity
Custom properties
Stars
12 stars
Watchers
5 watching
Forks
7 forks
Report repository
Releases
Packages
Contributors
Languages

, 'i');
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GitHub - ACRMGroup/bioplib: The bioplib library · GitHub
Skip to content
BranchesTags
Repository files navigation
BiopLib
 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein
structure and sequence using the C programming language. In addition,
the term `Bioplib' refers to routines for more general C programming
purposes.
This library is copyright (c) 1990-2016 and was mostly originally
written by Dr. Andrew C.R. Martin while self-employed. Many
enhancements and some additional routines have been written while at
The University of Reading (2000-2003) and at UCL (1993-1999 and 2004
onwards).
BiopLib is licensed under the GPL Version 3. Commercial licences are
also available - see COPYING.DOC.
INSTALLATION INSTRUCTIONS
####(1) Install libxml2
By default, PDBML (XML) format files are supported. If you wish to do
this, you need to install libxml2
If you do not need PDBML (XML) support, then you can skip this step.
This will normally be already installed and available on Linux
systems. If not then it is installed on Fedora/CentOS systems using
(as root):
 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:
 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from
http://xmlsoft.org/downloads.html
####(2) Unpack the BiopLib distribution file
If you have downloaded a gzipped tar file, do:
 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-
 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)
 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)
If you have chosen to download a ZIP file, unpack this using
 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y
Enter this directory and then go into the src sub-directory:
 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory
These directories will be created when you install BiopLib if they do
not exist already:
 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify
the Makefile as described below.
####(4) Modify the configuration
If you are using the GNU C compiler and wish to install BiopLib in the
default directories and provide PDBML (XML) support, no configuration
changes should be needed and this section can be skipped.
Otherwise, modify the Makefile as required for your system.
If you have chosen alternative locations for the include, library and data
directories then you will need to change:
  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file
Note that the complete path is required, you cannot do ~/lib.
If you wish to use dynamic libraries (see 'Additional installation
options', below), you may also wish to change their location by
changing:
  • SHAREDLIBDEST to the directory where you wish to install the shared libraries
If you do not require PDBML (XML) support, comment out the relevant
COPT line from the Makefile.
####(5) Type the commands:
 make make doxygen
make install
make installdata

####(6) Set environment variables
If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)
 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
If you are using the BiopLib interactive help support in your
programs, you must set the environment variable HELPDIR to point to
the directory in which you have installed the BiopLib help files
(default $HOME/help)
 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
####(7) Additional installation options
You can use BiopLib as a set of shared libraries:
 make shared
make installshared

You can clean up your compilation directory with:
 make clean

####(8) For more information on using BiopLib, read the file:
 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing
a web browser at:
 bioplib-X.Y/doc/html/index.html

About
The bioplib library
www.bioinf.org.uk/software/bioplib/
Resources
Readme
Activity
Custom properties
Stars
12 stars
Watchers
5 watching
Forks
7 forks
Report repository
Releases
Packages
Contributors
Languages

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GitHub - ACRMGroup/bioplib: The bioplib library · GitHub
Skip to content
BranchesTags
Repository files navigation
BiopLib
 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein
structure and sequence using the C programming language. In addition,
the term `Bioplib' refers to routines for more general C programming
purposes.
This library is copyright (c) 1990-2016 and was mostly originally
written by Dr. Andrew C.R. Martin while self-employed. Many
enhancements and some additional routines have been written while at
The University of Reading (2000-2003) and at UCL (1993-1999 and 2004
onwards).
BiopLib is licensed under the GPL Version 3. Commercial licences are
also available - see COPYING.DOC.
INSTALLATION INSTRUCTIONS
####(1) Install libxml2
By default, PDBML (XML) format files are supported. If you wish to do
this, you need to install libxml2
If you do not need PDBML (XML) support, then you can skip this step.
This will normally be already installed and available on Linux
systems. If not then it is installed on Fedora/CentOS systems using
(as root):
 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:
 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from
http://xmlsoft.org/downloads.html
####(2) Unpack the BiopLib distribution file
If you have downloaded a gzipped tar file, do:
 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-
 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)
 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)
If you have chosen to download a ZIP file, unpack this using
 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y
Enter this directory and then go into the src sub-directory:
 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory
These directories will be created when you install BiopLib if they do
not exist already:
 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify
the Makefile as described below.
####(4) Modify the configuration
If you are using the GNU C compiler and wish to install BiopLib in the
default directories and provide PDBML (XML) support, no configuration
changes should be needed and this section can be skipped.
Otherwise, modify the Makefile as required for your system.
If you have chosen alternative locations for the include, library and data
directories then you will need to change:
  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file
Note that the complete path is required, you cannot do ~/lib.
If you wish to use dynamic libraries (see 'Additional installation
options', below), you may also wish to change their location by
changing:
  • SHAREDLIBDEST to the directory where you wish to install the shared libraries
If you do not require PDBML (XML) support, comment out the relevant
COPT line from the Makefile.
####(5) Type the commands:
 make make doxygen
make install
make installdata

