multidimensional surfaces rhino
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Rhino can create, edit, analyze, and translate NURBS curves, surfaces, and solids in Windows. Rhino has limited support for polygon meshes. There are no limits on complexity, degree, or size.
MeshCAD for Rhino is a useful and reliable mesh editing and modeling plug-in for Rhinoceros. Powered by MeshLib, MeshCAD for Rhino employs robust algorithms to create and modify meshes. MeshCAD for Rhino adds several commands to Rhino. These commands can be easily invoked from Rhino using the MeshCAD menu which is appended to the main Rhino menu.
Here are some key features of "MeshCAD for Rhino":
Mesh Creation: MeshCAD for Rhino can create a mesh from a set of unorganized points. These points can describe the top surface (such as a points data from a geographical survey) or they can describe a closed object.
Mesh Editing: Often meshes need to be manually edited for various reasons. MeshCAD for Rhino makes this very easy by offering a host of commands to edit vertices, edges, faces and entire meshes.
Mesh Modeling: MeshCAD for Rhino also offers several mesh modeling commands. These commands help in altering the general topology of the mesh thereby making it suitable for further operations. Mesh modeling commands include extrude, chamfer, offset, smooth, cut, slice, shell, face reduction, etc.
Mesh Data Extraction: MeshCAD for Rhino is capable of extracting key geometric information from meshes such as boundary edges, holes, surfaces, shells, etc
Mesh Tools: These are the utility commands related to meshes.
MeshCAD for Rhino comes with detailed documentation for each command as well as a set of tutorials to get you started in the shortest possible time.
Here are some key features of "MeshCAD for Rhino":
Mesh Creation: MeshCAD for Rhino can create a mesh from a set of unorganized points. These points can describe the top surface (such as a points data from a geographical survey) or they can describe a closed object.
Mesh Editing: Often meshes need to be manually edited for various reasons. MeshCAD for Rhino makes this very easy by offering a host of commands to edit vertices, edges, faces and entire meshes.
Mesh Modeling: MeshCAD for Rhino also offers several mesh modeling commands. These commands help in altering the general topology of the mesh thereby making it suitable for further operations. Mesh modeling commands include extrude, chamfer, offset, smooth, cut, slice, shell, face reduction, etc.
Mesh Data Extraction: MeshCAD for Rhino is capable of extracting key geometric information from meshes such as boundary edges, holes, surfaces, shells, etc
Mesh Tools: These are the utility commands related to meshes.
MeshCAD for Rhino comes with detailed documentation for each command as well as a set of tutorials to get you started in the shortest possible time.
RhinoResurf for Rhino is a plug-in which 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.
Features:
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.
Features:
- NURBS fitting with specified tolerance.
- Controllable surface smoothness.
- G1 continuity transition.
- Powerful ability to fit large scale point cloud/mesh to a single face.
- Easy to use. Just one or two button click.
PIX Import for Rhino is a plug-in for Rhino. This plug-in gives Rhino the ability to import graphical data from PIX files.
PIX files are the native file format of a digitizer software called Dr. Picza which comes bundled with Roland DG digitizers. PIX Import for Rhino gives Rhino the ability to import the digitized data from PIX files. You can import the data as points, lines, polylines, nurb curves, faces or nurb surfaces.
PIX Import for Rhino is very easy to use as it adds a new file type to the Rhino File Open dialog box. In order to import a PIX file, you must select Open from the File menu. Select "Dr. Picza Files (*.pix)" from the "File of type" combo box and select a PIX file to import. A new drawing will be created containing the imported PIX file.
PIX files are the native file format of a digitizer software called Dr. Picza which comes bundled with Roland DG digitizers. PIX Import for Rhino gives Rhino the ability to import the digitized data from PIX files. You can import the data as points, lines, polylines, nurb curves, faces or nurb surfaces.
PIX Import for Rhino is very easy to use as it adds a new file type to the Rhino File Open dialog box. In order to import a PIX file, you must select Open from the File menu. Select "Dr. Picza Files (*.pix)" from the "File of type" combo box and select a PIX file to import. A new drawing will be created containing the imported PIX file.
You play VS the computer on a board. Each move is timelimited and cost energy. The three first moves, you play anywhere but, after, you play only near yours pieces. You must capture opponents piece or win surface to gain more energy. At each turn, ALL the opponents piece that areconnected with yours pieces are seized by you and vice-versa. You win surface when all the pieces are the same color, but you can loose it. To challenge the game, some specials pieces appear randomly on the board ! The winner is the player with the more SURFACE.
