3d mesh in opengl
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3DS Export for Solid Edge is a useful 3d Studio (.3ds) file export add-in for Solid Edge. This add-in gives Solid Edge the ability to export 3d solid and surface data from a Solid Edge part or assembly document to 3d polygon meshes in a 3DS file.
3DS Export for Solid Edge tessellates solid bodies in a Solid Edge document into a set of triangular meshes. These meshes are then exported to a 3DS file as mesh objects. The 3DS file can then be imported into a variety of CAD applications.
3DS Export for Solid Edge is very easy to use. Once installed, it automatically loads itself into Solid Edge and adds a new submenu called "3DS Export for Solid Edge" to the Solid Edge Applications menu.
3DS Export for Solid Edge tessellates solid bodies in a Solid Edge document into a set of triangular meshes. These meshes are then exported to a 3DS file as mesh objects. The 3DS file can then be imported into a variety of CAD applications.
3DS Export for Solid Edge is very easy to use. Once installed, it automatically loads itself into Solid Edge and adds a new submenu called "3DS Export for Solid Edge" to the Solid Edge Applications menu.
3DM Export for Solid Edge is a useful Rhinoceros (.3dm) file export add-in for Solid Edge. This add-in gives Solid Edge the ability to export 3d solid and surface data from a Solid Edge part or assembly document to 3d polygon meshes in a 3DM file.
3DM Export for Solid Edge tessellates solid bodies in a Solid Edge document into a set of triangular meshes. These meshes are then exported to a 3DM file as mesh objects. The 3DM file can then be imported into a variety of CAD applications.
3DM Export for Solid Edge is very easy to use. Once installed, it automatically loads itself into Solid Edge and adds a new submenu called "3DM Export for Solid Edge" to the Solid Edge Applications menu.
3DM Export for Solid Edge tessellates solid bodies in a Solid Edge document into a set of triangular meshes. These meshes are then exported to a 3DM file as mesh objects. The 3DM file can then be imported into a variety of CAD applications.
3DM Export for Solid Edge is very easy to use. Once installed, it automatically loads itself into Solid Edge and adds a new submenu called "3DM Export for Solid Edge" to the Solid Edge Applications menu.
OBJ Export for Solid Edge is a useful Wavefront (.obj) file export add-in for Solid Edge. This add-in gives Solid Edge the ability to export 3d solid and surface data from a Solid Edge part or assembly document to 3d polygon meshes in an OBJ file.
OBJ Export for Solid Edge tessellates solid bodies in a Solid Edge document into a set of triangular meshes. These meshes are then exported to an OBJ file as mesh objects. The OBJ file can then be imported into a variety of CAD applications.
OBJ Export for Solid Edge is very easy to use. Once installed, it automatically loads itself into Solid Edge and adds a new submenu called "OBJ Export for Solid Edge" to the Solid Edge Applications menu.
OBJ Export for Solid Edge tessellates solid bodies in a Solid Edge document into a set of triangular meshes. These meshes are then exported to an OBJ file as mesh objects. The OBJ file can then be imported into a variety of CAD applications.
OBJ Export for Solid Edge is very easy to use. Once installed, it automatically loads itself into Solid Edge and adds a new submenu called "OBJ Export for Solid Edge" to the Solid Edge Applications menu.
MeshLab is an open source, extendible and portable system for the editing and processing of unstructured 3d triangular meshes.
MeshLab is aimed to help the processing of the typical not-so-small unstructured models arising in 3d scanning, providing a set of tools for editing, cleaning, healing, inspecting, rendering and converting this kind of meshes.
Here are some key features of "MeshLab":
· Interactive selection and deletion of portion of the mesh. Even for large models.
· Painting interface for selecting, smoothing and coloring meshes.
· Input/output in many formats:
· import:PLY, STL, OFF, OBJ, 3DS, COLLADA, PTX
· export:PLY, STL, OFF, OBJ, 3DS, COLLADA, VRML, DXF
· mesh Cleaning Filters:
· removal of duplicated, unreferenced vertices, null faces
· removal of small isolated components
· coherent normal unification and flipping
· erasing of non manifold faces
· automatic filling of holes
· Remeshing filters:
· High quality edge collapse simplfication (even meshes with texture coords preservation)
· Surface reconstruction from points (a ball pivoting variant)
· Subdivision surfaces (loop and butterfly)
· Feature preserving smoothing and fairing filters
· Various Colorization/Inspection filters
· Gaussian and mean curvature
· Border edges
· Non two-manifold edges
· Self intersecting faces
· Interactive mesh Painting
· Color Painting
· Selection paint
· Smoothing
· opengl Shader based rendering (write your own shader!) compatible with Typhoon Labs Shader Designer
· Large rendering (up to 16k x 16k) for high quality printing
· The history of the all performed cleaning/editing actions can be re-played on different meshes or saved and for archival purposes.