####(6) Set environment variables
If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)
 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
If you are using the BiopLib interactive help support in your
programs, you must set the environment variable HELPDIR to point to
the directory in which you have installed the BiopLib help files
(default $HOME/help)
 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
####(7) Additional installation options
You can use BiopLib as a set of shared libraries:
 make shared
make installshared

You can clean up your compilation directory with:
 make clean

####(8) For more information on using BiopLib, read the file:
 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing
a web browser at:
 bioplib-X.Y/doc/html/index.html

About
The bioplib library
www.bioinf.org.uk/software/bioplib/
Resources
Readme
Activity
Custom properties
Stars
12 stars
Watchers
5 watching
Forks
7 forks
Report repository
Releases
Packages
Contributors
Languages

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var __m = "youtube.com";
var __re = new RegExp('^' + "youtube\\.com" + '
GitHub - ACRMGroup/bioplib: The bioplib library · GitHub
Skip to content
BranchesTags
Repository files navigation
BiopLib
 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein
structure and sequence using the C programming language. In addition,
the term `Bioplib' refers to routines for more general C programming
purposes.
This library is copyright (c) 1990-2016 and was mostly originally
written by Dr. Andrew C.R. Martin while self-employed. Many
enhancements and some additional routines have been written while at
The University of Reading (2000-2003) and at UCL (1993-1999 and 2004
onwards).
BiopLib is licensed under the GPL Version 3. Commercial licences are
also available - see COPYING.DOC.
INSTALLATION INSTRUCTIONS
####(1) Install libxml2
By default, PDBML (XML) format files are supported. If you wish to do
this, you need to install libxml2
If you do not need PDBML (XML) support, then you can skip this step.
This will normally be already installed and available on Linux
systems. If not then it is installed on Fedora/CentOS systems using
(as root):
 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:
 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from
http://xmlsoft.org/downloads.html
####(2) Unpack the BiopLib distribution file
If you have downloaded a gzipped tar file, do:
 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-
 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)
 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)
If you have chosen to download a ZIP file, unpack this using
 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y
Enter this directory and then go into the src sub-directory:
 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory
These directories will be created when you install BiopLib if they do
not exist already:
 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify
the Makefile as described below.
####(4) Modify the configuration
If you are using the GNU C compiler and wish to install BiopLib in the
default directories and provide PDBML (XML) support, no configuration
changes should be needed and this section can be skipped.
Otherwise, modify the Makefile as required for your system.
If you have chosen alternative locations for the include, library and data
directories then you will need to change:
  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file
Note that the complete path is required, you cannot do ~/lib.
If you wish to use dynamic libraries (see 'Additional installation
options', below), you may also wish to change their location by
changing:
  • SHAREDLIBDEST to the directory where you wish to install the shared libraries
If you do not require PDBML (XML) support, comment out the relevant
COPT line from the Makefile.
####(5) Type the commands:
 make make doxygen
make install
make installdata

####(6) Set environment variables
If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)
 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
If you are using the BiopLib interactive help support in your
programs, you must set the environment variable HELPDIR to point to
the directory in which you have installed the BiopLib help files
(default $HOME/help)
 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
####(7) Additional installation options
You can use BiopLib as a set of shared libraries:
 make shared
make installshared

You can clean up your compilation directory with:
 make clean

####(8) For more information on using BiopLib, read the file:
 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing
a web browser at:
 bioplib-X.Y/doc/html/index.html

About
The bioplib library
www.bioinf.org.uk/software/bioplib/
Resources
Readme
Activity
Custom properties
Stars
12 stars
Watchers
5 watching
Forks
7 forks
Report repository
Releases
Packages
Contributors
Languages

