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Merge pull request #27 from usnistgov/26-add-tutorial-for-polymer-gra…
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…fted-nanoparticles

added pgn tutorial
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delongchamp authored Nov 14, 2024
2 parents 07d851c + cb2f647 commit eb90425
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507 changes: 507 additions & 0 deletions tutorials/polymer_grafted_nanoparticles/Au.txt

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72 changes: 72 additions & 0 deletions tutorials/polymer_grafted_nanoparticles/CyRSoXS.log
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__________________________________________________________________________________________________
| Thanks for using CyRSoXS |
|--------------------------------------------------------------------------------------------------|
| Copyright : Iowa State University |
| License : NIST |
| Acknowledgement : ONR MURI |
| |
| Developed at Iowa State University in collaboration with NIST |
| |
| Please cite the following publication : |
| Comments/Questions : |
| 1. Dr. Baskar GanapathySubramanian (baskarg@iastate.edu) |
| 2. Dr. Adarsh Krishnamurthy (adarsh@iastate.edu) |
| 3. Dr. Dean DeLongchamp (dean.delongchamp@nist.gov) |
--------------------------------------------------------------------------------------------------



CyRSoXS:
=========================================================================================
Version : 1.1.7 0
Git patch : 8266cec
Size of Real : 4
Number of material : 3

Scaling Information:
=========================================================================================
Number of pixel :[512,512]
Q range :[-1.25664,1.25664]



InputData :
=========================================================================================
CaseType : Default
Morphology Type : EulerAngles
Morphology Order : ZYX
Reference Frame : LAB(1)
Dimensions [Z Y X] : [32 512 512]
PhysSize : 2.5nm
E Rotation Angle : 0 : 2 : 360
Energies simulated : [284.7 285.2 ]
Windowing Type : NONE
Rotation Mask : 0
Interpolation Type : Trilinear interpolation
kVectors : ([0,0,1])
Scatter Approach : Partial
Algorithm : CommunicationMinimizing



Rotation Matrices :
=========================================================================================
Detector Rotation Matrix
-------------------------------
1 0 0
0 1 0
0 0 1
-------------------------------
K Rotation Matrix And Base Configuration
-----------------------------------------
-----------------------------------------
K = 0 0 1
1 0 0
0 1 0
0 0 1
RotAngle = 0
Base X = 1 0 0
Base Y = 0 1 0
Base Z = 0 0 1
-----------------------------------------
-------------------------------
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