Description
Dragonfly 3D World 2024.1
Full Cracked
Dragonfly 3D World is our core product – and a transformative solution for image processing. It combines the power of Deep Learning with intuitive workflows and hands-on user support.
The new era of image processing.
Powered by AI.
Dragonfly 3D World 2024.1 Full Cracked
Experience image processing on a completely new level with Dragonfly 3D World. Our software is based on the world’s leading and commercially-supported deep learning engine that lets you train and execute convolutional neutral networks to meet your own unique image enhancement and image segmentation challenges.
Watch models learn
Dragonfly’s deep learning solution is bundled with pre-built and pre-trained neural networks, making it easy and fast to apply even for novices. Powered by Google’s TensorFlow and Keras, our products give you the power to train, reuse, and repurpose existing models for advanced applications, and also develop new neural networks.
Image enhancement
Need to enhance your image quality? Our deep-learning based regression models can vastly improve the quality of your images, particularly relevant for X-ray. From denoising to super resolution, you will see your images in clearer detail than ever before.
So much more than impressive rendering
Automated segmentation
Well-trained AI models ensure efficient and reliable segmentations for complex materials without user bias. Training data can be created by simply painting the different features of interest within a subset of your image data. Models can then learn how to segment the pixels of the whole dataset or other similar datasets. This empowers any user to achieve robust and reproducible segmentation results that can be combined with any Dragonfly analysis or modeling workflow.
Quantitative Analysis
Whether you are analyzing pores, fibers, grains, phases, or anything else, Dragonfly 3D World’s quantification and analysis tools give you powerful options for counting, measuring, and characterizing image features.
Size, shape, and spatial properties
Make measurements on hundreds to millions of individual grains, pores, organelles, etc. Select from volume, surface area, Feret diameter, aspect ratio, roughness, sphericity and scores of additional measurements.
Analyze and classify
- Cross-index measurements between analyses or across samples to answer nuanced research questions
- Plot histograms to gain insights into the distribution and characteristics of your data and categorize objects according to specific criteria
- Map out layer thicknesses and probe depth maps to understand biases in spatial distributions
- Identify and evaluate three-phase boundaries and interfacial surface areas
Porous media
Dragonfly provides the ideal framework for characterizing and analyzing the properties of porous materials.
Metrics and modules
- Reconstruct porous and fracture networks from 3D image data or simulations
- Automated porosity segmentation options
- Compute size and shape of pores, total porosity, surface-connected porosity, tortuosity, velocity and pressure for permeability, temperature and flux for thermal conductivity, and more
- Dedicated pore network modeling module for performing a wide range of pore network simulations (OpenPNM).
- NASA’s Porous Microstructure Analysis (PuMA) plugin for computing effective material response simulations on microstructures of porous media
Fiber analysis
Calculating the physical properties of composites, polymers, and fibrous materials with Dragonfly provides researchers and product developers with the comprehensive understanding of material behavior that is essential for improving and developing new products.
More applications
- Automated extraction of individual fibers from reinforced composites
- Computation of microstructural characteristics, such as fiber length and tortuosity, orientation, thickness
- Examination of the interface between fibers and matrix material in composites
Reviews
There are no reviews yet.