, 'i');
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(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '
GitHub - ACRMGroup/bioplib: The bioplib library · GitHub
Skip to content
BranchesTags
Repository files navigation
BiopLib
 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein
structure and sequence using the C programming language. In addition,
the term `Bioplib' refers to routines for more general C programming
purposes.
This library is copyright (c) 1990-2016 and was mostly originally
written by Dr. Andrew C.R. Martin while self-employed. Many
enhancements and some additional routines have been written while at
The University of Reading (2000-2003) and at UCL (1993-1999 and 2004
onwards).
BiopLib is licensed under the GPL Version 3. Commercial licences are
also available - see COPYING.DOC.
INSTALLATION INSTRUCTIONS
####(1) Install libxml2
By default, PDBML (XML) format files are supported. If you wish to do
this, you need to install libxml2
If you do not need PDBML (XML) support, then you can skip this step.
This will normally be already installed and available on Linux
systems. If not then it is installed on Fedora/CentOS systems using
(as root):
 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:
 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from
http://xmlsoft.org/downloads.html
####(2) Unpack the BiopLib distribution file
If you have downloaded a gzipped tar file, do:
 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-
 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)
 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)
If you have chosen to download a ZIP file, unpack this using
 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y
Enter this directory and then go into the src sub-directory:
 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory
These directories will be created when you install BiopLib if they do
not exist already:
 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify
the Makefile as described below.
####(4) Modify the configuration
If you are using the GNU C compiler and wish to install BiopLib in the
default directories and provide PDBML (XML) support, no configuration
changes should be needed and this section can be skipped.
Otherwise, modify the Makefile as required for your system.
If you have chosen alternative locations for the include, library and data
directories then you will need to change:
  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file
Note that the complete path is required, you cannot do ~/lib.
If you wish to use dynamic libraries (see 'Additional installation
options', below), you may also wish to change their location by
changing:
  • SHAREDLIBDEST to the directory where you wish to install the shared libraries
If you do not require PDBML (XML) support, comment out the relevant
COPT line from the Makefile.
####(5) Type the commands:
 make make doxygen
make install
make installdata

####(6) Set environment variables
If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)
 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
If you are using the BiopLib interactive help support in your
programs, you must set the environment variable HELPDIR to point to
the directory in which you have installed the BiopLib help files
(default $HOME/help)
 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
####(7) Additional installation options
You can use BiopLib as a set of shared libraries:
 make shared
make installshared

You can clean up your compilation directory with:
 make clean

####(8) For more information on using BiopLib, read the file:
 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing
a web browser at:
 bioplib-X.Y/doc/html/index.html

About
The bioplib library
www.bioinf.org.uk/software/bioplib/
Resources
Readme
Activity
Custom properties
Stars
12 stars
Watchers
5 watching
Forks
7 forks
Report repository
Releases
Packages
Contributors
Languages

, 'i');
if (__m === '*' || __re.test(location.href)) {
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(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '
GitHub - ACRMGroup/bioplib: The bioplib library · GitHub
Skip to content
BranchesTags
Repository files navigation
BiopLib
 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein
structure and sequence using the C programming language. In addition,
the term `Bioplib' refers to routines for more general C programming
purposes.
This library is copyright (c) 1990-2016 and was mostly originally
written by Dr. Andrew C.R. Martin while self-employed. Many
enhancements and some additional routines have been written while at
The University of Reading (2000-2003) and at UCL (1993-1999 and 2004
onwards).
BiopLib is licensed under the GPL Version 3. Commercial licences are
also available - see COPYING.DOC.
INSTALLATION INSTRUCTIONS
####(1) Install libxml2
By default, PDBML (XML) format files are supported. If you wish to do
this, you need to install libxml2
If you do not need PDBML (XML) support, then you can skip this step.
This will normally be already installed and available on Linux
systems. If not then it is installed on Fedora/CentOS systems using
(as root):
 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:
 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from
http://xmlsoft.org/downloads.html
####(2) Unpack the BiopLib distribution file
If you have downloaded a gzipped tar file, do:
 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-
 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)
 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)
If you have chosen to download a ZIP file, unpack this using
 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y
Enter this directory and then go into the src sub-directory:
 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory
These directories will be created when you install BiopLib if they do
not exist already:
 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify
the Makefile as described below.
####(4) Modify the configuration
If you are using the GNU C compiler and wish to install BiopLib in the
default directories and provide PDBML (XML) support, no configuration
changes should be needed and this section can be skipped.
Otherwise, modify the Makefile as required for your system.
If you have chosen alternative locations for the include, library and data
directories then you will need to change:
  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file
Note that the complete path is required, you cannot do ~/lib.
If you wish to use dynamic libraries (see 'Additional installation
options', below), you may also wish to change their location by
changing:
  • SHAREDLIBDEST to the directory where you wish to install the shared libraries
If you do not require PDBML (XML) support, comment out the relevant
COPT line from the Makefile.
####(5) Type the commands:
 make make doxygen
make install
make installdata

####(6) Set environment variables
If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)
 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
If you are using the BiopLib interactive help support in your
programs, you must set the environment variable HELPDIR to point to
the directory in which you have installed the BiopLib help files
(default $HOME/help)
 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
####(7) Additional installation options
You can use BiopLib as a set of shared libraries:
 make shared
make installshared

You can clean up your compilation directory with:
 make clean

####(8) For more information on using BiopLib, read the file:
 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing
a web browser at:
 bioplib-X.Y/doc/html/index.html

About
The bioplib library
www.bioinf.org.uk/software/bioplib/
Resources
Readme
Activity
Custom properties
Stars
12 stars
Watchers
5 watching
Forks
7 forks
Report repository
Releases
Packages
Contributors
Languages

