Geomview was designed to be a standalone viewer to see and manipulate objects. It can display objects described in a variety of file formats. It comes with a wide selection of example objects, and you can easily create your own objects too.
You can also use Geomview to handle the display of data coming from another program that is running simultaneously. As the other program changes the data, the Geomview image reflects the changes. Programs that generate objects and use Geomview to display them are called external modules.
External modules can control almost all aspects of Geomview. The idea here is that many aspects of the display and interaction parts of geometry software are independent of the geometric content and can be collected together in a single piece of software that can be used in a wide variety of situations.
The author of the external module can then concentrate on implementing the desired algorithm and leave the display aspects to Geomview. Geomview comes with a collection of sample external modules, and the manual describes how to write your own.
Geomview allows multiple independently controllable objects and cameras. It provides interactive control for motion, appearances (including lighting, shading, and materials), picking on an object, edge or vertex level, snapshots in many image file, PostScript, or Renderman RIB format, and adding or deleting objects is provided through direct mouse manipulation, control panels, and keyboard shortcuts.
Geomview can run under Microsoft Windows using Cygwin.
Geomview is an OpenGL-based, non-Photoshop-like graphics program. It allows to draw and manipulate objects using a completely mouse driven interface.
Image4Window is a KDE application which displays images from the system clipboard in a window. It allows to select multiple items and mark them as favorites; it can be invoked directly from the KDE panel via an icon and is available through KRunner.
A feature I’ve been using a lot recently is the ability to mark multiple frames with the same border as favorites.
Image4Window can also display images from the Web. With the latest release (0.4) it supports images from Photos web albums.
You can also use Image4Window to view images from a network folder. As such, it is easy to play back a video while checking images on the right.
Image4Window Description:
Image4Window is a KDE application which displays images from the system clipboard in a window.
Shot is an interactive screen capture and screenshot tool that works with a variety of graphics and windowing environments.
The program supports mouse, keyboard, and file input. It also has a function to remove screenshots from images and outputs a series of PNG files.
Shot Description:
Shot is an interactive screen capture and screenshot tool that works with a variety of graphics and windowing environments.
Homepage:
Version: 1.4.0
OS: Linux
Portability: FreeBSD, MacOS X, Windows, OSX
Category: Graphics, Screenshot, Clipboard
Package: clipboardqt
Price: 0
File size: 14.50 MiB
jff’s Clipboard Collector performs exactly as advertised: it copies the contents of the system clipboard into the clipboard. It provides three different options that allow you to choose exactly what you want to copy (URLs, images, etc.) and optionally filter it.
jff’s Clipboard Collector Description:
jff’s Clipboard Collector is an open source program to copy the contents of the system clipboard into a file.
Desklets are screens, or small programs, which run along an edge of the KDE desktop and provide a set of widgets to present information such as system status.
You can group widgets together into a “desklet”, or position your desklets in four different arrangements. When you position your widgets, they stay static until you move them.
Desklets can be managed by the Properties application. You can
Geomview is an external module that runs on Microsoft Windows using Cygwin. It is an ncurses application with a graphical user interface to allow for easy interaction with external modules.
Geomview provides extensive documentation and sample modules. A tutorial module gives a complete overview of how to design and implement an external module.
Geomview has a simple user interface with two windows. The left window contains a picture of the scene displayed by the module and the right window is where you will enter object-level manipulations, camera manipulations, and layer manipulations. The user is first required to select the input file format before any manipulations are allowed.
Geomview allows the user to manipulate the geometry in different ways. For example, to pick a vertex you can click, press and hold the shift key while selecting the desired vertex, and the vertex will be highlighted in yellow. To delete an object, you can click and press delete. You can also use the mouse buttons to rotate the object, scale it, move it, move its active camera, or move the active camera.
Geomview also allows the user to view the scene in different ways. You can toggle between the image being displayed in a full-screen window, a window split into four sections, or a window split into four sections and a Y-axis. In the full-screen view, you can see the full image, rotate the image, scale the image, move the active camera, and change the color of the image.
In the four-window view, the image is moved along the X-axis by clicking and dragging, while the Y-axis moves the image to show the picture at a different level of detail. The four-window view also provides a control panel so that the user can perform manipulations in many different ways.
