Example: TDCDFT: Plot induced density (NewResponse)¶
Download NewResp_PlotInducedDensity.run
#!/bin/sh
AMS_JOBNAME=polyethylene $AMSBIN/ams <<eor
Task SinglePoint
System
Lattice
2.553395923 0.000000000 0.000000000
end
Atoms
C -0.623348981 -0.055000000 0.425969423
C 0.633348981 0.015000000 -0.422636089
H -0.633348981 0.964974570 1.055290696
H -0.623348981 -0.914974570 1.055290696
H 0.633348981 0.904974570 -1.051957363
H 0.613348981 -0.914974570 -1.061957363
end
End
Engine Band
Title Polyethylene
KSPACE
Regular
NumberOfPoints 11
End
End
NumericalQuality basic
DEPENDENCY BASIS=1e-10
Tails bas=1e-10
NEWRESPONSE
nFreq 10
FreqLow 6.0
FreqHigh 8.0
ActiveXYZ T F F
ActiveESpace 2.0
END
Relativity Level=None
NEWRESPONSESCF
nCycle 50
DIIS MixingFactor=0.075
Criterion 0.01
End
Basis
Type TZP
Core small
End
EndEngine
eor
# ======================================
# Restart and compute Induced Densities
# ======================================
export NSCM=1
$AMSBIN/ams -n 1 <<EOF
Task SinglePoint
LoadSystem
File polyethylene.results/ams.rkf
Section InputMolecule
End
Engine Band
Title Polyethylene Plot Induced Response Density
UseSymmetry False
NumericalQuality basic
DEPENDENCY BASIS=1e-10
Tails bas=1e-10
KSpace
Regular
NumberOfPoints 11
End
End
Basis
Type TZP
Core Small
End
Restart
File polyethylene.results/band.rkf
ResponseInducedDensityPlot
End
ResponseInducedDensityPlot
xcomponent 1 2
xcomponent 5
End
Relativity Level=None
Grid
End
debug BlockPropertyModule
EndEngine
EOF
echo ""
echo "Begin TOC of tape41"
export NSCM=1
$AMSBIN/pkf -n 1 ams.results/FILE_BLOCKPROPERTIES
echo "End TOC of tape41"