genice2 CRN1 -f twist[svg] > sample.svg
Draw the structure with twist order parameter.
version 2.0
- genice2
- genice2-svg>=0.7
- twist-op>=0.2
- sklearn
% pip install genice2_twist
% make install
Copy the files in genice2_twist/formats/ into your local formats/ folder.
usage:
genice II -f twist[options:separated:by:colons] > file
Output the twist values for all the hydrogen-bonded pairs.
options:
png Draw the hydrogen bonds with a rainbow palette according to the twist value in PNG format.
png:CM Draw the hydrogen bonds with color-mixing scheme in PNG format.
png:DB Draw the hydrogen bonds with decision-boundary coloring scheme in PNG format.
png:SB Draw the hydrogen bonds with simple boundary coloring scheme in PNG format.
svg Draw the hydrogen bonds with a rainbow palette according to the twist value in SVG format.
svg:CM Draw the hydrogen bonds with color-mixing scheme in SVG format.
svg:DB Draw the hydrogen bonds with decision-boundary coloring scheme in SVG format.
svg:SB Draw the hydrogen bonds with simple boundary coloring scheme in SVG format.
yaplot Draw the hydrogen bonds with a rainbow palette according to the twist value in YaPlot format.
shadow Draw shadows to the atoms (PNG and SVG)
Ih=filename.twhist Specify the (two-dimensional) histogram of twist parameter in pure ice Ih.
Ic=filename.twhist Specify the (two-dimensional) histogram of twist parameter in pure ice Ic.
LDL=filename.twhist Specify the (two-dimensional) histogram of twist parameter in pure LDL.
HDL=filename.twhist Specify the (two-dimensional) histogram of twist parameter in pure HDL.
rotatex=30 Rotate the picture (SVG and PNG)
rotatey=30 Rotate the picture (SVG and PNG)
rotatez=30 Rotate the picture (SVG and PNG)
- IhST2.twhist
- IcST2.twhist
- LDLST2.twhist
- HDLST2.twhist
They are two-dimensional (i.e. real and imaginary) histograms of twist order parameter of ST2 water at 235 K, 0.98 g cm-3. You have to prepare the appropriate histogram if you want to apply CM (color-mixing) or DB (decision-boundary) coloring scheme to other water models or in other conditions.
% make test
- Matsumoto, M., Yagasaki, T. & Tanaka, H. A Bayesian approach for identification of ice Ih, ice Ic, high density, and low density liquid water with a torsional order parameter. J. Chem. Phys. 150, 214504 (2019).