cns_solve
{
<cns-statement>
}
stop
<cns-statement> :==
angledatabase
<angledatabase-statement>
end
Angle database restraint
aria
<aria-statement>
end
ARIA NOE assignment
carbon
<carbon-statement>
end
Carbon chemical shift restraint
conformation
<conformation-statement>
end
Conformation database restraint
connectivity
<connectivity-statement>
end
Analyse atomic connectivity
coordinate
<coordinate-statement>
end
Read and manipulate coordinates
coupling
<coupling-statement>
end
J-coupling restraint
danisotropy
<danisotropy-statement>
end
Diffusion anisotropy restraint
delete
<delete-statement>
end
Delete atoms
distance
<distance-statement>
end
Analyse nonbonded distances
do
<do-statement>
Manipulate atom objects
duplicate
<duplicate-statement>
end
Duplicate atoms
dynamics
<dynamics-statement>
end
Molecular dynamics
energy
<energy-statement>
end
Calculate current energy
fastnb
<fastnb-statement>
end
Fast nonbonded interaction setup
fix
<fix-statement>
end
Fix atomic positions
flags
<flags-statement>
end
Flag energy terms
identity
<identity-statement>
Store atom selections
igroup
<igroup-statement>
end
Setup interacting sets of atoms
mindist
<mindist-statement>
end
Minimum distance calculation
minimize
<minimize-statement>
end
Energy minimization
mmdg
<mmdg-statement>
end
Distance geometry calculation
modes
<modes-statement>
end
Quasi-normal mode analysis.
ncs
<ncs-statement>
end
Non-crystallographic symmetry
noe
<noe-statement>
end
NMR distance restraints
onebond
<onebond-statement>
end
Single bond J-coupling restraint
parameter
<parameter-statement>
end
Read atomic parameters
patch
<patch-statement>
end
Patch molecular topology database
pick
<pick-statement>
Analyse geometric properties
print
<print-statement>
Print molecular properties
proton
<proton-statement>
end
Proton chemical shift restraint
read
<read-statement>
end
Read information from file
restraints
<restraints-statement>
end
Additional atomic restraints
rotman
<rotman-statement>
end
Compare matrices
sanisotropy
<sanisotropy-statement>
end
Suscept. anisotropy restraint
segment
<segment-statement>
end
Define molecular topology
show
<show-statement>
Show atomic objects
structure
<structure-statement>
end
Read molecular topology
surface
<surface-statement>
end
Surface area calculation
test
<test-statement>
end
Test first derivative and memory
topology
<topology-statement>
end
Residue and patch topology database
write
<write-statement>
end
Write information
xray
<xray-statement>
end
Xray restraint and manipulation
?
Print information about current status
<global-statement>
Global commands - See help-global