· Extendible plugins based architecture, writing new mesh processing functions, colorization filters and support for different file formats is quite easy!
MeshLab is aimed to help the processing of the typical not-so-small unstructured models arising in 3d scanning, providing a set of tools for editing, cleaning, healing, inspecting, rendering and converting this kind of meshes.
Here are some key features of "MeshLab":
· Interactive selection and deletion of portion of the mesh. Even for large models.
· Painting interface for selecting, smoothing and coloring meshes.
· Input/output in many formats:
· import:PLY, STL, OFF, OBJ, 3DS, COLLADA, PTX
· export:PLY, STL, OFF, OBJ, 3DS, COLLADA, VRML, DXF
· mesh Cleaning Filters:
· removal of duplicated, unreferenced vertices, null faces
· removal of small isolated components
· coherent normal unification and flipping
· erasing of non manifold faces
· automatic filling of holes
· Remeshing filters:
· High quality edge collapse simplfication (even meshes with texture coords preservation)
· Surface reconstruction from points (a ball pivoting variant)
· Subdivision surfaces (loop and butterfly)
· Feature preserving smoothing and fairing filters
· Various Colorization/Inspection filters
· Gaussian and mean curvature
· Border edges
· Non two-manifold edges
· Self intersecting faces
· Interactive mesh Painting
· Color Painting
· Selection paint
· Smoothing
· opengl Shader based rendering (write your own shader!) compatible with Typhoon Labs Shader Designer
· Large rendering (up to 16k x 16k) for high quality printing
· The history of the all performed cleaning/editing actions can be re-played on different meshes or saved and for archival purposes.
· Extendible plugins based architecture, writing new mesh processing functions, colorization filters and support for different file formats is quite easy!
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Andrews Vector Plugins Volume 16 Gradient Mesh:
Plug-in to manipulate gradient mesh paths
Plug-in to manipulate mesh warps
Create wow color effects and designs with meshes
Distort meshes in 100s of ways
Manipulate mesh paths (or mesh images / converted text) or envelope meshes (text / images etc)
Packed with 100s of great easy to use options to tweak the mesh in many ways.
Create wavy meshes, crackling mesh effects, multi colored meshes, lined meshes, and more.
Total mesh power. Use on a single or multiple mesh paths or mesh enveloped images / symbols / paths
Create dramatic Illustrations and more
Select a path or image or symbol and apply an envelope using the mesh method and then use the mesh plugin
Use the mesh plugin to further warp and manipulate the mesh points to warp the an image or path or symbol in billions of different ways.
A gradient mesh is created via the object menu and create gradient mesh command (in Illustrator) or the gradient mesh tool (via toolbox). Once created, the mesh plugin can be used to create stunning mesh effects that would be very tricky to create by hand such as dot effects and line effects and more, and the mesh plugin does it with the ability to change and change and change .. until the mesh is exactly right.
Gradient Meshes can be basic paths such as a star or multiple stars or circles or other path shapes.
They can be converted text (though you have to release compound before use..)
Place an image and then use the create gradient mesh on the image. Use the mesh plugin then to distort / apply wave / jitter nodes / apply different color effects to create stunning painted imagery in Illustrator
The mesh plugin is packed with options to manipulate the color in 100s of great ways. To manipulate the node points.
Use the plug-in to apply wonderful patterns such as crackling or wavy effects and more.
The plugin is split across multiple screens. The basic controls are in the first dialog with the more advanced options tucked away but there if you want to really explore mesh manipulation and the stunning color effects that can be generated via the mesh. Gradient Meshes can also be combined. If you want, use just one mesh, but if you use two or three meshes, overlapping with lighten blend mode or difference, and then apply the mesh plugin (with its randomisation features on), a whole new world of color can be created
Plug-in to manipulate gradient mesh paths
Plug-in to manipulate mesh warps
Create wow color effects and designs with meshes
Distort meshes in 100s of ways
Manipulate mesh paths (or mesh images / converted text) or envelope meshes (text / images etc)
Packed with 100s of great easy to use options to tweak the mesh in many ways.
Create wavy meshes, crackling mesh effects, multi colored meshes, lined meshes, and more.
Total mesh power. Use on a single or multiple mesh paths or mesh enveloped images / symbols / paths
Create dramatic Illustrations and more
Select a path or image or symbol and apply an envelope using the mesh method and then use the mesh plugin
Use the mesh plugin to further warp and manipulate the mesh points to warp the an image or path or symbol in billions of different ways.
A gradient mesh is created via the object menu and create gradient mesh command (in Illustrator) or the gradient mesh tool (via toolbox). Once created, the mesh plugin can be used to create stunning mesh effects that would be very tricky to create by hand such as dot effects and line effects and more, and the mesh plugin does it with the ability to change and change and change .. until the mesh is exactly right.
Gradient Meshes can be basic paths such as a star or multiple stars or circles or other path shapes.
They can be converted text (though you have to release compound before use..)
