![]() I did some more testing to see if there was something more ESRI-centric that could accomplish what I am looking for, which is a way to load a folder of tile images into Arc* in a way that only requests those tiles that are required, factoring-in zoom level and display extents. Or if there is any chance you could go back to the source and get the original data in a georeferenced format, the mosaic dataset could work with it directly. If you can tell us what coordinate system you are using, and how to identify the georeferencing from the file names, there may be people reading this that can help with advice on scripting. There's no built-in method for assigning georeferencing information based on the filename, so you'd have to build a script to parse the filenames and create georeferencing metadata that ArcGIS will understand. ![]() If not, then my advice above will not be successful, so my apologies for making it sound simple. I just now realized you have PNG files, but is there no georeferencing metadata for ArcGIS to read (other than the filename)? I assumed these files were georeferenced. For more information, check out the Tutorials or send an email to and request a tutorial.My post above was a bit rushed - I have some more time - if you can tell us more detail about your configuration and versions (what version of ArcGIS?) etc. Try playing around with some of the filters and experiment, experiment, experiment. Twelvefold Reflected Tile: Produces a tiled image from a source image by rotating the source image at increments of 30 degrees. Triangle Tile: Maps a triangular portion of image to a triangular area and then tiles the result. Triangle Kaleidoscope: Maps a triangular portion of an input image to create a kaleidoscope effect. Sixfold Rotated Tile: Produces a tiled image from a source image by rotating the source image at increments of 60 degrees. Sixfold Reflected Tile: Produces a tiled image from a source image by applying a 6-way reflected symmetry. Reflection: Reflects your image as if it was on a shiny table. Perspective Tile: Applies a perspective transform to an image and then tiles the result. Parallelogram Tile: Warps an image by reflecting it in a parallelogram, and then tiles the result. Op Tile: Segments an image, applying any specified scaling and rotation, and then assembles the image again to give an op art appearance. Mirror: Reflects your image in the X and Y directions. Kaleidoscope: Produces a kaleidoscopic image from a source image by applying 12-way symmetry. Glide Reflected Tile: Produces a tiled image from a source image by translating and smearing the image. Many interesting patterns can be created starting with just a simple shape! It is really fun to experiment with tiling designs, especially with the kaleidoscope filter.Įightfold Reflected Tile: Produces a tiled image from a source image by applying an 8-way reflected symmetry.įourfold Reflected Tile: Produces a tiled image from a source image by applying a 4-way reflected symmetry.įourfold Rotated Tile: Produces a tiled image from a source image by rotating the source image at increments of 90 degrees.įourfold Translated Tile: Produces a tiled image from a source image by applying 4 translation operations. The following tiling filters have been applied to a single long skinny rectangle with a black stroke and a blue fill. The tile effect filters will create drastically different results depending on the parameters of the filter, and the content of your layer. Many of the filter definitions below come directly from Apple’s core image filter reference.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |