Search Results for "outline"

...Works with USB microscopes, webcams, or any image file. How to Use Open an image (F) or connect a camera (C). Adjust the polygon by dragging its vertices to match the gem outline. Read deviation percentages, symmetry score, and edge lengths directly on screen. Calibrate (K) by clicking two points and entering their real distance (e.g., 5 mm) to switch to metric units. Add rulers (M) to measure arbitrary lengths, dividing them into any number of equal parts. Save results (S) or export a text report (E).

Welcome to the my3D printer Tevo Tarantula site. Here you find find firmware, upgrades, modifications and new parts to make your Tevo Tarantula even better. Full users guide taking you from once assembled to printing. Step by step detailed instructions. Also see my 3D Projects site at https://sourceforge.net/projects/my-3d-projects

Eclipse Verilog editor is a plugin for the Eclipse IDE. It provides Verilog(IEEE-1364) and VHDL language specific code viewer, contents outline, code assist etc. It helps coding and debugging in hardware development based on Verilog or VHDL.

This Python script reads in a DXF (ascii) file and generates a PCB output compatible with PCB Designer, part of the gEDA suite. It is designed for two purposes: One is to generate a PCB snippet from a mechanical drawing (such as a board outline), the other is to produce element files from CAD drawings. PCB snippets are easily imported into an existing gEDA-PCB project using File -> Load Layout to Buffer. Generated element files are ready to use (except for special cases like no-paste flags and rounded pads).

WODA (Well Outline and Design Aid) is a groundwater simulator developed at the Group for Numerical Analysis, Jaroslav Cerni Institute, Belgrade, Serbia. WODA does not have its own graphical user interface, but it can work with groundwater models constructed using the freely available Lizza interface, http://www.bioirc.ac.rs/index.php/groundwater-flow-software.

The NOFI ranking algorithm has been developed to assign low priority to fragment ions affected by interference. The implementation is an R script that can be customized. A future version will contain a modular version. The outline is as follows: 1) The input contains the list of SWATH fragment ion XICs from the identified and quantified peptides by software tools such as Skyline and OpenSWATH. 2) The first step in NOFI is the computation of the 4 attributes (RTd, FWHMd, IRd and IRrep) used to represent each fragment ion as a vector. 3) Multivariate outlier detection techniques are used to rank all the fragment ions from each peptide. 4) Several figures are generated (a pdf file) to visualize the effect of the Top-N fragment ions over different indicators. 5) The user can choose the number of top fragment ions per peptide, thereby utilizing the optimal subset of high priority Top-N NOFIs for quantification while excluding the impaired fragment ions.

This project is in a pre-alpha stage and is intended to give a rough idea about the final program. It does not do much more than draw pretty pictures. Hierarchical circuit layout is commonplace amongst IC designers, but Spider PCB brings hierarchical layout to the PCB industry. Not only is the schematic hierarchical, but also the layout. Ever wanted to lay out a 16-band equaliser, with 5 sound channels? Lots of copying and pasting on the PCB-side. Just imagine if you could lay out one...

Octave development environment built upon Eclipse's Dynamic Languages Toolkit (http://www.eclipse.org/dltk/). Distributed as an Update site for Eclipse 3.7 Indigo and Indigo-based package for several platforms. Supports search, autocompletion, launching scripts, interactive console, debug and integrated plotting on Octave versions 3.2.x, 3.4.x and 3.6.x. The current goal is to make it running out-of-box on multiple platforms. Currently only Linux and Windows are supported. Mac...

A robotic DIY styrofoam cutter consisting of one rotational and two translational axes. It cuts a variety of shapes out of styrofoam-like materials using a hot wire. This project documents the necessary hardware and software parts. Don't miss the follow-up project at http://raumschaum.org Its goal is to further develop hardware and software into an user friendly application.

eFECTIV performs shape outline analysis based on Elliptical Fourier transforms. The software includes a graphical user interface and several options to assist the user during the analysis

The gameLab project provides an environment on which you can control experiments in cooperative and non-cooperative games. subjects log on to the program via any web browser and are matched with different opponents according to your experiment outline.