Place an image and then use the create gradient mesh on the image. Use the mesh plugin then to distort / apply wave / jitter nodes / apply different color effects to create stunning painted imagery in Illustrator
The mesh plugin is packed with options to manipulate the color in 100s of great ways. To manipulate the node points.
Use the plug-in to apply wonderful patterns such as crackling or wavy effects and more.
The plugin is split across multiple screens. The basic controls are in the first dialog with the more advanced options tucked away but there if you want to really explore mesh manipulation and the stunning color effects that can be generated via the mesh. Gradient Meshes can also be combined. If you want, use just one mesh, but if you use two or three meshes, overlapping with lighten blend mode or difference, and then apply the mesh plugin (with its randomisation features on), a whole new world of color can be created
MeshWorks for Rhino is a plug-in for Rhino. It adds a variety of mesh manipulation commands to Rhino. Some of the useful commands are given below:
Hollow: This command hollows the mesh to a given wall thickness. Hollowing is particularly useful while preparing a model for Rapid Prototyping as it saves material, time and money while building a prototype.
Offset: This command offsets a mesh to either shrink or expand it.
PointsToMesh: This command creates a mesh from a set of points.
Stitch: This command knits loosely tied faces of a mesh and attempts to make a mesh water-tight.
FillHoles: This command adds faces to an existing mesh in order to fill any holes. The result is a water-tight mesh.
ExtractSolid: This command extracts a solid from a mesh.
ExtractPlanarSurfaces: This command extracts a planar trimmed NURBS surface from a mesh.
ExtractShells: This command extracts connected surfaces from a single mesh and creates a new mesh for each connected surface. This is useful while working on different parts of a mesh.
ExtractSurfaces: This command extracts surfaces of a mesh and creates a new mesh for each surface.
ExtractFeatures: This command extracts features of a mesh. This is useful to create a NURBS model from a polygon mesh.
ExtractBoundaries: This command extracts the boundaries of an open mesh.
SplitMesh: This command splits a mesh with a planar surface into two parts.
Smoothen: This command relaxes a mesh by removing sharp edges.
Decimate: This command reduces the number of faces of a mesh while maintaining continuity in the topology.
MeshWorks for Rhino adds a new menu to the existing Rhino menu containing all the added commands. Simply use this menu to manipulate meshes.
Hollow: This command hollows the mesh to a given wall thickness. Hollowing is particularly useful while preparing a model for Rapid Prototyping as it saves material, time and money while building a prototype.
Offset: This command offsets a mesh to either shrink or expand it.
PointsToMesh: This command creates a mesh from a set of points.
Stitch: This command knits loosely tied faces of a mesh and attempts to make a mesh water-tight.
FillHoles: This command adds faces to an existing mesh in order to fill any holes. The result is a water-tight mesh.
ExtractSolid: This command extracts a solid from a mesh.
ExtractPlanarSurfaces: This command extracts a planar trimmed NURBS surface from a mesh.
ExtractShells: This command extracts connected surfaces from a single mesh and creates a new mesh for each connected surface. This is useful while working on different parts of a mesh.
ExtractSurfaces: This command extracts surfaces of a mesh and creates a new mesh for each surface.
ExtractFeatures: This command extracts features of a mesh. This is useful to create a NURBS model from a polygon mesh.
ExtractBoundaries: This command extracts the boundaries of an open mesh.
SplitMesh: This command splits a mesh with a planar surface into two parts.
Smoothen: This command relaxes a mesh by removing sharp edges.
Decimate: This command reduces the number of faces of a mesh while maintaining continuity in the topology.
MeshWorks for Rhino adds a new menu to the existing Rhino menu containing all the added commands. Simply use this menu to manipulate meshes.
3D mesh BLACKSMITH is a 3d modeler that brings you high functionnalities to develop levels for games, or design 3d objects with simplicity of an own designed interface, and the robutness of high level functions.
3D mesh Blacksmith is dedictated to a complementary usage to video game creation, realtime rendering and interactions in virtual environment.
More, functionnalities are present for character modelisation and animation, object animation scripting, mesh generation and 3d spray/painting application (colors and bump map).
The scripting laguage (pseudo-C) will permit the elaboraton of various presentations, and too, full video game.
Original functions complete the list of procedures to detail meshes and edit full 3d texture.
3D mesh BLACKSMITH is an original tool to create 3d virtuals and others 3d data throught the power of geometry mathematics managed by our simple and robust 3d libraries.
3D mesh Blacksmith is dedictated to a complementary usage to video game creation, realtime rendering and interactions in virtual environment.
More, functionnalities are present for character modelisation and animation, object animation scripting, mesh generation and 3d spray/painting application (colors and bump map).
The scripting laguage (pseudo-C) will permit the elaboraton of various presentations, and too, full video game.
Original functions complete the list of procedures to detail meshes and edit full 3d texture.
3D mesh BLACKSMITH is an original tool to create 3d virtuals and others 3d data throught the power of geometry mathematics managed by our simple and robust 3d libraries.
