GRASS Linux Binary

[kang at risca.rs.msu.edu]

Hi,

Someone has asked me to put my GRASS Linux Binary on the moon.

>Kang,
>        I'm unsuccessfully wrestling with v.digit/linux.  I tried to follow
>your advice but couldn't even managage to compile v.digit (only the
>anonimity of 
>email makes it possible for me to admit this, none of my friends know.)
>        As a generous gesture to inepts like my self, would you be willing to
>post your binary to the moon incoming site?  If you lived down the road, I'd
>bring you cookies or beer, which ever suited you better
>        humbly and grovelingly yours ... Steven Northway


I can spend some time to make it available on the moon but I don't want to use
up the disk space.  I compiled GRASS 4.15 main, alpha, and some contrib/incomin
g
src on my Linux box with the following setup:

        Slackware Linux 2.3
        kernel has been upgraded to 1.2.13 (or 11 - the highest one of 1.2)
        gcc has been upgraded to 2.7.0
        XFree86 3.1 (or 3.2) with X11R6

I have fixed v.digit, ps.map, and several other programs (can't recall).  Some
very usefule and powerful contrib/incoming programs were also compiled, such
as the Archives package.  Below is a list of all programs compiled in my Linux
box:

d.3d*            g.remove*        p.icons*         r.slope.aspect*
d.area*          g.rename*        p.labels*        r.stats*
d.area.lu*       g.setproj*       p.map*           r.support*
d.ask*           g.tempfile*      p.map.new*       r.surf.contour*
d.colormode*     g.version*       p.ppm*           r.surf.idw*
d.colors*        i.cca*           p.select*        r.surf.idw2*
d.colortable*    i.class*         ps.icon*         r.thin*
d.display*       i.cluster*       ps.map*          r.traj.data*
d.erase*         i.colors*        ps.select*       r.transect*
d.font*          i.composite*     r.average*       r.volume*
d.frame*         i.fft*           r.basins.fill*   r.watershed*
d.geodesic*      i.gensig*        r.binfer*        r.weight*
d.graph*         i.gensigset*     r.buffer*        r.weight.new*
d.grid*          i.grey.scale*    r.cats*          r.what*
d.his*           i.group*         r.clump*         s.delaunay*
d.histogram*     i.his.rgb*       r.coin*          s.in.ascii*
d.icons*         i.ifft*          r.colors*        s.medp*
d.label*         i.in.erdas*      r.colors.paint*  s.menu*
d.labels*        i.maxlik*        r.combine*       s.out.ascii*
d.legend*        i.ortho.photo*   r.compress*      s.surf.idw*
d.mapgraph*      i.pca*           r.contour*       s.surf.tps*
d.measure*       i.points*        r.cost*          s.to.rast*
d.menu*          i.quantize*      r.covar*         s.voronoi*
d.mon*           i.rectify*       r.cross*         v.alabel*
d.myzoom*        i.rectify2*      r.describe*      v.apply.census*
d.paint.labels*  i.rgb.his*       r.digit*         v.area*
d.pan*           i.smap*          r.drain*         v.autocorr*
d.points*        i.tape.mss*      r.grow*          v.cadlabel*
d.profile*       i.tape.mss.h*    r.in.ascii*      v.clean*
d.rast*          i.tape.other*    r.in.gif*        v.cutter*
d.rast.arrow*    i.tape.tm*       r.in.ll*         v.digit*
d.rast.edit*     i.tape.tm.fast*  r.in.poly*       v.import*
d.rast.num*      i.target*        r.in.ppm*        v.in.arc*
d.rast.zoom*     i.texture*       r.in.sunrast*    v.in.ascii*
d.rgb*           i.vpoints*       r.in.utm*        v.in.dlg*
d.rhumbline*     i.zc*            r.infer*         v.in.dxf*
d.save*          m.datum.shift*   r.info*          v.in.poly*
d.scale*         m.dem.examine*   r.line*          v.in.tig.basic*
d.site.labels*   m.dem.extract*   r.los*           v.in.tig.lndmk*
d.sites*         m.dmaUSGSread*   r.mapcalc*       v.in.transects*
d.sites.label*   m.dted.examine*  r.mask*          v.mkgrid*
d.text*          m.dted.extract*  r.mask.points*   v.mkquads*
d.title*         m.examine.tape*  r.median*        v.out.arc*
d.v.zoom*        m.flip*          r.mfilter*       v.out.ascii*
d.vect*          m.gc2ll*         r.mode*          v.out.dlg*
d.vect.cat*      m.in.pl94.db3*   r.neighbors*     v.out.dxf*
d.what.rast*     m.in.stf1.db3*   r.out.ascii*     v.out.moss*
d.what.vect*     m.in.stf1.tape*  r.out.mpeg*      v.patch*
d.where*         m.ll2gc*         r.out.ppm*       v.proj*
d.zoom*          m.ll2u*          r.out.ppm3*      v.prune*
g.access*        m.lulc.USGS*     r.out.tga*       v.reclass*
g.ask*           m.lulc.read*     r.patch*         v.spag*
g.copy*          m.proj*          r.poly*          v.stats*
g.filename*      m.region.ll*     r.profile*       v.support*
g.findfile*      m.regression*    r.random*        v.to.rast*
g.gisenv*        m.rot90*         r.reclass*       v.to.sites*
g.list*          m.tiger.region*  r.report*        v.transform*
g.manual*        m.u2ll*          r.resample*      v.trim*
g.mapsets*       p.chart*         r.rescale*
g.region*        p.colors*        r.rescale.eq*

I do plan to compile some more programs like v.circle, s.to.vect, and r.le (or
others that are useful to my research project) and some of my own programs like
r.clump1 (which can do 8 directions clump) in the near future.  If the grassu
list manager think that my GRASS Linux binary is better than the current one on
moon or can make space on moon.  I can try to make my GRASS Linux binary 
available in about one month.  At the same time, if Steven can't wait for one
month or forever, I can ftp my v.digit binary to your computer and it probably
will work.  I have tried this with ps.map for another person.

Kang,
Michigan State University