Main Menu 2: Analyses Performed on Segmented Data Sets

 

• case2.1: Generate Burn Data and Print Raster Images with Fiducial Polygon
• case2.2: Generate Burn Data and Compute Medial Axis using Lee-Kashyap-Chu Algorithm
• case2.2ms: Generate Burn Data and Compute Medial Surface using Lee-Kashyap-Chu Algorithm
• case2.3: Compute Disconnected Volume Distributions
• case2.3/case2.3.in: Disconnected Volume Distributions Using Erosion Algorithm
• case2.3/case2.3.ntrim: Disconnected Volume Distribution Using Tree Search: No Edge Trimming
• case2.3/case2.3.trim: Disconnected Volume Distributions Using Tree Search: Edge Trimming
• case2.4: Compute Moment of Inertia Analysis on Disconnected Components
• case2.5: Generate Images of the Segmented Data
• case2.5_ras/case2.5_ras.in: SUN Rasterfile Format
• case2.5_ras/case2.5a_ras.in: SUN Rasterfile Format: Convert Isolated Voxels
• case2.5_BR: Bio-Rad MRC-600 Format
• case2.5_dx: IBM Explorer Format
• case2.5_expl: IRIS Explorer Format
• case2.5_gl: Open GL Format
• case2.5_iv: Inventor Format
• case2.6: Convert Segmented Data Files to/from ASCII
• case2.6/case2.6.ab.in: Convert ASCII Files to Binary
• case2.6/case2.6.ba.in: Convert Binary Files to ASCII
• case2.7: Compute Two Point Correlation Function
• case2.7/case2.7.ci2.in: Grain - Classical 2D
• case2.7/case2.7.grain.in: Grain - Classical x and y
• case2.7/case2.7.m1d.in: Grain - Moving Window x
• case2.7/case2.7.m2d.in: Grain - Moving Window 2D
• case2.7/case2.7.m3df.in: Grain - Moving Window 3D Fast Algorithm
• case2.7/case2.7.m3ds.in: Grain - Moving Window 3D Slow Algorithm
• case2.7/case2.7.void.in: Void Phase - Classical x and y
• case2.8: Comparison of 2-Pt Correlation Functions for Tomographic and Segmented Data Sets
• case2.9: Compress Slices
• case2.9/case2.9max.in: Compress Using Maximum Value
• case2.9/case2.9maj.in: Compress Using Majority Value
• case2.10: Shell Densities
• case2.10/case2.10_cyl.in: Cylindrical Shells
• case2.10/case2.10_sph.in: Spherical Shells