Lumina 3d is a flexible plattform independent development environment for GLSL shaders. It uses ECMA-script for tools and emulating opengl engines.
In Lumina 3d all the "world" objects are viewed and manipulated in a tree-like graphical interface. The scripts themselves are positioned on the right side of the applications main window and are undockable for user convenience.
Here are some key features of "Lumina 3D":
· Tangent and UV coords will be exported if the mesh has UvCoords.
· Bones will be exported if the mesh has a armature as parent. The Bone number (integer number) will be added to the weight (range 0.0 to 0.99990).
· Poses will be exported too, but this Lumina version cant import that tag.
In Lumina 3d all the "world" objects are viewed and manipulated in a tree-like graphical interface. The scripts themselves are positioned on the right side of the applications main window and are undockable for user convenience.
Here are some key features of "Lumina 3D":
· Tangent and UV coords will be exported if the mesh has UvCoords.
· Bones will be exported if the mesh has a armature as parent. The Bone number (integer number) will be added to the weight (range 0.0 to 0.99990).
· Poses will be exported too, but this Lumina version cant import that tag.
Action3D Reducer is a great polygon reduction tool that changes the level of detail in real-time and creates both .3ds and .x files. To reduce a 3d object, Reducer creates a progressive mesh. Then, you can reduce and increase the number of triangles displayed by the progressive mesh in real-time using a slider control.
An open source, extendible and portable system for the editing and processing of unstructured 3d triangular meshes.
MeshLab is an open source, extendible and portable system for the editing and processing of unstructured 3d triangular meshes.
MeshLab is aimed to help the processing of the typical not-so-small unstructured models arising in 3d scanning, providing a set of tools for editing, cleaning, healing, inspecting, rendering and converting this kind of meshes.
Features of "MeshLab":
· Interactive selection and deletion of portion of the mesh. Even for large models.
· Painting interface for selecting, smoothing and coloring meshes.
· Input/output in many formats:
· import:PLY, STL, OFF, OBJ, 3DS, COLLADA, PTX
· export:PLY, STL, OFF, OBJ, 3DS, COLLADA, VRML, DXF
· mesh Cleaning Filters:
· removal of duplicated, unreferenced vertices, null faces
· removal of small isolated components
· coherent normal unification and flipping
· erasing of non manifold faces
· automatic filling of holes
· Remeshing filters:
· High quality edge collapse simplfication (even meshes with texture coords preservation)
· Surface reconstruction from points (a ball pivoting variant)
· Subdivision surfaces (loop and butterfly)
· Feature preserving smoothing and fairing filters
· Various Colorization/Inspection filters
· Gaussian and mean curvature
· Border edges
· Non two-manifold edges
· Self intersecting faces
· Interactive mesh Painting
· Color Painting
· Selection paint
· Smoothing
· opengl Shader based rendering (write your own shader!) compatible with Typhoon Labs Shader Designer
· Large rendering (up to 16k x 16k) for high quality printing
· The history of the all performed cleaning/editing actions can be re-played on different meshes or saved and for archival purposes.
· Extendible plugins based architecture, writing new mesh processing functions, colorization filters and support for different file formats is quite easy!
Lumina 3d description
A flexible plattform independent development envrionment for GLSL shaders Lumina 3d is a flexible plattform independent development environment for GLSL shaders. It uses ECMA-script for tools and emulating opengl engines.
In Lumina 3d all the "world" objects are viewed and manipulated in a tree-like graphical interface. The scripts themselves are positioned on the right side of the applications main window and are undockable for user convenience.
Here are some key features of "Lumina 3D":
· Tangent and UV coords will be exported if the mesh has UvCoords.
· Bones will be exported if the mesh has a armature as parent. The Bone number (integer number) will be added to the weight (range 0.0 to 0.99990).
· Poses will be exported too, but this Lumina version cant import that tag.
Requirements:
· QT4, QSA1.2 (from trolltech)
· glew 1.3.5
· opengl 2.0 (GLSL, VBO and FBO are needed)
A flexible plattform independent development envrionment for GLSL shaders Lumina 3d is a flexible plattform independent development environment for GLSL shaders. It uses ECMA-script for tools and emulating opengl engines.
In Lumina 3d all the "world" objects are viewed and manipulated in a tree-like graphical interface. The scripts themselves are positioned on the right side of the applications main window and are undockable for user convenience.
Here are some key features of "Lumina 3D":
· Tangent and UV coords will be exported if the mesh has UvCoords.
· Bones will be exported if the mesh has a armature as parent. The Bone number (integer number) will be added to the weight (range 0.0 to 0.99990).
· Poses will be exported too, but this Lumina version cant import that tag.
Requirements:
· QT4, QSA1.2 (from trolltech)
· glew 1.3.5
· opengl 2.0 (GLSL, VBO and FBO are needed)
Mesh Viewer description
An easy to use lightweight application for displaying three dimensional models (triangular meshes) from a variety of file format Mesh Viewer uses opengl to render the models.
