Add to ORKGThis study is interested in the attribution of technological properties to geometrical elements in a 3D architectural modeler. We propose an original method based on the principle of semantic groupings of faces by geometrical requests. We describe the method and the results of interviews led with architects to identify the relevant groupings, then we list the simple geometrical requests developed within the modeler for the selection of these groupings and we report the efficiency of the method on a case. We conclude by the benefits and limits of our method
Under the assumption that design is a hypothetical test of building, this paper introduces a method ...
Increasingly intensive use of computational techniques such as parametric-associative modeling, algo...
In recent decades many Geomatics-based methods have been created to reconstruct and visualize object...
To support 3D architectural modeling, geometric constraints are introduced. Explicit and implicit ge...
Departing from a case analysis extracted from the context of didactic practices directed to the init...
Geometric knowledge is essential to architectural design. A new method of geometric computing is pro...
Every architectural object is a 3-dimensional entity of the human environment, haptically tangible a...
The building industry and facility management is in a state of upheaval: The complexity of the realw...
Geometry regarded as a tool for understanding is perhaps the part of Mathematics which is the most i...
International audiencethis work aims at bound geometrical detection of 3D objects from a point cloud...
This contribution focuses on paper models of architectural surfaces, in particular on some roofing s...
The primary purpose of this research project, titled “Descriptive Geometries” is to produce clear an...
Architects represent volumes on a bidimensional surface, by using geometrical rules so that later th...
Our primary goal is to establish a 3D acquisition methodology for the documentation of architectural...
The construction of architecture is today increasingly often preceded by the construction of its phy...
Under the assumption that design is a hypothetical test of building, this paper introduces a method ...
Increasingly intensive use of computational techniques such as parametric-associative modeling, algo...
In recent decades many Geomatics-based methods have been created to reconstruct and visualize object...
To support 3D architectural modeling, geometric constraints are introduced. Explicit and implicit ge...
Departing from a case analysis extracted from the context of didactic practices directed to the init...
Geometric knowledge is essential to architectural design. A new method of geometric computing is pro...
Every architectural object is a 3-dimensional entity of the human environment, haptically tangible a...
The building industry and facility management is in a state of upheaval: The complexity of the realw...
Geometry regarded as a tool for understanding is perhaps the part of Mathematics which is the most i...
International audiencethis work aims at bound geometrical detection of 3D objects from a point cloud...
This contribution focuses on paper models of architectural surfaces, in particular on some roofing s...
The primary purpose of this research project, titled “Descriptive Geometries” is to produce clear an...
Architects represent volumes on a bidimensional surface, by using geometrical rules so that later th...
Our primary goal is to establish a 3D acquisition methodology for the documentation of architectural...
The construction of architecture is today increasingly often preceded by the construction of its phy...
Under the assumption that design is a hypothetical test of building, this paper introduces a method ...
Increasingly intensive use of computational techniques such as parametric-associative modeling, algo...
In recent decades many Geomatics-based methods have been created to reconstruct and visualize object...