Skip to main content

Tgi3D : software for modeling from photographs

The software from Tgi3D (http://www.tgi3d.com) allows you to use photographs, taken with regular cameras, to be used for the creation of 3D models.

There are two products, each in two flavors:

  • Tgi3D SU AMORPH is mainly a set of tools for advanced modeling in SketchUp.
    • view locking > lock vertices in one view and still adjust them in other views
    • generate mesh surfaces from points
    • Bézier curves and generating surfaces from curves
    • Smoothing of surfaces, to make them clean and naturally flowing
    • Remeshing and upsampling, usable to make higher-resolution meshes from low-resolution models
    • Model from cross-sections
    • "Idealize" shapes, e.g. making near flat surfaces fully flat
    • There is a free "Training Version" and a non-free full version.

  • Tgi3D SU PHOTOSCAN adds photogrammetry tools to this.
    • It is a standalone software, comparable to Photomodeller, where you mark points on different photographs, that are then used to calibrate camera settings and positions and 3D coordinates.
    • You can then export the model into SketchUp (or VRML and DXF) and use the native PhotoMatch functionality, but already fully prepared from PHOTOSCAN.
    • Inside SketcUP, you get additional tools for matching lines and curves between photographs, using a tool to lock the vertices and still adapt them in other photographs.
    • There is a free 30 day trial and a commercial version.


Tgi3D Calibration and Metrology Tool from Tgi3D on Vimeo.

Currently, only on Windows, but OSX is marked as "soon", whatever that implies.

Comments

Popular posts from this blog

Improve usage of BIM during early design phases

When I was collecting ideas for a book chapter on BIM (that seemed to never have emerged after that), I collected 10 ideas, which I believe still reflect good recommendations to improve the usage of BIM during the early design phases. These ideas are related to BIM software, but you can apply them in any flavor, as long as you can model with Building Elements, Spaces and have control over representation. Introduction This article gives an overview of several recommendations and tips, to better apply BIM applications and BIM methodologies, in the context of the early design phases. Many of these tips are applicable in any BIM application and they are based on experience gathered from teaching, researching and using BIM software. Sometimes they could help software developers to improve the workflow of their particular BIM implementation. Tip 1 : Gradually increase the amount of information In the early design phases, the architect makes assumptions and lays out the main design in...

Getting BIM data into Unity (Part 9 - using IfcConvert)

This is part 9 of a series of posts about getting BIM data into Unity. In this post, we’ll discuss the IfcConvert utility from the IfcOpenShell Open Source IFC Library to preprocess an IFC model for integration with Unity. This is (finally?) again a coding post, with some scripts which are shared to build upon. Conversion of IFC into Unity-friendly formats The strategy with this approach is that you preprocess the IFC-file into more manageable formats for Unity integration. Most Web-platforms do some sort of pre-processing anyway, so what you see in your browsers is almost never an IFC-file, but an optimised Mesh-based geometric representation. However, it wouldn’t be BIM-related if we’d limit ourselves to the geometry, so we will parse the model information as well, albeit using another, pre-processed file. IFC to Wavefront OBJ I used a test IFC-model and used the IfcConvert-utility converted it into OBJ en XML formats. The default way to use it is very simple: ...

PythonOCC : Open Source interactive CAD shell (and how to run it on OSX)

What is PythonOCC? PythonOCC is an Open Source (LGPL) Python-wrapper for OpenCASCADE. So what is OpenCASCADE (OCC)? This is an advanced Open Source (custom license) modeling kernel, comparable to commercial engines, such as ACIS or Parasolid, which are used in quite some commercial CAD programs. When you want to develop CAD software, you could use OCC and write programs in C++. And why using Python? With this wrapper, you can create CAD and geometry scripts in Python, which is an interpreted Object-oriented scripting language. You can write almost "on-the-fly" and seriously reduce the implementation effort, by skipping the compiling-phase. You can even interact with a running program in the Python interpreter. Want to read more about this? The OpenCASCADE official website  (currently Linux and Windows are officially supported) The PythonOCC website/blog  (beware that the core of the actions happen in the development repositories). So far so good. Now the nasty, techn...