Mesh Viewer was born under the need for quickly displaying reconstructed triangulated meshes. The current version has been developed by Helmut Cantzler and a number of various contributors. The mesh Viewer is based on an idea and an early elementary implementation from Craig Robertson.
Triangular meshes can be displayed texture mapped (optional with bilinear filtering), solid or as a wire frame (all lines or just the front lines). The surface normals of the triangles can be displayed optionally.
Loaded models can be rotated, translated and scaled (all done with the mouse). The model is lighted by multiple light sources. Viewpoints can be saved.
Screenshots of the model can be taken. The program is able to calculate the texture map for the 3d model.
Mesh Viewer supports the following 3d file formats:
· PMesh forma (used at the Vision group of the University of Edinburgh)
· GTS format (from the Gnu Triangulation Library)
· Geomview format (only format "OFF" or "COFF")
· PLY format (only ASCII format)
· VRML 1.0 format
· VRML 2.0 format (VRML97)
· Visualisation Toolkit VTK format (ASCII POLYDATA only)
· Alias Wavefront / Java 3d OBJ format (ASCII polygon data only).
Requirements:
· mesh Viewer requires a 3-button mouse (or emulation) in order to rotate (left button), translate (middle button) and zoom (right button) the model.
· It is recommended to use a 3d acceleration graphics card for displaying models. This is specially important for displaying models with texture.
· mesh Viewer requires an opengl library and a GUI library for displaying and interacting with the opengl module. (the Qt 3 library is included in the package)
An easy to use lightweight application for displaying three dimensional models (triangular meshes) from a variety of file format Mesh Viewer uses opengl to render the models.
Mesh Viewer was born under the need for quickly displaying reconstructed triangulated meshes. The current version has been developed by Helmut Cantzler and a number of various contributors. The mesh Viewer is based on an idea and an early elementary implementation from Craig Robertson.
Triangular meshes can be displayed texture mapped (optional with bilinear filtering), solid or as a wire frame (all lines or just the front lines). The surface normals of the triangles can be displayed optionally.
Loaded models can be rotated, translated and scaled (all done with the mouse). The model is lighted by multiple light sources. Viewpoints can be saved.
Screenshots of the model can be taken. The program is able to calculate the texture map for the 3d model.
Mesh Viewer supports the following 3d file formats:
· PMesh forma (used at the Vision group of the University of Edinburgh)
· GTS format (from the Gnu Triangulation Library)
· Geomview format (only format "OFF" or "COFF")
· PLY format (only ASCII format)
· VRML 1.0 format
· VRML 2.0 format (VRML97)
· Visualisation Toolkit VTK format (ASCII POLYDATA only)
· Alias Wavefront / Java 3d OBJ format (ASCII polygon data only).
Requirements:
· mesh Viewer requires a 3-button mouse (or emulation) in order to rotate (left button), translate (middle button) and zoom (right button) the model.
· It is recommended to use a 3d acceleration graphics card for displaying models. This is specially important for displaying models with texture.
· mesh Viewer requires an opengl library and a GUI library for displaying and interacting with the opengl module. (the Qt 3 library is included in the package)
White Dune description
White_dune is a low level VRML97 software that can read VRML97 files, display and let the user change the scenegraph/fields White_dune is a low level VRML97 software that can read VRML97 files, display and let the user change the fields/scenegraph.
Unlike most highlevel tools, it uses a light model based on the VRML97 standard. White_dune is not complete yet, especially in the 3d preview window. But even if you do not see the node/field in 3D, you can graphically change the values.
White_dune is a simple NURBS/SuperFormula 3d Modeller, but it do not have tools to change polygon meshes (VRML97 IndexedFaceSet nodes) that can be taken seriously (yet).
VRML97 IndexedFaceSet nodes can be created via conversion from NurbsSurface nodes oder SuperFormula PROTOs or by "pure VRML97" export, but for some tasks you may prefer to work with a polygon mesh 3d modeller with VRML97 export and enhance the results (e.g. color, texture, lightning, animation, interaction....) in white_dune.
White_dune support the VRML97 Inline node, which allows a workflow by using different tools together. Beside zillions of closed source 3d modellers with VRML97 export, there are free software/opensource 3d modellers with VRML97 (mesh) export:
· wings 3d (BSD style licence)
· Art of Illusion (mainly GPL license)
· Blender (GPL license)
· SharpConstruct(GPL license)
· gSculpt(GPL license)
· G-House 3d (in early development)
Depending on hard and software, white_dune can be a immersive VRML editor with support for stereoscopic view and support for 3d input devices.
Requirements:
· The usage of a 3d hardwareaccelated graphicscard with opengl driver support will speedup things dramitically
· Most (but not all) opengl implementations require at least a color depth of 15 Bit (32768 colors on the screen)
White_dune is a low level VRML97 software that can read VRML97 files, display and let the user change the scenegraph/fields White_dune is a low level VRML97 software that can read VRML97 files, display and let the user change the fields/scenegraph.