, 'i');
if (__m === '*' || __re.test(location.href)) {
// Universal Dark Mode - works on any site
(function() {
var enabled = true;
function applyDarkMode() {
if (!enabled) return;
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})();
GitHub - ACRMGroup/bioplib: The bioplib library · GitHub
Skip to content
BranchesTags
Repository files navigation
BiopLib
 (c) 1990-2016 SciTech Software
Dr. Andrew C.R. Martin,
UCL and The University of Reading
EMail: andrew@bioinf.org.uk

Bioplib is a library of routines for the manipulation of protein
structure and sequence using the C programming language. In addition,
the term `Bioplib' refers to routines for more general C programming
purposes.
This library is copyright (c) 1990-2016 and was mostly originally
written by Dr. Andrew C.R. Martin while self-employed. Many
enhancements and some additional routines have been written while at
The University of Reading (2000-2003) and at UCL (1993-1999 and 2004
onwards).
BiopLib is licensed under the GPL Version 3. Commercial licences are
also available - see COPYING.DOC.
INSTALLATION INSTRUCTIONS
####(1) Install libxml2
By default, PDBML (XML) format files are supported. If you wish to do
this, you need to install libxml2
If you do not need PDBML (XML) support, then you can skip this step.
This will normally be already installed and available on Linux
systems. If not then it is installed on Fedora/CentOS systems using
(as root):
 yum -y install libxml2 libxml2-devel

or on Debian/Ubuntu systems using:
 sudo apt-get install libxml2 libxml2-dev

On other systems, you will need to install libxml2 manually from
http://xmlsoft.org/downloads.html
####(2) Unpack the BiopLib distribution file
If you have downloaded a gzipped tar file, do:
 zcat bioplib-X.Y.tar.gz | tar -xvf -

-or-
 gunzip bioplib-X.Y.tar.gz
tar -xvf bioplib-X.Y.tar

-or- (if you have Gnu tar)
 tar -zxvf bioplib-X.Y.tar.gz

(where X.Y is the major and minor version numbers - e.g. 3.0)
If you have chosen to download a ZIP file, unpack this using
 unzip bioplib-X.Y.zip

This will create a directory called bioplib-X.Y
Enter this directory and then go into the src sub-directory:
 cd bioplib-X.Y/src

####(3) By default, BiopLib will be installed in sub-directories of your home directory
These directories will be created when you install BiopLib if they do
not exist already:
 ~/include
~/include/bioplib
~/lib
~/data

You can also choose to install the files elsewhere, but need to modify
the Makefile as described below.
####(4) Modify the configuration
If you are using the GNU C compiler and wish to install BiopLib in the
default directories and provide PDBML (XML) support, no configuration
changes should be needed and this section can be skipped.
Otherwise, modify the Makefile as required for your system.
If you have chosen alternative locations for the include, library and data
directories then you will need to change:
  • LIBDEST to the directory where you wish to install the static libraries
  • INCDEST to the directory where you wish to install the include files
  • DATADEST to the directory where you wish to install the data file
Note that the complete path is required, you cannot do ~/lib.
If you wish to use dynamic libraries (see 'Additional installation
options', below), you may also wish to change their location by
changing:
  • SHAREDLIBDEST to the directory where you wish to install the shared libraries
If you do not require PDBML (XML) support, comment out the relevant
COPT line from the Makefile.
####(5) Type the commands:
 make make doxygen
make install
make installdata

####(6) Set environment variables
If you are using BiopLib routines that access BiopLib data directories, you must set the environment variable DATADIR to point to the directory in which you have installed the BiopLib data files (default $HOME/data)
 sh/bash:
export DATADIR=$HOME/data
csh/tcsh:
setenv DATADIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
If you are using the BiopLib interactive help support in your
programs, you must set the environment variable HELPDIR to point to
the directory in which you have installed the BiopLib help files
(default $HOME/help)
 sh/bash:
export HELPDIR=$HOME/data
csh/tcsh:
setenv HELPDIR $HOME/data

(This command should be placed in your .bashrc, .profile, .tcsh or .cshrc file as appropriate for your shell.)
####(7) Additional installation options
You can use BiopLib as a set of shared libraries:
 make shared
make installshared

You can clean up your compilation directory with:
 make clean

####(8) For more information on using BiopLib, read the file:
 bioplib-X.Y/doc/doxygen/docsrcinput/page_01.dox

or, after doing 'make doxygen', read the formatted version by pointing
a web browser at:
 bioplib-X.Y/doc/html/index.html

About
The bioplib library
www.bioinf.org.uk/software/bioplib/
Resources
Readme
Activity
Custom properties
Stars
12 stars
Watchers
5 watching
Forks
7 forks
Report repository
Releases
Packages
Contributors
Languages