Eyeshot Fem--当然选Fem
Everything in Ultimate, plus Geometry meshing and Finite Element Analysis.
Scope
Modules
Image Gallery
Features
Scope
Eyeshot Fem edition is designed for Geometry meshing and Finite Element Analysis.
Modules
Geometric modules included in this product edition
Region Booleans
Trim and Union/Subtraction/Intersection operations for planar regions.
BRep Booleans
Trim and Union/Subtraction/Intersection operations for manifold 3D solids.
Meshing
Subdivision of a continuous geometric space into discrete geometric and topological cells.
Collision Detection
Determining if when and where two objects come into contact.
Geometric Constraint Solver
Find the positions of geometric elements that satisfy the given constraints.
Hidden Lines
2D vector views generation of complex 3D models.
FEM Solver
Partial differential equations solution in two or three space variables.
Surface Reconstruction
Compute a triangle mesh interpolating a given point cloud.
Geometry Tessellation
Subdivision of analytical curves and surfaces into polygonal chains and meshes.
Surface Trim
Find the intersection of two surfaces.
Surface Fillet
Create a surface that smoothly connects two primary surfaces.
Machining
Generate 3D toolpaths for a given setup, geometry and tool definition.
Marching Cubes
Generate surfaces for a 3D scalar field.
Mesh Booleans
Union/Subtraction/Intersection operations for mesh objects.
Measure
Minimum distance computation between objects.
Image Gallery
Some screenshots from the image gallery for this edition of the product.
Features
Detailed feature list for this product edition
Entities
Point
Line
Circle
Ellipse
LinearPath
CompositeCurve
Mesh
Solid (Polygonal)
PointCloud
Region
Dimensions
Sketch
NURBS Curve
NURBS Surface
BRep
FemMesh
Workspaces (the actual .NET controls)
Design
Drawing
Simulation
Manufacture
CGAL
Triangulation
Mesh reconstruction from point cloud
Marching squares/cubes
Collision detection
Area/mass properties
Hidden Lines Removal
Hidden Lines Removal with 3D model edges recover
Constraint solver
3D Graphics
OpenGL and DirectX renderers
Fully-leveraged 3D GPU acceleration
Wireframe, Shaded, Rendered, Flat and HiddenLines display modes
Orthographic and perspective projection for each viewport
Up to eight lights (point, spot, directional)
Examine, Walk and Fly navigation modes
Planar and realistic shadows (with three different quality settings)
Multi-viewport support
Anti-aliasing
Planar reflection
Environment mapping
Dashed hidden lines
Silhouette curves
Minimum frame rate control
Progressive drawing
Built-in High DPI Support
Turbo mode
Screen Space Ambient Occlusion
Small object and frustum culling
Up to six clipping planes
Customizable overlay drawing
High-quality TrueType and 3D text support
High-quality WYSIWYG hard copy output
Vector copy to Windows clipboard
Image-based silhouette drawing
Modeling
Mesh booleans/cut/split/section
Curve-Curve Intersection
Surface-Surface Intersection
BRep booleans/cut/split/section
Curve and surface offset
Curve and surface edit
Fillet and chamfer
Proprietary File Format
Always compatible with previous versions
Geometry, tessellation or both.
Single or multi-file
Lazy loading of large assemblies
Extensible with customer data
Optional data compression
Input
Keyboard
Touch
Mouse
Space mouse
Translators
ASC
LAS
STL
OBJ
DWG/DXF
IFC
BRep in IFC import
WebGL
GCode
PDF
3D PDF
IGES
STEP
Nastran
Miscellaneous
WorkUnit and WorkManager
WinForms and WPF Visual Studio designer support
ViewCube, Legend, Toolbar, Timeline and Histogram UI elements
Labels
TextOnly
LeaderAndText
ImageOnly
CAM
Work plane setup
Support for flat, bull nose and ball end mills
Support for any kind of geometry (flipped, cracked and faulty included)
2D toolpath generation
Material removal simulation
Climb, conventional and mixed cut directions.
Straight and circular leads
Plunge and helix ramps
3D Clearing
3D Pocket
3D Contour
3D Parallel
Toolpath generation limited to a boundary region
Flat area detection
Meshing
2D triangles (linear and quadratic)
3D tetrahedrons (linear and quadratic)
3D meshing on NURBS surface and BRep objects with mesh control at vertex/edge/face level
FEM Boundary conditions
Fixed displacement and rotation
Concentrated load and moment
Pressure load
Temperature
FEM Element Types
2D & 3D trusses
3 & 6 node triangles - plane stress & strain, 3D axisymmetric
4 & 8 node quadrilaterals - plane stress & strain, 3D axisymmetric
4 & 10 node solid tetrahedrons
6 & 15 node solid pentahedrons
8 & 20 node solid hexahedrons
2D & 3D joints
FEM Solvers
Direct
Parallel, iterative, preconditioned Conjugate Gradient