Unlike most highlevel tools, it uses a light model based on the VRML97 standard. White_dune is not complete yet, especially in the 3d preview window. But even if you do not see the node/field in 3D, you can graphically change the values.
White_dune is a simple NURBS/SuperFormula 3d Modeller, but it do not have tools to change polygon meshes (VRML97 IndexedFaceSet nodes) that can be taken seriously (yet).
VRML97 IndexedFaceSet nodes can be created via conversion from NurbsSurface nodes oder SuperFormula PROTOs or by "pure VRML97" export, but for some tasks you may prefer to work with a polygon mesh 3d modeller with VRML97 export and enhance the results (e.g. color, texture, lightning, animation, interaction....) in white_dune.
White_dune support the VRML97 Inline node, which allows a workflow by using different tools together. Beside zillions of closed source 3d modellers with VRML97 export, there are free software/opensource 3d modellers with VRML97 (mesh) export:
· wings 3d (BSD style licence)
· Art of Illusion (mainly GPL license)
· Blender (GPL license)
· SharpConstruct(GPL license)
· gSculpt(GPL license)
· G-House 3d (in early development)
Depending on hard and software, white_dune can be a immersive VRML editor with support for stereoscopic view and support for 3d input devices.
Requirements:
· The usage of a 3d hardwareaccelated graphicscard with opengl driver support will speedup things dramitically
· Most (but not all) opengl implementations require at least a color depth of 15 Bit (32768 colors on the screen)
VRMesh 2.0, directly working on arbitrary triangle meshes, gives you the power to create, edit, sculpture, and transform the meshes easily and efficiently, avoiding transferring the mesh into NURBS or subdivision format for modifying the surface, since the transformation is a hard and time-consuming work due to the topological restriction of NURBS and the connectivity constraints of subdivision surfaces.
Comparing with the other mesh processing tools, it has the following unique features:
Digital clay tools directly working on arbitrary triangle meshes by clicking and dragging.
Global/local dynamic-remeshing smoothing.
Mesh merging with watertight seamless.
Better artifact fixing techniques for mesh editing.
Selecting regions of interest (ROI) easily.
Sketch-based smart form tools for free-form mesh generating.
VRMesh is especially suitable for mesh processing and conceptual communication in the 3d industrial design and development process.
Comparing with the other mesh processing tools, it has the following unique features:
Digital clay tools directly working on arbitrary triangle meshes by clicking and dragging.
Global/local dynamic-remeshing smoothing.
Mesh merging with watertight seamless.
Better artifact fixing techniques for mesh editing.
Selecting regions of interest (ROI) easily.
Sketch-based smart form tools for free-form mesh generating.
VRMesh is especially suitable for mesh processing and conceptual communication in the 3d industrial design and development process.
ActiveSolid is an opengl based 3d solid modeling, CAD prototyping and view mark-up application. It runs in either of two modes: as an ActiveX control in the Internet Explorer and as a standalone end-user application. It features an intuitive, non-blocking and customizable GUI, an import/export plug-in architecture, associative 3d dimensions (point-to-point, point-to-face, X-,Y- and Z-dimensions) for accurate model measurements, robust Boolean operations on 3d meshes and 2D polygons, 2D mark-up tools, 3d slicing for arbitrary or axis-aligned profile generation, local vertex editing on 3d meshes and 2D polygons, and an array of powerful 3d object creation tools (e.g., extrusion from complex and nested profiles, 3d polygon and mesh creation from true type fonts, and optimal mesh reconstruction from planar, non-parallel contours).
ActiveSolid is written entirely in C++/ATL/WTL and is thus very compact. All functionality is packed inside ActiveSolid.dll for just a little over 1.5mb (excluding OpenGL.dll for rendering and FreeImage.dll for 2D image import/export). It costs $29us to register. To our knowledge, it is the only high quality solid modeling and view mark-up program/control in this price range.
The new version 1.5 is now available for download. Also available as a separate download from the J&L Associates download page are the free Q3BSP import and XGL export plug-ins (in addition to the built-in 2D and 3d importers and exporters).
ActiveSolid is written entirely in C++/ATL/WTL and is thus very compact. All functionality is packed inside ActiveSolid.dll for just a little over 1.5mb (excluding OpenGL.dll for rendering and FreeImage.dll for 2D image import/export). It costs $29us to register. To our knowledge, it is the only high quality solid modeling and view mark-up program/control in this price range.
The new version 1.5 is now available for download. Also available as a separate download from the J&L Associates download page are the free Q3BSP import and XGL export plug-ins (in addition to the built-in 2D and 3d importers and exporters).
