If I run 1000000 steps, then

- visualize your trajectories every 10000 steps, plot 100 snapshots in the time sequence.
- plot temperatures. Pressure energy volume, as function of simulation steps. x-axis is 1000000steps, y-axis is your temperatures, pressure, energy, volume.

I got two data data sets of information in my output file which are as follow;

(a) per atom data

****** 256 particles# type position el. den. energy

```
1 1 -8.1184 -8.1184 10.8246 0.000 -0.07255
2 1 -8.1184 -8.1184 5.4123 0.000 -0.07255
3 1 -5.4123 -8.1184 8.1184 0.000 -0.07255
4 1 -2.7061 -8.1184 10.8246 0.000 -0.07255
5 1 -8.1184 -5.4123 8.1184 0.000 -0.07255
6 1 -5.4123 -5.4123 10.8246 0.000 -0.07255
7 1 -8.1184 -2.7061 10.8246 0.000 -0.07255
8 1 -8.1184 -8.1184 0.0000 0.000 -0.07255
9 1 -5.4123 -8.1184 2.7061 0.000 -0.07255
```

10 1 -2.7061 -8.1184 5.4123 0.000 -0.07255

(b) volume, energy every 10,000 steps

output: 10000 -18.4439 -530.444 9869.05 256 0

output: 20000 -18.2303 -530.230 9815.59 256 0

output: 30000 -18.0670 -530.067 9724.29 256 0

output: 40000 -17.8795 -529.880 9895.16 256 0

output: 50000 -17.8162 -529.816 9794.11 256 0

output: 60000 -17.7131 -529.713 9821.34 256 0

output: 70000 -17.6202 -529.620 9989.19 256 0

output: 80000 -17.5797 -529.580 9907.50 256 0

output: 90000 -17.4802 -529.480 9856.73 256 0

output: 100000 -17.4759 -529.476 9936.82 256 0

output: 110000 -17.3940 -529.394 9977.86 256 0

output: 120000 -17.3027 -529.303 9985.06 256 0

output: 130000 -17.3214 -529.321 10065.4 256 0

output: 140000 -17.2887 -529.289 10019.1 256 0

output: 150000 -17.3180 -529.318 10065.9 256 0

output: 160000 -17.3423 -529.342 9986.31 256 0

output: 170000 -17.3675 -529.368 10046.4 256 0

output: 180000 -17.2456 -529.246 10094.8 256 0

output: 190000 -17.2706 -529.271 10106.8 256 0

output: 200000 -17.2627 -529.263 10117.8 256 0