Profile cover photo
Profile photo
LANIKA SOLUTIONS
12 followers
12 followers
About
LANIKA SOLUTIONS's posts

Post has attachment
Optical Analyis Software ASAP NextGen is a redefining moment in the history of the ASAP program

ASAP NextGen, a product of more than 30 years of continuous development, is not only the next step in the evolution of the ASAP program, but a complete re-imagining of the ASAP environment. ASAP NextGen offers engineers and product designers a host of new features making it the easiest to use ASAP ever and greatly improving on the unmatched capability, flexibility, speed and accuracy for which ASAP has long been known. ASAP NextGen is a new paradigm in optical simulation software for predicting the real-world performance of automotive lighting, imaging systems, luminaires, lightpipes, bio-optic systems, medical devices, displays and coherent systems.

Learn More: http://www.lanikasolutions.com/wp-content/uploads/2017/02/ASAP-NextGen-Optical-Software-lanika.pdf
Photo

Post has attachment
ReflectorCAD® Segmented Reflector Design Software (Demo Movie)

ReflectorCAD® from Breault Research Organization (BRO) is a paradigm-shifting reflector design tool allowing users to make graphical adjustments to the luminous intensity patterns corresponding to individual reflector segments. The program does the rest.

A graphical change to the luminous intensity pattern of a reflector segment results in automatic changes to the prescription of that segment. This easy, click-and-drag construction and analysis of segmented reflectors, greatly reduces the time required to go from creative concept, to proven design, to prototype.

ReflectorCAD can be used anywhere segmented reflectors are required. The program works well as a stand-alone application, or in concert with ASAP® and the ELTM Add-On. ASAP is BRO's non-sequential ray tracing program, which includes powerful capabilities for modeling physical optics, imaging, and illumination systems.

Introduction to segmented reflector design using the ReflectorCAD software package by Breault Research Organization. Watch an overview: https://youtu.be/Yx4IW63KbaY

Post has attachment
Stray Light Analysis in APEX (Demo Movie)

See the stray light analysis workflow and related features in APEX, the optics add-in for SOLIDWORKS. This step-by-step demonstration shows how stray light paths can be visualized and quantified in APEX.

Watch Demo Movie: https://youtu.be/y5R1n-HU5Xg 

Post has attachment
Amira User Story

The Academic Medical Center (AMC) uses Amira to build a 3D Atlas for Human Embryology

The atlas is based on digital images of serial sections of 34 human embryos of the Carnegie Collection between stages 7 and 23. The software package Amira is used to align the sections and to create the 3D reconstructions of all developing organ systems. After manual segmentation in Amira, Blender was used to create smooth-surfaced models, suitable for use in 3D-PDFs, applications or games. These models are based on the original reconstructions and are without loss of necessary detail.

Read User Story: https://lnkd.in/f_znyM8
Photo

Post has attachment
Amira Customer Spotlight

University of Glasgow uses Amira software to analyze vascular structures

Researcher at the University of Glasgow have been using Amira software since version 2.3 following a demonstration of the software at an event hosted by Silicon Graphics in the Glasgow Science Center. It was clear that the system offered significant advantages over other available software at the time. To this day, Amira software continues to offer unique functionality that is essential to the work-flow in the College of Medical, Veterinary & Life Sciences.

Read Customer Spotlight: http://www.lanikasolutions.com/analyze-vascular-structures/ 
Photo

Post has attachment
IAV EasyDoE

Integrated Optimization

EasyDoE’s “OptiMap” plug-in is an integrated solution for optimizing maps from start to finish. It guides the user through a workflow in which all optimization settings can be selected. The plug-in comes with the option of defining several optimization sequences that can be run and repeated. A separate optimization target can also be defined for each operating point within the map.

Learn More: http://www.lanikasolutions.com/products/iav-easydoe/ 
Photo

Post has attachment
IAV EasyDoE - Optimizing engines – the fast, easy and cost-effective way 

Automatic Model Comparison

Once the measurement data is available, EasyDoE is used for “training” the models. Here, the software automatically looks for the best model approach. Selecting from either a polynomial model, RBF network or Gaussian process model. The user is then able to assess model quality and select models for optimization. Models can be evaluated in graphic form on the basis of various interactive a diagrams and also be exported through the integrated Matlab interface for further use in optimization programs.

Learn More: http://www.lanikasolutions.com/wp-content/uploads/2016/07/IAV-EasyDoE-Lanika.pdf 
Photo

Post has attachment
IAV EasyDoE

Finding the Optimum Step by Step

EasyDoE guides the user through all steps of DoE. Preconfigured settings provide the ideal foundation for quickly obtaining the optimum result. The process begins by defining the engine’s input parameters as well as the limits within which they are to vary. These limits can be defined in different ways, e.g. based on maps that are already known. This makes it possible to divide up the test space in any chosen way. These settings then serve as the starting point for generating a test plan that is used for measuring the engine on the test bench.

Learn More: http://www.lanikasolutions.com/wp-content/uploads/2016/07/IAV-EasyDoE-Lanika.pdf 
Photo

Post has attachment
Dobsonian Telescope Designed in APEX (Demo Movie)

An example of a Dobsonian telescope designed in APEX. Demonstration includes selection of individual parts and surfaces for ray tracing, assignment of optical properties including coatings, and visualization of traced rays.

Watch Demo Movie: https://youtu.be/OoTbaQ_6bfQ 

Post has attachment
Pergeos Workflow Automation
Processes to Improve Time-to-Data

FEI's PerGeos software's built-in automated workflows simplify and standardize processes to improve time-to-data so users can generate meaningful statistics faster. In addition, users can design their own workflows that can be automated and easily distributed to other users to encourage best practice implementation. This unique feature provides cross-discipline collaboration and enables all users to gain a common understanding of how digital rock models are created—an important aspect in validating and understanding the pore-scale contributors to reservoir viability and producibility.

Learn More: http://www.lanikasolutions.com/workflow-automation/ 
Photo
Wait while more posts are being loaded