M6Geo manual
Introduction
Installation / Quick starting
Installation
Incorporating M6Geo in a project
Geometry plotter
API
Library API
ddddd
Geometry description
Syntax conventions
Dataset Syntax
General principle of the M6Geo geometry
Volume creation
Volume syntax
Type syntax
Available finite shapes
Sphere
Ellipsoid
Box
Cylinder
Hexagonal-section prism
Available infinite shapes
Infinite cylinder
Cone
Plan
Group of planes
Hole creation
Geometrical operators
Overview
SUPE
INFE
UNIO
INTE
TRUN
REV(X|Y|Z)
ROTA
Lattices
Introduction to lattices
Lattice creation
Lattice type
Main mesh volume
Lattice dimensions
Properties of the mesh volume
Mesh indices
Secondary mesh volumes
Secondary mesh as layers
Discarding or keeping mesh volumes
Discarding mesh
Discarding truncated mesh
Keeping mesh volumes
Lattices examples
Definition of the configuration
First modeling: no lattice definition
Second modeling: definition of a single lattice
Third modeling: definition of a single lattice using the modular geometry
Boundaries conditions
M6Geo manual
Welcome to M6Geo manual !
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Welcome to M6Geo manual !
Introduction
Installation / Quick starting
Installation
Incorporating M6Geo in a project
Geometry plotter
API
Library API
ddddd
Geometry description
Syntax conventions
Dataset Syntax
General principle of the M6Geo geometry
Volume creation
Volume syntax
Type syntax
Available finite shapes
Available infinite shapes
Hole creation
Geometrical operators
Overview
SUPE
INFE
UNIO
INTE
TRUN
REV(X|Y|Z)
ROTA
Lattices
Introduction to lattices
Lattice creation
Properties of the mesh volume
Discarding or keeping mesh volumes
Lattices examples
Boundaries conditions
Indices and tables
Index
Module Index
Search Page