Building Streamlines on a GOCAD Surface

@inproceedings{KedzierskiRM2004,
 abstract = { This paper presents a set of tools for building streamlines onto triangular surfaces that have been recently integrated into the 3D-Streamline research plugin StreamLab. Several algorithms including direct methods or particle tracking techniques such as Euler, Runge-Kutta or Pollock have been investigated. Following the methodology proposed by Prevost [ ´ Prevost ´ et al.(2001)], the semi-analytical Polock method has been implemented onto a regular quadrangle meshed surface (2D-Grid) and a triangular surface (TSurf) using a local 2D-parametrization formulation. Several different types of problems can be solved; among those sedimentation, erosion and transport of sediments along erosional surface, run-off along a topographic surface, flood modelling, etc ... The next steps are to extend this tool to polyhedral meshed surfaces and generalized maps (G-map). },
 author = { Kedzierski, Pierre AND Fetel, Emmanuel AND Voillemont, Jean-Charles AND Royer, Jean-Jacques },
 booktitle = { 24th gOcad Meeting },
 month = { "june" },
 publisher = { ASGA },
 title = { Building Streamlines on a GOCAD Surface },
 year = { 2004 }
}