You’re actually looking at a digital elevation model derived from a LiDAR point cloud. LiDAR (vectors) were possibly used to produce that raster (tiff/geotiff). The individual points from the laser were processed by either creating a TIN or simply binning the vectors, to create a mesh. Either way, you’re left with a raster file that has a separate band outside RGB that has elevation data per pixel.
I don't know what you mean by 'horizontal code'. If you have a question about the mooring package, please consider making an issue on the github site www.github.com/dankelley/mooring/issues
Great Video! How would I approach removing outliers from the CTD profile data due to errors with the sensors. I already used the ctdTrim() and ctdDecimate() functions?
Thank you for documenting your NB journey. I'm in the same boat, learning NB (and Obsidian) at the same time, and attempting to keep both applications data directories in the same place, so I can create quick notes in NB, but manipulate them is Obsidian. Fun!
I want to do my undergraduate thesis/dissertation with oce package in R with some free source data found online in the region of Northern Bay of Bengal .
Hello, a great doubt as you managed to push, since I can not do it, in the githhub preview I get these messages when trying to connect github the message is this Hello, a great doubt as you managed to push, since I can not do it, in the preview tab I get these messages when trying to connect github
Hello Dan Kelley Thanks for the useful and simple video! but how did you make the pane appear ? I have the same pane "Git" but it's empty!! the Stages things doesn't appear in mine Waiting your reply .. Thanks
