How to visualize a tipsy file with glnemo2

Convert to gadget2 file format using '''tipsy2gadget''' program

So far glnemo2 does not support natively tipsy file format, therefore you have to convert it in a known file format like gadget2 

tipsy2gadget in=??? out=??? scale=100 

tipsy2gadget help=h
in               : tipsy input file  [???]
out              : gadget2 output file) [???]
scale            : scaling factor (pos,hsml) [100]

example :

tipsy2gadget in=planck.64_64.00047 out=planck.64_64.00047.g2

planck.64_64.00047.g2 is the gadget2 file created

get some info from gadget file using '''uns_info''' program

uns_info planck.64_64.00047.g2

**************************************************
File name : planck.64_64.00047.g2
File type : Gadget2
Nbody selected = 262144
Time=0
==================================================
halo    :   262144
mass[1] =  1.211165e-06 1.211165e-06 1.211165e-06 
           1.211165e-06 1.211165e-06 1.211165e-06 
           . . .
pos [3] =  -4.950922e-01 -4.887503e-01 -4.955622e-01 
           -4.788181e-01 -4.887079e-01 -4.943947e-01 
           . . .
vel [3] =  -2.016661e-01 2.457134e-01 -2.518843e-01 
           -1.523429e-01 2.570927e-01 -1.726928e-01 
           . . .
id  [1] =  0 1 2 
           3 4 5 
           . . .

glnemo2 planck.64_64.00047.g2

Compute the density with '''uns_density''' program

uns_density  help=h
in               : UNS input file (gadget|nemo)                        [???]
out              : output file                                         [???]
select           : component selected (disk,stars,halo,gas,range)      [???]
m                : 0: Ferrers  method, 1:hackdens method               [0]
K                : number of neighbours                                [32]
N                : order of Ferrers kernel                             [1]
ncrit            : ncrit value, if empty=max(1,K/4)                    []
time             : selected time                                       [all]
first            : add a trailing numbering to the first output file  [f]
offset           : +/- time offset                                     [0.01]

uns_density planck.64_64.00047.g2 planck.64_64.00047.g2.dens halo

We compute density on halo component