====== Convert Data ====== This page describes the desktop additional tool "Convert". {{orbit_desktop:how_to_find.png?25&nolink |}} Tools > Convert ===== Concepts ===== The Convert and Optimize Tools enable import, export, and possible data optimization of Reference Resources. "Convert Data" converts any [[244:technology:supported_formats:index|supported resources file]] into another supported resource file, one on one. \\ "[[244:desktop:tools:optimize_data|Optimize Data]]" optimizes one or more supported resource files into a single Orbit optimized resource file. One sidebar to convert supported Reference Resources of various types: Image, Vector, Point Cloud, and Mesh. Optimizing original spherical images of mobile mapping resources to processed OMI images needs to be done using the "Optimize Imagery" procedure, see [[244:desktop_ext:mapping:manage:imagery|Optimize Imagery]] ((Spherical mapping images are optimized and normalized, and this tool cannot be used)). ===== Source ===== Set the source file or the source directory. * When activating the option source file, it is possible to drag and drop the resource file inside the entry field. * When using a source directory, all supported resource files of the specified data type inside the selected source directory and, optionally, its including subfolders will be converted. * For point cloud data, a source crs is required. If available, the CRS value is derived from the resource header or the accompanied [[244:technology:supported_formats:other:ord|Ord file]], else the [[244:technology:core:crs|Map CRS]] will set as default. ===== Source Options ===== Available when using a source directory: * Select the file format of the source files to be optimized. * Optionally, enter a filename to filter the source files to be optimized. For point cloud LAS source files: * Optionally ignore the LAS bounds from the LAS header to import points out of bounds. For mesh 3DTiles or W3SM to Point Cloud * Set the point reference to convert triangles to point cloud. ===== Target ===== Set the target file when converting a source file, or the target directory when converting a source directory. * The source directory and filename are preset as default target file and directory. * For point cloud data, a target CRS is required. As default the source CRS is preset. * Optionally when converting a source directory including all its subfolders, re-create the source directory tree inside the target directory. * Optionally, overwrite existing target files. * Optionally if target a native Orbit storage format, add converted resource to the [[244:desktop:dataset:index|dataset list]] when processing is completed. ===== Target Options ===== File storage options : * Format: Target resource file storage format. ==== Image data ==== Supported source and target formats, see Supported Resources. BMP * Pixel Size : Number of bits to store one pixel. 8-bit pixel to display 256 colors, 24 to display true colors (16,7 million colors). GIF * Interlace : See wikipedia page above > Interlacing. JPG, JPEG * Quality : Set JPG compression quality poor (25), average (50), good (75), excellent (90) or custom. \\ It is not relevant to set target quality higher than quality of source data. OMI * See [[244:technology:supported_formats:image:omi|]] TIFF * Image Type : * Monochrome image : 1 bit/pixel, black or white. * Grayscale image : 8 bits/pixel, 256 shades of gray. * Truecolor image : 24 bits/pixel, 16M colors. * Image Compression : Uncompressed / JPEG * File Structure : * Striped : Baseline tiff image file by Strips, slower reading but higher compatibility. * Tiled : Tiff image file by Tiles, faster reading but lower compatibility compatible. * Multiresolution : Option to add multi resolution sub-levels to improve image reading performance. ==== Vector data ==== Supported source and target formats, see [[244:technology:supported_formats:index|]]. ==== Point Cloud ===== Options for Point Cloud data, see [[244:technology:supported_formats:pointcloud:opc|]]. * Ascii source files * Strip Attributes: Ignore attributes from the Source File, when writing the Target file. * Filter points * Density