The program can be downloaded from SourceForge. The complete source code and a user guide are available for free.
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Do you know how many of them do you save?
Hard to believe, isn
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– Tons of options, choose from rotation, mirroring, choosing pixel precision (mono, bi-linear, tri-linear), highlight, ordering, translation, scaling, scene name and customization with general and site specific options
– See objects, cameras, light sources, lightmaps, textures, surfaces, objects, materials and shadows
– Multiple objects with independent and combined movement
– Display and interact with time-varying data
– User interface for multiple concurrent views and cameras
– Keyboard and mouse interaction with zoom in/out and pan/rotate with Orbit mode as well as buttons for rotating the scene and collapsing/expanding objects
– Display and editing of image files in n.m.e. format (OpenGL, igl, OpenColorIO, and Raw image formats)
– Edge control with vertex editing
– Visualize surfaces and surfaces as a wireframe model
– Visualize surfaces and surfaces as a filled mesh
– Vertex/face labeling
– Object saving and loading
– Ability to interact with OpenGL and SGI
– Import/export of OpenGL primitives
– Ascii renderer with scene name support
– Using multiple views and cameras
– Global scene options can be specified
– 3d window manager style interface
– Design principles and aspects covered include, but are not limited to: concurrent view options, interactive control, tool (view) properties, flexible rendering, dynamic camera settings, working with G-buffer data,
– 2D pixel per pixel rendering using multiple images
– Users can specify how images are displayed
– Well-integrated documentation system for example
– Running in a small window on a console
A:
I know this is an old question, but if you’re still looking for a new viewer, I’d highly recommend Grasshopper. Grasshopper is a python based viewer, with a simple, uncluttered user interface and a few features not currently available in other viewers. It’s also cross platform, but I think Grasshopper is best for visualization.
It’s free, from the author, appears to be actively maintained, and had a total overhaul a few months ago, so there are probably still some bugs.
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A rapid and simple method using liquid chromatography-tandem mass spectrometry has been developed for simultaneous quantification of nefiro
Geomview is a GUI for display and manipulation of Geometry objects. It allows for virtually interactive display of objects of many types, including surfaces, beams, shell, solids, and some more. Objects can be moved with motion and picking tools, marked with selection tools, and annotated. They can be rotated and scaled interactively. Geomview is designed to be used for presentation of geometry data on visual presentation systems, and it comes with support for a wide variety of image formats.
Geomview is licensed under the GNU GPL.
Core Geomview Features:
* Geometry objects (such as surfaces, shell, solids, etc.) that can be rotated, zoomed, and viewed from different perspectives.
* Many different tools are available for display (e.g., moving, rotating, scaling, clipping, color, texture mapping), annotation (subdividing, marking, copying, pasting), and selection (selection by hand, by various tools, or by surfaces).
* Undo/Redo, editing tools, undo history, and multiple undo in all tools.
* Support for all image formats commonly used in visualization software such as Postscript, TIFF, RIB, and Scalable Vector Graphics.
* More than 15 examples of objects are included with Geomview, and more are available from the Geomview web site.
* The author can easily implement new external modules, and this in turn can be used to create new images. Geomview comes with 10 external module implementations, including perspective and orthogonal clipping, bsplines, and raytracing.
* Geomview is suitable for image processing (e.g., producing graphics for printing, Web pages, movies) and creates image sequences.
* Geomview is Open Source and licensed under the GNU GPL.
Geomview Installation:
The latest stable version of Geomview is available for GNU/Linux at
Unpacking the zip file is straight forward. The installation is a simple tar.gz file that is decompressed to a folder called geomview. Just double click on geomview.exe to start using Geomview.
Additional Information:
For more information or to contact the author, visit or If you need help,
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– Minimum:
OS: Windows 7, Windows 8, Windows 10
CPU: Any Intel or AMD processor
RAM: 1 GB or more
Hard Disk Space: 100 MB or more
Graphics: DirectX9-capable GPU
DirectX: Version 9.0c
HDD Space: Install game with at least 50 MB free on Hard Disk.
– Recommended:
CPU: AMD Phenom II or equivalent
RAM: 2 GB or more
Hard
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