MeshX is a 3d modelling program, for creating, viewing, editing, and saving DirectX X files. It can be used to create and edit models for use in 3d programming, or just to create great 3d art. There are three lights which you can move and adjust, and you can capture the DirectX window to a bitmap file at any time. You can switch to full screen mode to get a better view, and still move and rotate meshes while in full screen mode. MeshX also will create seven basic shapes, and comes with a compressed library of models, to help get you started. MeshX views meshes as solids by default, but its wireframe mode will display the basic mesh without lighting, and allow vertex level editing of the mesh. You can view the materials contained by the mesh, add new materials, and assign materials to selected mesh faces (3D painting, if you will). There are a few advanced editing functions that allow editing multiple selected faces, or all of the mesh faces, at once. Version 2.2 adds boolean, tesselate, and mirror functions. If you screen capture meshes to image files, then edit with a graphics program, you can create some stunning 3d art.
Mesh opengl can make your favorite pictures ripple, wave, and more. Highly
SpaceTime is a popular opengl 3d graphics Simple Network Time Protocol (SNTP) client widely available since 1998, now available with complete source code.Originally crafted as a programming exercise to learn a variety of opengl 3d graphics skills, SpaceTime has evolved to enjoy a measure of success among those who wish to keep their PC system clocks in nearly perfect step with the rhythms of the universe. Provides support of 3d Studio MAX (.3DS) mesh files, a realistic warp-drive/starfield effect, and (for registered users) complete source code suitable for learning opengl programming techniques. Unregistered version expires every Sunday at 00:00 (GMT).
RhinoResurf for Rhino is a reverse engineering plug-in for Rhinoceros???® 3.0 and 4.0. This plug-in gives Rhino the ability to reconstruct the geometry represented by NURB surface of an object from a mesh or point cloud which describes it.
RhinoResurf for Rhino can drape a surface over a point cloud with specified tolerance. Draping a surface is similar to laying a piece of cloth over an object. The surface is deformed to take the shape of the object along the drape direction. The drape direction is calculated automatically. Command: RsPoints2Surf
RhinoResurf for Rhino can convert an open mesh model to a single NURB surface with specified tolerance. The mesh is allowed to have interior holes in the model. Command: RsMesh2Surf
RhinoResurf for Rhino can convert sub-mesh in an open mesh to a single NURB surface with specified tolerance. User selects a mesh, and defines a sub-mesh by drawing closed lines on the selected mesh. Then just click right-mouse button, the sub-mesh will be converted to a NURB surface. Command: RsMesh2Surf
RhinoResurf for Rhino can convert an open or closed mesh to multiple NURB surfaces. User selects a mesh, and defines a curve network by drawing lines on the selected mesh. Then just click one or two buttons, the selected mesh will be converted to multiple NURB surfaces with specified tolerance. The transition between any two NURBS surface patches reaches G1 continuity. Command: RsMesh2Surfs
RhinoResurf for Rhino can merge several meshes into one mesh body. Command: RsMergeMeshs
RhinoResurf for Rhino is designed to be extremely user friendly and easy to understand. You load it manually at the first time and it automatically loads itself into the Rhino environment later. Once loaded it adds new commands to Rhinos existing commands and a new submenu called "Resurf" to the Rhino menu containing these newly added commands.
RhinoResurf for Rhino can drape a surface over a point cloud with specified tolerance. Draping a surface is similar to laying a piece of cloth over an object. The surface is deformed to take the shape of the object along the drape direction. The drape direction is calculated automatically. Command: RsPoints2Surf
RhinoResurf for Rhino can convert an open mesh model to a single NURB surface with specified tolerance. The mesh is allowed to have interior holes in the model. Command: RsMesh2Surf
RhinoResurf for Rhino can convert sub-mesh in an open mesh to a single NURB surface with specified tolerance. User selects a mesh, and defines a sub-mesh by drawing closed lines on the selected mesh. Then just click right-mouse button, the sub-mesh will be converted to a NURB surface. Command: RsMesh2Surf
RhinoResurf for Rhino can convert an open or closed mesh to multiple NURB surfaces. User selects a mesh, and defines a curve network by drawing lines on the selected mesh. Then just click one or two buttons, the selected mesh will be converted to multiple NURB surfaces with specified tolerance. The transition between any two NURBS surface patches reaches G1 continuity. Command: RsMesh2Surfs
RhinoResurf for Rhino can merge several meshes into one mesh body. Command: RsMergeMeshs
RhinoResurf for Rhino is designed to be extremely user friendly and easy to understand. You load it manually at the first time and it automatically loads itself into the Rhino environment later. Once loaded it adds new commands to Rhinos existing commands and a new submenu called "Resurf" to the Rhino menu containing these newly added commands.
RhinoResurf for Rhino is a reverse engineering plug-in for Rhinoceros® 3.0 and 4.0. This plug-in gives Rhino the ability to reconstruct the geometry represented by NURB surface of an object from a mesh or point cloud which describes it.