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.
Point Cloud for Rhino is a plug-in for Rhino 2.0 and 3.0.
This plug-in gives Rhino the ability to process point clouds. You can import a point cloud into Rhino as it is or fit a surface that passes through the points to recreate the original object.
This is ideal for reverse engineering and GIS applications. There are different ways of fitting a surface depending on the nature of the point cloud.
Point Cloud for Rhino has the ability to compensate for probe diameter as well. There is an inherent error with probe based scanners since they digitize points at the center of the probe. Point Cloud for Rhino takes care of this very efficiently.
Point Cloud for Rhino has a wizard that helps you process point clouds. When working with the wizard you can switch to "Expert" mode at any time.
Point Cloud for Rhino is very easy to use. It adds a new command to Rhino called "PC". Simply type "PC" at the command prompt and follow the simple instructions.
This plug-in gives Rhino the ability to process point clouds. You can import a point cloud into Rhino as it is or fit a surface that passes through the points to recreate the original object.
This is ideal for reverse engineering and GIS applications. There are different ways of fitting a surface depending on the nature of the point cloud.
Point Cloud for Rhino has the ability to compensate for probe diameter as well. There is an inherent error with probe based scanners since they digitize points at the center of the probe. Point Cloud for Rhino takes care of this very efficiently.
Point Cloud for Rhino has a wizard that helps you process point clouds. When working with the wizard you can switch to "Expert" mode at any time.
Point Cloud for Rhino is very easy to use. It adds a new command to Rhino called "PC". Simply type "PC" at the command prompt and follow the simple instructions.
Equipotential Surfaces and E Lines is a program that shows electric potential and field lines for many kind of charges. I wrote this software to help students visualize electrostatics . Its useful for both high school and college students .
Rhino is a synthesists dream machine, that features 6 oscillators per voice.
Add 2 filters ,a built-in additive waveform generator, ultra-slick graphical multipoint envelopes with curvature controls (syncable to tempo for these crazy rhythmic patterns), a step sequencer with random mode, one modulable, variable waveshaper per oscillator, a fully dynamic routing matrix visible at all times, a dual effects section... and youll see this is not your average toy synthesizer. Actually, were proud to have one of the few vstis that can compare to hardware boxes (at a tiny fraction of the price).
We know that a synth is only as good as its presets, so youll be happy to find more than 700 presets for download. These sounds demonstrate Rhinos versatility, with jaw-dropping ambient soundscapes, powerful leads, crazy rhythmic patterns, or classic vintage sounds. In addition, there are a number of additional banks available from highly talented third-party sound designers.
With so many presets available, its easy to forget in which bank you heard that killer sound. Not so with Rhino: our groundbreaking library browser can reference an unlimited number of presets, classified by categories. It even features a keyword search function, so youll never lose time again trying to locate that rhodes sound !
Features are one thing, but the serious musician will surely wonder: "how does it sound ?". Well, what about trying the free demo (available for download below) ? Play a few notes with it, and youll understand why this synthesizer was given awards by Computer Music and Future Music magazines: simply put, its got the "Big Tick" sound.
Add 2 filters ,a built-in additive waveform generator, ultra-slick graphical multipoint envelopes with curvature controls (syncable to tempo for these crazy rhythmic patterns), a step sequencer with random mode, one modulable, variable waveshaper per oscillator, a fully dynamic routing matrix visible at all times, a dual effects section... and youll see this is not your average toy synthesizer. Actually, were proud to have one of the few vstis that can compare to hardware boxes (at a tiny fraction of the price).
We know that a synth is only as good as its presets, so youll be happy to find more than 700 presets for download. These sounds demonstrate Rhinos versatility, with jaw-dropping ambient soundscapes, powerful leads, crazy rhythmic patterns, or classic vintage sounds. In addition, there are a number of additional banks available from highly talented third-party sound designers.
With so many presets available, its easy to forget in which bank you heard that killer sound. Not so with Rhino: our groundbreaking library browser can reference an unlimited number of presets, classified by categories. It even features a keyword search function, so youll never lose time again trying to locate that rhodes sound !
Features are one thing, but the serious musician will surely wonder: "how does it sound ?". Well, what about trying the free demo (available for download below) ? Play a few notes with it, and youll understand why this synthesizer was given awards by Computer Music and Future Music magazines: simply put, its got the "Big Tick" sound.
