Def ref

LEVEL 0.1 XTal_Start_level_n()

Gets the current figure number and sets up a few simulation work directories

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LEVEL 0.2. Build___INPUT_PARAMS___Struct()

About: Build the input parameter structure from user input data for the variables:

• Lattice
• MC_Param
• MC_Loop
• Viz_options
• CMDL_display
• File_Fold_Operations

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LEVEL 0.3. WRITE___INPUT_PARAMS___Struct()

% Write the input parameters to data file

• Lattice
• MC_Param
• MC_Loop
• Viz_options

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LEVEL 0.4. Initialize___MCSolver_DATA()

% Initialize monte-carlo solver

1. Construct lattice data

• Co-ordinates of the lattice sites
• State/orientation matrix
• Lattice sites belonging to second phase

2. Write constructed lattice data to data file

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LEVEL 0.5. Minimize_Del_H_2D()

Call solver to minimize lattice energy

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LEVEL 0.6. [CFN] = plotgrainstructure2d(....);

Visualize the grain structure Options include plotting for:

• Grain boundaries
• Grain region
• Second phase regions

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LEVEL 0.7. [....] = Characterize_Grain_Structure_2D(....);

Post-processing of the grain structure

• Grain identification using advancing front technique
• Calculation of grain structure statistics: Grain area, number of grains
• Calculate grain length

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LEVEL 0.8. plot__Grain_Structure_in_pixels(....)

Make a pixellated display of grains

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LEVEL 0.9. plot__Grain_Structure_in_patches(....)

Make a patch from the grain boundaries and plot grain structures as patches grains

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LEVEL 0.10. plazp2d()

Plot second phase particles

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LEVEL 0.11. [....] = plotdelham(0);

Plot temporal evolution of the change in hamiltonian

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LEVEL 0.12. plot__grain_centroids(....)

Plot the centroids of each grain

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LEVEL 0.13. plot__grain_area___grain_length(....)

Graph the grain areas for grain lengths

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LEVEL 0.14. postprocessPROPERTIES2d();

Calculate average grain size from the intercept method and overaly plot on grain structure Find the number of single lattice site particles

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LEVEL 0.15. grainsize_interceptmethod2d;

A seperate function to calculate intercept grain size

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LEVEL 0.16. [....] = Plot___AGS_PXL__vs__No_Grains(....);

Plot with number of grains time:

1. Minimum grain size
2. Maximum grain size
3. Average grain size

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LEVEL 0.17. Extract_Domain_Subset(....)

Extract a sub-set of the grain structure

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LEVEL 0.18. [....] = PX_Data(....);

Construct datasets of important variables

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LEVEL 0.19. [....] = BookKeeping_FFNames(....);

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LEVEL 0.20. Build_PHASE_Struct();

Build a PHASE matlab structure

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LEVEL 0.21. Build_GS_Struct();

Build GS matlab structure

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% LINK TEXTURE DATA

LEVEL 0.22. [....] = Map__TEX__GRST(....);

Calculate model texture and extract orientations to be mapped

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LEVEL 0.23. [....] = Calc_Num_Grains_FOR_Phases(....);

Calculate the number of grains belonging to each phase

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LEVEL 0.24. [....] = Associate_EA_all_sites(....);

Map texture information to the constructed grain structure

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LEVEL 0.25. Build__CTF(....)

Construct the CTF file from the grain structure and texture data Write the file

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LEVEL 1