建模

先进的建模工具设置

Sim4Life 集成了强大参数量的3D模型环境 (是以the ACIS toolkit为基础) ，生成先进的CAD交叉式模型和高质量模型表面如图像数据. 以快速OGL- and VTK-based为基础综合并引擎了庞大的复杂的数据设置和CAD模型 . 专门工具继续提供用户操作使用特殊地任务；如血管建模和处理。

提供交叉，先进和综合的CAD模型，不需要预处理和实时链接 ,能处理复杂的解剖模型e.g., ViP模型, 和大量CAD模型.

唯一能实现CAD模型表面网格具有参数设置功能；e.g., NURBS-based.

提供集成的功能，能从分段地医疗图像数据中提取和分离组织和器官表面.

关键特性 - 模型

3D模型环境(是基于 ACIS toolkit)
OGL & VTK-based renderer ( easy handling of>> 10'000 parts)
Topological Morphing for conformal 3D modeling to arbitrary surfaces
Interactive CAD modeling (no preprocessor or live-link needed)
Modeling units: metric, imperial
User guided and/or CAD import based modeling
Adjustable transparency, shaded/facet views, etc.
Drag & Drop for quick moving between groups and objects

3D spatial or 2D planar modeling
Perspective visualization mode
Mouse, snapping & key based input, vertices for facilitated modeling
Predefined 2D & 3D objects (incl. helix, etc.)
Fully parametrized modeling
Sweeping, extruding, skinning, rotating, etc. of objects
Translation, rotation, scaling, mirroring, etc.
Tilted Lumped elements, Sources & Sensors
3D arbitrary object array generation

Python scripter for generation of arbitrary objects (analytical, etc.)
CAD derived parametrization
Localized CAD element modeling
Boolean operations on CAD objects
Poser Tool with natural joint rotation limits
Parametrized birdcage builder with tuning capacitors
Capable of converting triangular surface meshes into parameterized CAD models (e.g., NURBS-based).
Functionality to extract, smooth, and simplify tissue/organ surfaces from segmented medical image data

Key Features - CAD

输入/输出SAT and SAB 文件
输入/输出IGES 文件
输入/输出STEP 文件
输入/输出3DS 文件
输入/输出CATIA V4 文件and i输入CATIA V5 文件

输出 Pro/E files (asm, prt)
输出STL 文件
输出I-DEAS 文件
输出Gerber 文件
输出 DXF f文件
输出ODB++ files (editable)

输入MRI/CT based/segmented文件 (slices, triangles)
3D voxel based data importer, smoothing, compound model conversion
segmented, meshes
VTI, VTP, VTU
Image data import from iSEG