This program shows electric potential and E lines of many kind of charges and written to help students visualize electrostatics. Its useful for both college and high school students.Program features:1) Dealing with many kinds of charges: Point, Linear and Page charges with limited or unlimited length, Conductive spheres and Di electric boundaries.2) Drawing 2D equipotential surfaces and 2D & 3D electric field lines and charges in space.3) Topographical and coloured view of potential, E field value and energy density.4) Accurate calculations. It finds potential by real mathematical integration (not inaccurate numerical calculation of integrals) 5) Drawing the route of a projectile charge who influenced by other charges.6) Complete help system that includes help animations
TerrainCAD for Rhino is a terrain modeling plug-in for Rhinoceros 3.0 and 4.0. This plug-in gives Rhino the ability to create a terrain mesh from a set of unordered points, lines and polylines. The terrain mesh is created as a Delaunay Triangulation, which is regarded as the best method to create a terrain mesh from unorganized point data. TerrainCAD for Rhino is powered by TerrainLib, a state of the art terrain modeling library developed by SYCODE.
TerrainCAD for Rhino is very easy to use. Once installed, it automatically loads itself into Rhino and adds a new submenu called "TerrainCAD" to the Rhino menu.
TerrainCAD for Rhino is very easy to use. Once installed, it automatically loads itself into Rhino and adds a new submenu called "TerrainCAD" to the Rhino menu.
Mesh To Solid for Rhino is a plug-in for Rhino 2.0 and 3.0. This plug-in gives Rhino to ability to convert a mesh into a solid.
A mesh is a useful entity when it comes to defining geometry of an object. However, certain Rhino commands such as boolean operations, offset, extrusion, etc, cannot be performed on meshes.
Moreover, Rhino does not export meshes to IGES, STEP, ACIS, ParaSolid, VDA and similar file formats, thereby rendering the mesh model useless for further solid modeling in another CAD system. Rhino imports STL, OBJ and other similar files as meshes only. If you need to modify these imported objects you need to convert them into solids.
Rhino has an internal "MeshToNurb" command. This command converts each and every face of the mesh into a Nurbs surface and joins them together. This makes the final solid object complicated and difficult to work with.
Mesh To Solid for Rhino, on the other hand, studies the mesh object and determines the features that define the geometry of the model. It then creates a single trimmed Nurbs surface for a group of mesh faces that collectively define a feature. Finally it joins all the trimmed Nurbs surfaces to form the final solid. The resulting solid contains a far lesser number of faces and is much easier to work with.
Mesh To Solid for Rhino is very easy to use. It adds a new command to Rhino called "MeshToSolid". Simply type "MeshToSolid" at the command prompt and select the mesh you wish to convert into a solid.
A mesh is a useful entity when it comes to defining geometry of an object. However, certain Rhino commands such as boolean operations, offset, extrusion, etc, cannot be performed on meshes.
Moreover, Rhino does not export meshes to IGES, STEP, ACIS, ParaSolid, VDA and similar file formats, thereby rendering the mesh model useless for further solid modeling in another CAD system. Rhino imports STL, OBJ and other similar files as meshes only. If you need to modify these imported objects you need to convert them into solids.
Rhino has an internal "MeshToNurb" command. This command converts each and every face of the mesh into a Nurbs surface and joins them together. This makes the final solid object complicated and difficult to work with.
Mesh To Solid for Rhino, on the other hand, studies the mesh object and determines the features that define the geometry of the model. It then creates a single trimmed Nurbs surface for a group of mesh faces that collectively define a feature. Finally it joins all the trimmed Nurbs surfaces to form the final solid. The resulting solid contains a far lesser number of faces and is much easier to work with.
Mesh To Solid for Rhino is very easy to use. It adds a new command to Rhino called "MeshToSolid". Simply type "MeshToSolid" at the command prompt and select the mesh you wish to convert into a solid.