RhinoResurf for Rhino can drape a surface over a point cloud with specified tolerance. Draping a surface is similar to laying a piece of cloth over an object. The surface is deformed to take the shape of the object along the drape direction. The drape direction is calculated automatically. Command: RsPoints2Surf
RhinoResurf for Rhino can convert an open mesh model to a single NURB surface with specified tolerance. The mesh is allowed to have interior holes in the model. Command: RsMesh2Surf
RhinoResurf for Rhino can convert sub-mesh in an open mesh to a single NURB surface with specified tolerance. User selects a mesh, and defines a sub-mesh by drawing closed lines on the selected mesh. Then just click right-mouse button, the sub-mesh will be converted to a NURB surface. Command: RsMesh2Surf
RhinoResurf for Rhino can convert an open or closed mesh to multiple NURB surfaces. User selects a mesh, and defines a curve network by drawing lines on the selected mesh. Then just click one or two buttons, the selected mesh will be converted to multiple NURB surfaces with specified tolerance. The transition between any two NURBS surface patches reaches G1 continuity. Command: RsMesh2Surfs
RhinoResurf for Rhino can merge several meshes into one mesh body. Command: RsMergeMeshs
RhinoResurf for Rhino is designed to be extremely user friendly and easy to understand. You load it manually at the first time and it automatically loads itself into the Rhino environment later. Once loaded it adds new commands to Rhinos existing commands and a new submenu called "Resurf" to the Rhino menu containing these newly added commands.
RhinoResurf for Rhino can drape a surface over a point cloud with specified tolerance. Draping a surface is similar to laying a piece of cloth over an object. The surface is deformed to take the shape of the object along the drape direction. The drape direction is calculated automatically. Command: RsPoints2Surf
RhinoResurf for Rhino can convert an open mesh model to a single NURB surface with specified tolerance. The mesh is allowed to have interior holes in the model. Command: RsMesh2Surf
RhinoResurf for Rhino can convert sub-mesh in an open mesh to a single NURB surface with specified tolerance. User selects a mesh, and defines a sub-mesh by drawing closed lines on the selected mesh. Then just click right-mouse button, the sub-mesh will be converted to a NURB surface. Command: RsMesh2Surf
RhinoResurf for Rhino can convert an open or closed mesh to multiple NURB surfaces. User selects a mesh, and defines a curve network by drawing lines on the selected mesh. Then just click one or two buttons, the selected mesh will be converted to multiple NURB surfaces with specified tolerance. The transition between any two NURBS surface patches reaches G1 continuity. Command: RsMesh2Surfs
RhinoResurf for Rhino can merge several meshes into one mesh body. Command: RsMergeMeshs
RhinoResurf for Rhino is designed to be extremely user friendly and easy to understand. You load it manually at the first time and it automatically loads itself into the Rhino environment later. Once loaded it adds new commands to Rhinos existing commands and a new submenu called "Resurf" to the Rhino menu containing these newly added commands.
3d mesh in opengl in software introduction
No.
Title
Category
Price
License
File size
1
Graphic Apps - Presentation Tools
Freeware
44k
Invert a gradient mesh in Illustrator
2
Graphic Apps - Editors
Freeware
344 KB
Lines 3D is a simple program to display 3D objects in the form of a mesh constructed from lines and circles
3
Graphic Apps - Graphic Plugins
FREE
Freeware
470 KB
This 3D Studio Max plugin is a small but handy utility designed to unwrap any mesh in texture coordinate space.
4
Graphic Apps - Graphic Plugins
$195
Demo
2.55 MB
Mesh To Solid for AutoCAD - a polygon mesh to 3d solid conversion plug-in for AutoCAD
5
Graphic Apps - CAD
$695
Commercial
7.44MB
3d modeling tool for arbitrary triangle mesh creating and processing.
6
Home & Shell & Desktop - Misc Screens
Free
Freeware
86KB
Mesh OpenGL can make your favorite pictures ripple, wave, and more. Highly
7
Graphic Apps - Other
$119.50
Shareware
336.00 KB
Convert any 3d drawing entity into other 3d entity type. It creates 3d solids, polyface meshes, faces, lines, points and especially allows to convert any polyface mesh to solid and solid to mesh.
8
Graphic Apps - Other
$119.50
Shareware
290.50 KB
Convert any 3d drawing entity into other 3d entity type. It creates 3d solids, polyface meshes, faces, lines, points and especially allows to convert any polyface mesh to solid and solid to mesh.
9
Graphic Apps - Other
$99.50
Shareware
433.00 KB
Convert any 3d drawing entity into other 3d entity type. It can create 3d solids, polyface meshes, faces, lines, points and especially can allow to convert any polyface mesh to solid and solid to mesh.
10
Graphic Apps - Other
$99.50
Shareware
338.00 KB
Convert any 3d drawing entity into other 3d entity type. It can create 3d solids, polyface meshes, faces, lines, points and especially can allow to convert any polyface mesh to solid and solid to mesh.
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