PROJECT DESCRIPTION

Dif­fe­rent algo­rith­ms are imple­men­ted and com­pa­red to extract the shor­test path bet­ween two points on a cur­ved sur­face. A color map visua­li­zes the geo­de­tic distan­ces to a free­ly cho­sen star­ting point on the sur­face of the model. The path to one or more selec­ted points is extrac­ted and the geo­me­try data is made avail­ab­le for fur­ther use. [Source, 3D model, Stan­ford Bun­ny: Stan­ford Uni­ver­si­ty Com­pu­ter Gra­phics Labo­ra­to­ry]

ACTIVITY SUPPLIED
  • Soft­ware development
  • Cal­cu­la­ti­on
  • Imple­men­ta­ti­on
  • Visua­liz­a­ti­on
TOOLS USED
  • Python, pro­gramming language
  • C++, pro­gramming language
ALGORITHMS
  • Heat Method
  • Fast Mar­ching Method
CUSTOMER

In-house deve­lo­p­ment

INDUSTRY
  • CAM, tool paths
  • Robo­tics, path planning
  • Navi­ga­ti­on, geo­in­for­ma­ti­on systems
  • Electri­cal engi­nee­ring, cir­cuit diagrams
en_USEng­lish