The Rhino Game, a point and click game for Windows, describes the plight of the northern white rhino. This critically endangered rhino?s population is so small it is unlikely to avoid extinction. You?re a crime reporter for a newspaper in Beijing planning a series of articles on the smuggling of poached rhino horn. You hope the articles will persuade governments to end rhino poaching before northern white rhinos become extinct. You begin your research for the articles by finding ways to contact smugglers. The smugglers confirm that rhino horn sold in China is from critically endangered northern white rhino killed by poachers in the Democratic Republic of Congo. The horn is smuggled to China through ports in Sudan. You make travel plans based on your editor?s promise you can go to Africa to investigate the poaching and smuggling if your travel plans won?t make smugglers aware of your purpose. When you?ve completed your travel plans, you apply for a visa to Sudan. You must think of a reason for your visit acceptable to Sudan?s government. You hire guides and rent trucks, horses, and donkeys in southern Sudan. On your way to Garamba National Park in Congo to document the activities of rhino poachers you may be attacked by rebel militia, your trucks may be stuck in mud or break down or be stolen, or elephants may charge your convoy. In Garamba, you may encounter hostile rhino horn poachers, suspicious park rangers, inquisitive European TV crews, cruel wildlife smugglers, greedy bush meat traders, angry elephants and hippos, and indigenous peoples whose lives have been ravaged by war. You could be attacked by elephants in musth or rhinos protecting their young, find yourself in a river with angry hippos, try to rescue a rhino from a minefield, try to hide from, or even shoot down, spotter planes, or witness a fight between a rhino and an elephant. You or your guides might suffer tropical diseases or your donkeys and horses could become ill. If things go really wrong, you?ll have to leave as quickly as possible! You try to smuggle any rhino horn you obtain through Sudan to China. You must choose to either pay bribes or risk losing your horn to bandits and smugglers. If the horn reaches China and isn?t found in customs and police checks, you compare its DNA to that of rhino horn you found in Beijing. If the DNA matches, it will prove horn from critically endangered rhinos is smuggled from Congo to China. You?ll add this to other evidence - such as names of smugglers and your count of rhinos ? which might persuade the world community to save the northern white rhino. There is an illustrated glossary (more like an encyclopaedia). The game is suitable for middle school or older players, or anyone interested in environmental issues, especially those related to endangered species.
PLT Import for Rhino is a HPGL Plot (.plt) file import plug-in for Rhinoceros 3.0 and 4.0. This plug-in gives Rhino the ability to import pen movements from HPGL Plot files.
PLT Import for Rhino reads pen movement data stored PLT files and imports it into Rhino. A HPGL PLT file is comprised of a set of instructions related to pen movements of HPGL plotters. PLT Import for Rhino reads these pen movement instructions and creates curve objects in the active Rhino drawing.
PLT Import for Rhino is designed to be extremely user friendly and easy to understand. It adds new commands to Rhino and also a new submenu called "PLTImport" which houses these commands. Truly software made simple!
PLT Import for Rhino reads pen movement data stored PLT files and imports it into Rhino. A HPGL PLT file is comprised of a set of instructions related to pen movements of HPGL plotters. PLT Import for Rhino reads these pen movement instructions and creates curve objects in the active Rhino drawing.
PLT Import for Rhino is designed to be extremely user friendly and easy to understand. It adds new commands to Rhino and also a new submenu called "PLTImport" which houses these commands. Truly software made simple!
MeshFlatten for Rhino is a plug-in for Rhinoceros 3.0 and 4.0. This plug-in gives Rhino the ability to unroll the selected mesh model. MeshFlatten for Rhino is designed to be extremely user friendly, user just select a mesh and click right-mouse button, the flatten result will be calculated automatically. Command: RsMeshFlatten
Terrain for Rhino is a terrain modeling plug-in for Rhinoceros (commonly known as Rhino). This plug-in gives Rhino the ability to create a terrain mesh from a set of unordered points. The terrain mesh is created as a Delaunay Triangulation, which is regarded as the best method to create a terrain mesh from unorganized point data. Terrain for Rhino is powered by PointLib, a state of the art terrain modeling library developed by SYCODE.
Rhino Terminal 3.0.184 is a useful tool which is designed to allow you to access remote hosts and network devices via the TELNET and SSH protocols. Using this version of Rhino Terminal will surely bring you such helpfulness and convenience.
Rhino Terminal is a full-featured terminal emulation client for secure remote access, file transfer, and data tunneling. Clear user interface, scripting technology and ability to connect and log on to a remote host with a single mouse click make your work productive and comfortable.
Rhino Terminal offers emulation of different terminal types: ANSI, VT52, VT100, VT220, Linux, XTerm; support of SSH, TELNET and Serial communication protocols.
