GMV is a comparative genome browser for Murasaki. GMV visualizes anchors from Murasaki, annotation data from GenBank files, and expression / prediction score from GFF files.

GMV works on any platform which has GTK+-2.10 or later. Currently, MacOS X, FreeBSD and Linux are supported. Also, experimental build for Microsoft Windows is available.

News

Note that version number is in exponential form, and it's still far from its first production release (1.0)!

Download GMV

License

GMV is provided under Beerware License. However, binary package for MacOS X is distributed under the GNU General Public License (GPL), since MacOS X package (gmv.app) is based on Platypus. Sample data contains genome sequences from NCBI.

Download GMV

Binary downloads are available for MacOS X (10.4 / 10.5) and Windows (2000 and later). Source tarball is available for other platforms.

Microbial builds

Lower RAM requirement, but length of each sequence is limited up to 2Gbp. Suitable for most microbial genome analysis.

PlatformStable ReleaseLatest Snapshot
MacOS Xgmv-m.zip
Jun.28, 2012 13:30:01 JST
1,522kB
gmv-snap-m.zip
Jun.28, 2012 13:17:55 JST
1,523kB
Windowsgmv-m.exe
Oct.03, 2009 15:35:43 JST
2,370kB
gmv-snap-m.exe
Mar.27, 2010 18:03:04 JST
2,370kB

Source & Normal builds

PlatformStable ReleaseLatest Snapshot
MacOS Xgmv.zip
Jun.28, 2012 13:29:53 JST
1,565kB
gmv-snap.zip
Jun.28, 2012 13:17:46 JST
8,014kB
Windowsgmv.exe
Oct.03, 2009 15:35:42 JST
2,416kB
gmv-snap.exe
Mar.27, 2010 18:03:02 JST
2,417kB
Sourcegmv.tar.gz
Jun.28, 2012 13:29:46 JST
861kB
gmv-snap.tar.gz
Jun.28, 2012 13:17:40 JST
861kB

Supplementals

Requirements

Build Instruction

First, make sure you have:

$ tar xzf gmv.tar.gz
$ cd gmv
$ vi Gmv.conf

Important lines are:

CC = ccache g++-4.0
CC_WINDOWS = g++
# CFLAGS += -DUSE_GLIB_REGEX

Set CC to your C++ compiler (if you're trying to build on MinGW, set CC_WINDOWS instead.) Also, you may have to uncomment CFLAGS += -DUSE_GLIB_REGEX, if your system doesn't have regex.h (I believe most Unix based system have this, but at least, MinGW doesn't.)

Then, just type

$ make

and you'll get the binary "gmv" in current directory. Move it anywhere you like (maybe somewhere in your PATH) and launch gmv.

To get stripped (and Universal one on MacOS X) binary, type

$ make RELEASE=yes

Stripped binary will be much smaller (and maybe faster) than normal build.