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README.md

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H 0.76 2.03 -1.25
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```
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A visualization of these parameters can be shown in the program PyMOL using the two output files created by DBSTEP, showing the L parameter in blue, Bmin parameter in green and Bmax parameter in red.
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![Example1](Example1.png)
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2. Sterimol2Vec Parameters for Ph
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The `--scan` argument is formatted as `rmin:rmax:interval` where rmin is the distance from the center along the L axis to start measurements, rmax dictates when to stop measurements, and interval is the frequency of measurements. In this case the length of the molecule (~6A) is measured in 1.0A intervals
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```
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>>>python -m dbstep examples/Ph.xyz --sterimol --atom1 2 --atom2 5 --scan 0.0:6.0:1.0
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Ph.xyz / R: 0.00 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 1.00 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 2.00 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 3.00 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 4.00 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 5.00 / Bmin: 1.65 / Bmax: 3.11
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Ph.xyz / R: 6.00 / Bmin: 1.15 / Bmax: 1.17
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>>>python -m dbstep examples/Ph.xyz --sterimol --atom1 1 --atom2 2 --scan 0.0:6.0:1.0
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Ph.xyz / R: 0.00 / Bmin: 1.55 / Bmax: 2.86
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Ph.xyz / R: 0.50 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 1.00 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 1.50 / Bmin: 1.65 / Bmax: 3.16
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Ph.xyz / R: 2.00 / Bmin: 1.65 / Bmax: 3.15
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Ph.xyz / R: 2.50 / Bmin: 1.65 / Bmax: 2.91
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Ph.xyz / R: 3.00 / Bmin: 1.65 / Bmax: 3.16
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L parameter is 5.95 Ang
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```
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Displayed in PyMOL, each new Bmin and Bmax axis is added along the L axis.
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![Example2](Example2.png)
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3. Percent Buried Volume
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%Vb is measured by constructing a sphere (typically with a 3.5A radius) around the center atom and measuring how much of the sphere is occupied by the molecule. Output will include the sphere radius, percent buried volume (%V_Bur) and percent buried shell volume (%S_Bur) (zero in all cases unless a scan is being done simultaneously).
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3.50 41.77 0.00
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```
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For percent buried volume, the PyMOL script will overlay an appropriate sized sphere where measurement took place.
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![Example3](Example3.png)
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4. Vol2Vec Parameters
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When invoking the --volume and --scan parameters simultaneously, vol2vec parameters can be obtained. In this case, a scan is performed using spheres with radii from 2.0A to 4.0A in 0.5A increments.

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