Major Features:
- Support of multiple simultaneous sessions in tabs
- Quick access to a remote host
- Support of SSH, TELNET and Serial communication protocols
- Emulation of different terminal types: ANSI, VT52, VT100, VT220, Linux, XTerm
- RouterTweakTM technology – visual editing for configuration files of network devices manufactured by Cisco Systems
WareSeeker Editor
NC Import for Rhino is a plug-in for Rhino. This plug-in gives Rhino the ability to import commands from NC files.
CNC Machines worldwide use Numeric Control files (.nc or .ncc) to convert programmed instructions to tool movement. NC programs consist of a sequence of codes with parameter data to arrive at a precise description of the toolpath. But the best of NC programmers also can make mistakes. NC Import for Rhino lets you import NC files into Rhino so that you can view the intended toolpath in 3D.
NC Import for Rhino is very easy to use as it adds a new file type to the Rhino File Open dialog box. To import a NC file select Open from the File menu. Select "Numeric Control Files (*.nc,*.ncc)" from the "File of type" combo box and select a NC file to import. A new drawing will be created containing the imported NC file.
CNC Machines worldwide use Numeric Control files (.nc or .ncc) to convert programmed instructions to tool movement. NC programs consist of a sequence of codes with parameter data to arrive at a precise description of the toolpath. But the best of NC programmers also can make mistakes. NC Import for Rhino lets you import NC files into Rhino so that you can view the intended toolpath in 3D.
NC Import for Rhino is very easy to use as it adds a new file type to the Rhino File Open dialog box. To import a NC file select Open from the File menu. Select "Numeric Control Files (*.nc,*.ncc)" from the "File of type" combo box and select a NC file to import. A new drawing will be created containing the imported NC file.
Decision support systems of any contemporary enterprise contain huge complex tables, applications and schemes. The use of advanced components allows the avoidance of such great amount of data. The OLAP + CHART ModelKit components package is intended for the creation of analytical applications for decision support systems. The pack includes a flexible OLAP component - OLAP ModelKit and graphical component - Chart ModelKit. OLAP ModelKit is designed for multidimensional data analysis. The application created with the product help gives end users opportunity to choose what data should be analyzed, what dimensions should be displayed in the pivot table, where and what data slice should be done. Chart ModelKit allows the creation of applications for displaying multidimensional data as interactive 2D charts and graphs. Thus the information is represented in understandable and visual form. Components included in the OLAP + CHART ModelKit suite represent a unified development framework with similar design-time and runtime customization facilities, common data management and appearance customization methods. The joint use of OLAP ModelKit and Chart ModelKit doesnt require deep knowledge in programming. Just place Chart Viewer on the form the DataCubeGrid is located on, few mouse clicks and data is represented as comprehensible charts. The OLAP + CHART ModelKit package is developed for .Net, written in C# and contains only managed code. Distribution of the suite within your applications doesnt require any additional fees. Thus, the use of OLAP +CHART ModelKit provides a wide range of opportunities of multidimensional analysis and graphical representation of the data needed for effective business management in one application. Create qualitative and comprehensive decision support systems!
Decision support systems of any contemporary enterprise contain huge complex tables, applications and schemes. The use of advanced components allows the avoidance of such great amount of data. The OLAP + CHART ModelKit components package is intended for the creation of analytical applications for decision support systems. The pack includes a flexible OLAP component - OLAP ModelKit and graphical component - Chart ModelKit. OLAP ModelKit is designed for multidimensional data analysis. The application created with the product help gives end users opportunity to choose what data should be analyzed, what dimensions should be displayed in the pivot table, where and what data slice should be done. Chart ModelKit allows the creation of applications for displaying multidimensional data as interactive 2D charts and graphs. Thus the information is represented in understandable and visual form. Components included in the OLAP + CHART ModelKit suite represent a unified development framework with similar design-time and runtime customization facilities, common data management and appearance customization methods. The joint use of OLAP ModelKit and Chart ModelKit doesnt require deep knowledge in programming. Just place Chart Viewer on the form the DataCubeGrid is located on, few mouse clicks and data is represented as comprehensible charts. The OLAP + CHART ModelKit package is developed for .Net, written in C# and contains only managed code. Distribution of the suite within your applications doesnt require any additional fees. Thus, the use of OLAP +CHART ModelKit provides a wide range of opportunities of multidimensional analysis and graphical representation of the data needed for effective business management in one application. Create qualitative and comprehensive decision support systems!.
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