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User contributions for Sw4512

Results for Sw4512 talk block log uploads logs

A user with 732 edits. Account created on 24 November 2014.

14:4914:49, 2 March 2015 diff hist +78 User:Sw4512org →The Hydrogenation of Cyclopentadiene Dimer
14:2814:28, 2 March 2015 diff hist +564 User:Sw4512org No edit summary
14:2814:28, 2 March 2015 diff hist 0 N File:Hp2 sw4512.mol No edit summary current
14:2614:26, 2 March 2015 diff hist 0 N File:Hp1 sw4512.mol No edit summary current
14:1714:17, 2 March 2015 diff hist +1,282 User:Sw4512org No edit summary
14:0014:00, 2 March 2015 diff hist 0 N File:Exodimer1 sw4512.mol No edit summary current
13:5913:59, 2 March 2015 diff hist 0 N File:Endodimer2 sw4512.mol No edit summary current

20:1320:13, 15 February 2015 diff hist +653 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
19:5619:56, 15 February 2015 diff hist −55 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
19:5519:55, 15 February 2015 diff hist +526 User:Sw4512cmp →Heat Capacity Against Temperature Plots for Different Lattice Sizes
19:3419:34, 15 February 2015 diff hist −5 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
19:1819:18, 15 February 2015 diff hist −572 User:Sw4512cmp /* The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than animati...
16:1516:15, 15 February 2015 diff hist +13 User:Sw4512cmp /* The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than animati...
16:1416:14, 15 February 2015 diff hist +1,925 User:Sw4512cmp /* The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than animati...
15:3315:33, 15 February 2015 diff hist 0 N File:16.162 sw4512.png No edit summary current
15:3115:31, 15 February 2015 diff hist 0 N File:16.161 sw4512.png No edit summary current
15:3115:31, 15 February 2015 diff hist 0 N File:16.16 sw4512.png No edit summary current
15:2715:27, 15 February 2015 diff hist +19 User:Sw4512cmp →Performance comparison
15:2615:26, 15 February 2015 diff hist 0 File:32.323 sw4512.png Sw4512 uploaded a new version of "File:32.323 sw4512.png" current
15:1915:19, 15 February 2015 diff hist −105 User:Sw4512cmp No edit summary
15:1815:18, 15 February 2015 diff hist +1 User:Sw4512cmp /* The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than animati...
15:1715:17, 15 February 2015 diff hist 0 File:32.32 sw4512.png Sw4512 uploaded a new version of "File:32.32 sw4512.png" current
15:0315:03, 15 February 2015 diff hist +396 User:Sw4512cmp /* The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than animati...
14:5114:51, 15 February 2015 diff hist +83 User:Sw4512cmp /* The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than animati...
14:4814:48, 15 February 2015 diff hist 0 User:Sw4512cmp →IsingLattice class
14:4814:48, 15 February 2015 diff hist 0 User:Sw4512cmp →Use ILtemperaturerange.py to plot the average energy and magnetisation for each temperature, with error bars, for an 8x8 lattice
14:4614:46, 15 February 2015 diff hist +135 User:Sw4512cmp /* The script ILfinalframe.py runs for a given number of cycles at a given temperature, then plots a depiction of the final lattice state as well as graphs of the energy and magnetisation as a function of cycle number. This is much quicker than animati...
14:4514:45, 15 February 2015 diff hist 0 N File:32.323 sw4512.png No edit summary
14:4514:45, 15 February 2015 diff hist 0 N File:32.322 sw4512.png No edit summary current
14:4414:44, 15 February 2015 diff hist 0 N File:32.321 sw4512.png No edit summary current
14:4414:44, 15 February 2015 diff hist 0 N File:32.32 sw4512.png No edit summary
14:2814:28, 15 February 2015 diff hist +159 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
14:1814:18, 15 February 2015 diff hist +70 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
14:1614:16, 15 February 2015 diff hist +48 User:Sw4512cmp →Modify your script from the previous section. You should still plot the whole temperature range, but fit the polynomial only to the peak of the heat capacity
14:0814:08, 15 February 2015 diff hist 0 User:Sw4512cmp →Modify your script from the previous section. You should still plot the whole temperature range, but fit the polynomial only to the peak of the heat capacity
13:0413:04, 15 February 2015 diff hist −260 User:Sw4512cmp /* Repeat the final task of the previous section for the following lattice sizes: 2x2, 4x4, 8x8, 16x16, 32x32. Make sure that you name each datafile that your produce after the corresponding lattice size! Write a Python script to make a plot showing th...
12:5512:55, 15 February 2015 diff hist +82 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
12:5312:53, 15 February 2015 diff hist −6 User:Sw4512cmp →Use ILtemperaturerange.py to plot the average energy and magnetisation for each temperature, with error bars, for an 8\times 8 lattice
12:5212:52, 15 February 2015 diff hist +204 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
12:3912:39, 15 February 2015 diff hist +75 User:Sw4512cmp →Plot the C++ data against your data
12:3812:38, 15 February 2015 diff hist +44 User:Sw4512cmp →Find the temperature at which the maximum in C occurs for each datafile that you were given. Determine T_{C,\infty}. Discuss briefly what you think the major sources of error are in your estimate.
12:3312:33, 15 February 2015 diff hist −74 User:Sw4512cmp →Modify your script from the previous section. You should still plot the whole temperature range, but fit the polynomial only to the peak of the heat capacity! You should find it easier to get a good fit when restricted to this region.
12:3012:30, 15 February 2015 diff hist +226 User:Sw4512cmp →Plot the C++ data against your data
12:2512:25, 15 February 2015 diff hist −142 User:Sw4512cmp →Plot the C++ data against your data. For one lattice size, save a PNG of this comparison and add it to your report — add a legend to the graph to label which is which.
12:2212:22, 15 February 2015 diff hist −6 User:Sw4512cmp →Write a Python script to make a plot showing the heat capacity versus temperature for each of your lattice sizes from the previous section
12:1812:18, 15 February 2015 diff hist −14 User:Sw4512cmp /* If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the output t...
12:1412:14, 15 February 2015 diff hist +139 User:Sw4512cmp →IsingLattice class
12:0912:09, 15 February 2015 diff hist −1 User:Sw4512cmp →Output of energy() and magnetisation() functions

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