QTM Generator is a tool to make a Quaternary Triangular Mesh (QTM) to tessellate the planet geodetically into a discrete global grid system (DGGS) based on an octohedron. Each triangular facet resursively subdivides into four smaller ones to build a hierarchical mesh. It directly implements the geometry and tile indexing scheme developed by Geoffrey Dutton, and described in Dutton, Geoffrey H. "Planetary Modelling via Hierarchical Tessellation." In Procedings of the AutoCarto 9 Conference, 462–71. Baltimore, MD, 1989
We have taken a Grand Challenge 3d Multi-Grid code, initially developed on the Cray C-90 and subsequ...
The ability to specify geographic location is fundamental to many areas of science and many human ac...
DGGS (Discrete Global Grid System) has many subdivision models and coding methods. Due to the lack o...
In the process of global information construction, different fields have built their own discrete gl...
With the development of computers, network communications, scientific computing, mapping remote sens...
With the development of computers, network communications, scientific computing, mapping remote sens...
Planetary geocoding using polyhedral tessellations are a concise and elegant way to organize both lo...
A three-dimensional, multilateral data structure based on Morton sequencing, two-dimen sional run-le...
Discrete global grid systems (DGGSs) are considered to be promising structures for global geospatial...
For the needs of digital earth development and solving many global problems, a new discrete global g...
A Discrete Global Grid System (DGGS) is a type of spatial reference system that tessellates the glob...
We developed a direct partitioning method to construct a seamless discrete global grid system (DGGS)...
A spatial data management and analysis frame is required for global problem application. Global Disc...
Discrete Global Grid Systems (DGGS) have emerged in recent years as a new specification for working ...
The construction of computational grids which accurately reflect complex geologic structure and stra...
We have taken a Grand Challenge 3d Multi-Grid code, initially developed on the Cray C-90 and subsequ...
The ability to specify geographic location is fundamental to many areas of science and many human ac...
DGGS (Discrete Global Grid System) has many subdivision models and coding methods. Due to the lack o...
In the process of global information construction, different fields have built their own discrete gl...
With the development of computers, network communications, scientific computing, mapping remote sens...
With the development of computers, network communications, scientific computing, mapping remote sens...
Planetary geocoding using polyhedral tessellations are a concise and elegant way to organize both lo...
A three-dimensional, multilateral data structure based on Morton sequencing, two-dimen sional run-le...
Discrete global grid systems (DGGSs) are considered to be promising structures for global geospatial...
For the needs of digital earth development and solving many global problems, a new discrete global g...
A Discrete Global Grid System (DGGS) is a type of spatial reference system that tessellates the glob...
We developed a direct partitioning method to construct a seamless discrete global grid system (DGGS)...
A spatial data management and analysis frame is required for global problem application. Global Disc...
Discrete Global Grid Systems (DGGS) have emerged in recent years as a new specification for working ...
The construction of computational grids which accurately reflect complex geologic structure and stra...
We have taken a Grand Challenge 3d Multi-Grid code, initially developed on the Cray C-90 and subsequ...
The ability to specify geographic location is fundamental to many areas of science and many human ac...
DGGS (Discrete Global Grid System) has many subdivision models and coding methods. Due to the lack o...