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Spinify<\/p>\n
Spinify is a lightweight application that can be deployed via command-line and which is designed to support the creation of a simulation algorithm for the the Ising model.
\nThis model is simulated by Spinify on curved surfaces like the torus, the Klein Bottle or the sphere. You can use many graph, temperature, measurement, output, simulation and surface options.
\nSpinify Description:<\/p>\n
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Prints the vertex, edge and surface information of a graph.
\nKEYMACRO Usage:
\n\/spinify -i input.txt -g input_graph -t temperature -m measurement -o output.txt -b bg -s surface
\n-a operation -f name -r name -b node -s edge -n force -w edge -c closest -l closest_in
\n-d edge_weight -k edge_weight -n node_weight -o angle
\n-j angle -r weight -o weight
\nDefault Algorithm Options:
\nThe parameters for the default algorithm are displayed in the next table.
\nAlgorithm Options:
\nParameter Name:
\nDefault Value:
\nTaken from:
\nDescription:
\nError Threshold:
\nThreshold used for error detection.
\nIf the error measured by the simulation is above the value specified in the “Error Threshold” parameter, an alert will be generated and execution will continue.
\nIf you want to enable alert generation just modify the “Error Threshold” parameter and leave the “Alert On Errors” to “Yes”.
\nError Detection Mode:
\n1: “No” : No alert will be generated, execution will continue and errors will not be detected.
\n2: “Trace” : The error will be written to the log file for later analysis.
\n3: “Report” : The error will be reported to the user and a user prompt will be displayed and execution will not continue.
\n4: “Immediate” : The program will terminate immediately and the reason for the termination will be displayed in the log file.
\n5: “Error On Fixed” : The error will be fixed immediately.
\n6: “Never” : The program will terminate immediately and the reason for the termination will be displayed in the log file.
\nDefault Operation:
\nThis parameter can be set to any of the 6 available operations.
\n1: “Respect” : The operation will be respected. If the operation is not available, the program will terminate.
\n2: “Force” : The operation will always be executed.
\n3: “Deselect” : The operation will be applied if the selected vertex does not have any neighbours selected.
\n4: “Deselect All” : The operation will be applied to all vertices.
\n5: “Select” : The operation will be applied to all vertices selected before.
\n6: “Deselect Selected” : The operation will be applied to all vertices
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Spinify is a generic algorithm that can be used to simulate the Ising model.
\nIt is designed to be flexible and scalable and thus can handle many different surface topologies.
\nThe Ising model is a model of statistical physics, often used to describe ferromagnets or other magnetic materials.
\nIt\u2019s main characteristics are the energy and entropy.
\nThe energy is the tendency of magnetic spins to align (attract) or
\nanti-align (repel) with each other.
\nThe entropy is the maximum possible disorder in the system.
\nOn a 2-dimensional lattice, it can be described by:
\n$$ E = – J\\sum_{} \\sigma_i \\sigma_j -\\sum_i B_i\\sigma_i – h \\sum_i\\sigma_i $$
\nWhere $\\sigma_i = \\pm 1$ is a spin that can be positive or negative, $J$ is the interaction strength between pairs of spins, $B_i$ is a magnetic field that can be applied, and $h$ is the temperature (in units of energy)
\nThe temperature is used to control the level of energy vs. entropy, and is measured in units of energy.
\nThe thermal energy $k_B T$ is typically used as the temperature units.
\nSpinify assumes that $B_i=0$.
\nThe energy $E$ is defined to be in units of energy.
\nThe entropy $S$ is defined in units of bits.
\nSpinify uses this energy to predict the next possible state for each node on the lattice.
\nSpinify is written in C.
\nBasic use:
\nJust use this script:
\n..\/spinify.c
\nUse on the command-line like this:
\n#include “spinify.h”
\nint main(int argc, char *argv[])
\n{
\n int i, j, k, n, kSize, nPoints, nColor;
\n double *dEdiag, *kOffdiag, *dEdT, *dEdInOut, *kOffdiagT,
\n *kOffdiagInOut, *dSdiag, *dEd[32], *dSdiagT;
\n float *fDEd, *fDEdT,<\/p>\n
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What’s New In?<\/h2>\n
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Spinify is a very lightweight application, with a GUI written in C#, that is designed to support the creation of a simulation algorithm for the Ising model. It was written for and created by Christopher Moore, a researcher at the Alan Turing Institute in England. It is available under the GNU Public License.<\/p>\n
Download<\/p>\n
Spinify Features:<\/p>\n
GUI \u2014 With some command-line options, it can be run on the command-line as a graphical application. A GUI is displayed while the simulation is in progress, and is updated with information at each step. At the end of the simulation, the GUI can be used to view the results, and the simulation output can be viewed as a graph or a.csv file. (The term “simulation” in the following refers to the simulation of the Ising model by Spinify on a curved surface)<\/p>\n
Command Line Options \u2014 Spinify can be run directly from the command-line, with some command-line options that specify the parameters of the simulation. At each command-line step, a new simulation is started, and the results are printed on the standard output. (The term “command-line step” in the following refers to one of the commands that is used to start the simulation.)<\/p>\n
Execution Environment \u2014 Spinify can be run on the three common execution environments, namely, a Windows machine, Mac OS and Linux. It can also be run from the command-line.<\/p>\n
Curved Surfaces \u2014 Spinify can simulate the Ising model on curved surfaces like the torus, the Klein Bottle or the sphere.<\/p>\n
Graphical Output \u2014 The results of the simulation can be viewed as a graph or a.csv file.<\/p>\n
Compiling Spinify<\/p>\n
Spinify compiles cleanly on all the major compilers, and will run without problems on all platforms with which it is tested. However, it is recommended that you compile it yourself if you have not done so already, because the compilation process is rather involved and includes a number of options that are not easily adjusted.<\/p>\n
Install Required Components<\/p>\n
You will need:<\/p>\n
One of these compilers:<\/p>\n
[Visual Studio]<\/p>\n
You may also want to install:<\/p>\n
Microsoft.Net Framework 3.5<\/p>\n
[Apache Maven]<\/p>\n
[Qt]<\/p>\n
[QMake]<\/p>\n
When installing Spinify for the first time, you will be asked to choose which compilers to use for compiling Spinify. You can use an already existing installation of Spinify by specifying the installation directory. For example, to install Spinify into C:\\Program Files\\Spinify, you would use the following command-line options:<\/p>\n
“C:\\Program Files\\Spinify\\Spinify.exe” -g<\/p>\n
[Or the alternative]<\/p>\n
“-g” C:\\Program Files\\Spinify<\/p>\n
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This mod is to be installed using FTB Explorer. Please make sure you have the latest version (1.9.10).
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\n3. Download the mod. Extract to the main\\TODD\\Files directory. Unzip the.package file.
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