Tube/galaxy model:
Model    plummer NEMO model baredisk NEMO model expdisk NEMO model disk NEMO model homsph NEMO model polytrope NEMO model spiral NEMO model one particle, mass=1, pos=0,0,0 vel=0,0,0 premade galactICS Milky Way A model 1799 particles premade Dubinski Andromeda model 4096 particles premade Dubinski Milky Way model 4096 particles premade Dubinski Andromeda model 410 particles premade Dubinski Milky Way model 410 particles premade Dubinski Milky Way model 4098 particles 10x disk premade Dubinski Milky Way model 4098 particles 10x halo premade Dubinski Milky Way model 1639 particles halo premade Dubinski Milky Way model 1639 particles disk premade Dubinski Milky Way model 820 particles bulge premade Dubinski Andromeda model 1639 particles halo premade Dubinski Andromeda model 1639 particles disk premade Dubinski Andromeda model 820 particles bulge premade Sellwood galactic bulge 4381 particles none
Plummer NEMO model seed
Number of particles for NEMO models (<= 3000000)
OR Upload ASCII model file (line 1:# of particles, lines 2+: m,x,y,z,vx,vy,vz)   
NEMO packages scale factor   type mass and velocities positions and velocities, retain virial ratio positions none
JW scaling: massposition and vel(1/sqrt)xy position
Rotation about axes (e.g. 0,90,0)   order (e.g. zyz)
Shift (e.g. 0,.5,0) positionvelocity
Z-spin angular frequency (+ is counterclockwise)

Cluster model:
Model    plummer NEMO model baredisk NEMO model expdisk NEMO model disk NEMO model homsph NEMO model polytrope NEMO model spiral NEMO model one particle, mass=1, pos=0,0,0 vel=0,0,0 premade galactICS Milky Way A model 1799 particles premade Dubinski Andromeda model 4096 particles premade Dubinski Milky Way model 4096 particles premade Dubinski Andromeda model 410 particles premade Dubinski Milky Way model 410 particles premade Dubinski Milky Way model 4098 particles 10x disk premade Dubinski Milky Way model 4098 particles 10x halo premade Dubinski Milky Way model 1639 particles halo premade Dubinski Milky Way model 1639 particles disk premade Dubinski Milky Way model 820 particles bulge premade Dubinski Andromeda model 1639 particles halo premade Dubinski Andromeda model 1639 particles disk premade Dubinski Andromeda model 820 particles bulge premade Sellwood galactic bulge 4381 particles none
Plummer NEMO model seed
Number of particles for NEMO models (<= 3000000)
OR Upload ASCII model file (line 1:# of particles, lines 2+: m,x,y,z,vx,vy,vz)   
NEMO packages scale factor   type mass and velocities positions and velocities, retain virial ratio positions none
JW scaling: massposition and vel(1/sqrt)xy position
Rotation about axes (e.g. 0,90,0)   order (e.g. zyz)
Shift (e.g. 0,.5,0) positionvelocity
Z-spin angular frequency (+ is counterclockwise)

Integration parameters for tidal-shocking passes:
Type    NEMO hackcode1 integrator without MD-GRAPE2 acceleration Pomona integrator Runge Kutta 4th-order with MD-GRAPE2 acceleration Pomona integrator Taylor 2nd-order with MD-GRAPE2 acceleration Pomona integrator Euler 1st-order with MD-GRAPE2 acceleration Pomona integrator Runge Kutta 4th-order host CPU Pomona integrator Taylor 2nd-order host CPU Pomona integrator Euler 1st-order host CPU
Number of iterations (<=500000)
Output state every nth interation, n=
dt (<=1)    Softening factor (<=1)

Integration parameters for relaxation passes:
Type    NEMO hackcode1 integrator without MD-GRAPE2 acceleration Pomona integrator Runge Kutta 4th-order with MD-GRAPE2 acceleration Pomona integrator Taylor 2nd-order with MD-GRAPE2 acceleration Pomona integrator Euler 1st-order with MD-GRAPE2 acceleration Pomona integrator Runge Kutta 4th-order host CPU Pomona integrator Taylor 2nd-order host CPU Pomona integrator Euler 1st-order host CPU
Number of iterations (<=500000)
Output state every nth interation, n=
dt (<=1)    Softening factor (<=1)

Cluster modifications:
Tidal radius cutoff

Number of shock/relaxation passes:
Number of passes

Display:
Plot observation plane    xy yz xz    Plot range (-x:x) for all axes    .25 .5 1 2 4 8 10 20 40 60 100 160 200 400 Animated GIF of evolution    yes no
Image and velocity maps    yes no    Radial profiles    yes no
Slit spectrogram simulation    yes no    position angle   origin (x,y)   width
NEMO command log for debugging    yes no     Integration diagnostics    yes no

This web interface was developed by Dr. Bryan E. Penprase and Interconnect Technologies for Pomona College. Copyright (c) 2003 Interconnect Technologies Corp. and Pomona College.