Example List
Node CMISS Examples
- Node 1: Defining a finite element or boundary element mesh
- Node 2: Fitting data with finite element nodal parameters
- Node 3: Solving a partial differential equation
- Node 4: Solving a linear elasticity problem
- Node 5: Solving a finite elasticity problem
- Node 6: Using XVG
- Node 7: Parameter estimation
- Node 8: Heart modelling
- Node 9: Lung modelling
- Node a: Using front end graphics
- Example a/a1: Viewing a cube
- Example a/a2: Scene editor, graphical elements and lighting: decorating a cube
- Example a/a3: Prolate spheroidal coordinates, fibres: viewing the heart
- Example a/a4: Radius fields and cylinders, movies: heart and coronaries
- Example a/a5: Multiple element groups, MAYA and translucency: the torso model
- Example a/a7: Fields, spectrums, iso_surfaces and VRML: geothermal field
- Example a/a8: Deformation with time, morphing, timekeeper: incision in the eye
- Example a/ab: Simplex element example
- Example a/ad: Rendered eye and surrounds
- Example a/advection_diffusion: Read fields in FieldML format
- Example a/ae: Element_glyphs, annotation, spectrum, colour_bar: element-based fields
- Example a/ag: CM-CMGUI transfer (CMISS) example
- Example a/ah: Torso model with some of the major organs and blood vessels
- Example a/ai: Viewing the Brain, skull and associated skin
- Example a/aj: Integration: texturing the heart, integrating the coronaries
- Example a/ak: Multicomponent spectrums and data
- Example a/al: Computed fields and data abstraction : heart model
- Example a/am: Node editing along coordinate axes : Editing the heart mesh
- Example a/analytic_isosurfaces: Visualise iso-surfaces of scalar analytic functions.
- Example a/animate_jaw: Animation of the jaw model using the Emoter.
- Example a/ao: Streamlines : Showing heart fibres
- Example a/ap: Element Xi Coordinates : Fitting a face to a fox
- Example a/arbitrary_shaders: Arbitrary Shaders: Using GLSL shaders to create reflective effect on material.
- Example a/as: Digitising a pig torso: building a mesh over a CT image
- Example a/at: Nodal derivative editing: bicubic Hermite-linear mesh
- Example a/biplane: Biplane.
- Example a/cad_implant: CAD implant: Using OpenCASCADE to import CAD data from step or iges formatted
- Example a/colour_transform: Uses colour_lookup_spectrum to adjust brightness and contrast.
- Example a/commands: Cmgui command list.
- Example a/create_slices: Creating slices for digitisation from nodal and derivative values of a curve
- Example a/current_density: Current Density Visualisation in a Potential Grid Field
- Example a/curvature: Computing curvature values on the surface of a mesh
- Example a/decimation: Decimation: Isosurface decimation and finite element creation
- Example a/deforming_heart: Deforming heart, time varying nodes, strain and deformed fibres.
- Example a/digitise: Digitising mri scan images of the vocal tract.
- Example a/ecg_lab: ECG teaching application
- Example a/element_constants: Read per-element constant fields.
- Example a/element_types: Element shapes, bases and calculating faces
- Example a/embedded_texture: A texture deformed as material points in a mesh.
- Example a/emoter: Animation of a boxfish using the Emoter
- Example a/endoscope_animation: Endoscope animation
- Example a/evaluate_grid: evaluate_grid: Evaluate a curve product field into grid points.
- Example a/exelem_formats: Special .exelem formats for grid, constant and indexed fields
- Example a/exnode_formats: Special .exnode formats for integer, string, element:xi constant and indexed fields
- Example a/eye: Eye model.
- Example a/field_dependent_visibility: Field dependent visibility: Using field to determine the visibility of each node.
- Example a/fit_vessels: fit_vessels: Fitting curves to vessel data points
- Example a/generate_mesh: Generate mesh: Using built-in Netgen module to generate tetrahedral mesh for a
- Example a/graph_axes: Draw graph axes
- Example a/graph_overlays: Drawing graphs (from UnEmap signals) in overlay scenes.
- Example a/image_formats: Image reading and writing example.
- Example a/image_sampling: Image sampling.
- Example a/indexed_volume: Interactive control of segmented parts of a volume render.
- Example a/isolines: Generating isolines and points on those lines.
- Example a/knee_kinematics: Transforming bone structures using field variables stored in a dummy node
- Example a/large_strain: Large strain tensor visualisation in a deforming cube
- Example a/magnetic_field: Magnetic Field Visualisation from Vector Potential Data
- Example a/melanoma: Melanoma heat maps.
- Example a/mesh_integration: Calculate volume and surface area of a mesh.
- Example a/meshing_api: Tetrahedral meshing including boundary extraction and element creation with the Cmgui C API.
- Example a/multipass_render: Multipass rendering: Modifying vertices with texture values.
- Node a/optimisation: Examples demonstrating optimisation in cmgui.
- Example a/per_pixel_lighting: Per pixel lighting.
- Example a/project_texture: Texture projection.
- Example a/region_io: Read and write regions and groups in Cmgui EX file format
- Example a/renumber_mesh: Renumbering a mesh.
- Example a/resample_texture: Resample texture.
- Example a/seeded_streamlines: Generate seeded streamlines.
- Example a/segmentation: Segmentation of image based fields
- Example a/segmentation_3d: 3D Segmentation of blood vessels
- Example a/simple_axis_viewer: Simple axis viewer created with wxWidgets and the Cmgui libraries via the Cmgui C API.
- Example a/snake: Snake: fitting a curve to digitise along
- Node a/testing: Testing examples for graphics
- Example a/texture_tiling: Texture tiling.
- Example a/time: Time.
- Example a/time_dependent_transformation: Time dependent transformation with quaternion
- Example a/transform_coordinates: Transforming nodal coordinates from spherical polar to rectangular cartesian
- Example a/triangle_mixed_basis: Triangle element with mixed basis functions
- Example a/view_stress: Viewing a stress tensor field.
- Example a/visiblehuman: Visiblehuman: Digitising Visible Human Data
- Example a/volume_render: Volume rendering of 3-D images of the foot
- Example a/volume_texture: Visualisation and segmentation of 3-D images of the foot
- Node b: Cardiac Electro-mechanics Modelling
- Node c: EEG modelling
- Node cellml: CellML Models
- Node d: Musculo-Skeletal Modelling
- Node e: Torso modelling
- Node f: Anatomical Models
- Node g: Cellular Modelling
- Node h: Modelling of Human Circulatory System
- Node i: Intestinal and Stomach Modelling
- Node o: Optimised CMISS test
Generated: Wed May 16 06:02:04 2012