This is an excerpt of Fortran code from the ROCKE-3D model that calculates the details of the orbit of any planet around its star. This has been modified from the original Earth model so that it can handle any kind of planet in any kind of orbit, including planets that are “tidally locked,” with one side always facing the star. (NASA’s Goddard Institute for Space Studies/Anthony Del Genio)
Home This is an excerpt of Fortran code from the ROCKE-3D model that calculates the details of the orbit of any planet around its star. This has been modified from the original Earth model so that it can handle any kind of planet in any kind of orbit, including planets that are “tidally locked,” with one side always facing the star. (NASA’s Goddard Institute for Space Studies/Anthony Del Genio) This is an excerpt of Fortran code from the ROCKE-3D model that calculates the details of the orbit of any planet around its star. This has been modified from the original Earth model so that it can handle any kind of planet in any kind of orbit, including planets that are "tidally locked," with one side always facing the star. (NASA’s Goddard Institute for Space Studies/Anthony Del Genio)
This is an excerpt of Fortran code from the ROCKE-3D model that calculates the details of the orbit of any planet around its star. This has been modified from the original Earth model so that it can handle any kind of planet in any kind of orbit, including planets that are “tidally locked,” with one side always facing the star. (NASA’s Goddard Institute for Space Studies/Anthony Del Genio)
