###############################################
## 0. Sphere count in thousands  <10-100>
## 1. Simulation Space X	 <100-600>
## 2. Simulation Space Y	 <100-600>
## 3. Simulation Space Z	 <100-600>
50
600
600
600
###############################################
## 4. Initial Spread X		 <100-600>
## 5. Initial Spread Y	 	 <100-600>
## 6. Initial Spread Z	 	 <100-600>
550
550
550
###############################################
## 7. Show Flexible grid	      <0/1>
## 8. Equilibrium	 	      <800-2000> (x100 - example. 1100 = 1.100)
## 9. LJP - Force Strength (x100,000) <20-60>
## 10. Enable attractive force	      <0/1>
0
1000
50
1
###############################################
## 11. Attractive Force Multiplier <0/2000> (A value of 1000 is default)
## 12. Gravity			   <0/1>
## 13. Gravity Force	  	   <1-10000>
## 14. Use solid boundaries	   <0/1> (not infinite)
1000
0
100
1
###############################################
## 15. Cube length                 <2-50> Cube length = interaction cutoff
## 16. Save images                 <t/f> This will significantly slow the simulation, not for use with interaction
## 17. Image saving interval in seconds <1-9000>
## 18. Print text to screen        <t/f>
32
f
5
t
###############################################
## 19. Use network compute         <t/f>
## 20. Use compute shader for LJP  <t/f>
## 21. Use compute shader for CPU->GPU copy <t/f>
## 22. DirectX12 window width      <1280-1920-2560>
## 23. DirectX12 window width      <720-1080-1440>
f
t
f
1920
1080
###############################################
## 24. Use Leap Motion		   <t/f> 
## 25. Use Two GPU		   <t/f> Integrated GPU on CPU can be used
## 26. GPU IDs (ex. 01)		   <Check adaptorFile.txt for order>
## 27. CS iter per Render	   <1-4> Lower will have less latency, higher will have more iterations per second
t
f
01
2
###############################################
## 28. Color Choice               <0-8> atomic, atomic force, force, hand prop, spring, velocity, charge, mouse ray, mouse move
## 29. Use Springs                <t/f>
## 30. Hand Spring Propagation    <t/f>
## 31. Drag x1                    <1-10000> Converted to 0.0001 - 1.0
6
f
t
200
###############################################
## 32. Compute Charge Radius      <t/f>
## 33. Charge Radius              <1-100> Converted to 0.1 - 10.0
## 34. Use VR Objects from File   <t/f>
## 35. Compute Shader Threading   <0/1>
f
35
f
0
###############################################
## 36. View Distance 		  <400-1200>
## 37. Visualization mode	  <t/f> for oxDNA
## 38. Force soft cut off	  <1-100> Should be smaller than cube length
## 39. Electrostatics		  <t/f>
850
f
28
t
###############################################
## 40. Charge offset
## 41. Solution Fill
## 42. Charged Hands
## 43. IP Address
0.0
f
t
127.0.0.1