If color management is not enabled and your colorspace is set to CMYK, the CMYK colorspace is still included in the export. This option is only available when color management is enabled. If the profile is not embedded, or a non-color-managed viewer is used, the colors may be significantly different than what is seen on-screen. This helps create consistency in colors when the file is viewed on different devices. Include the color profile set for the map or layout in the exported file.
This results in options specific to vector data, such as Layers and attributes, being unavailable.
CROPIT SET SIZE FOR EXPORT PDF
They are not maintained as individual vector layers in the output PDF document.
When you simulate overprint on export, vector features are rasterized into images. You set up overprinting on the symbol layers of symbols or graphics. Including attributes for a large number of layers can affect performance and increase the size of your output.Īlso called soft proofing, Simulate Overprint shows a representation of how overlapping areas of ink appear when printed on a page. Additionally, you can choose to include the attribute data from the features. Include layers in your map or layout that can be viewed and managed in supported PDF readers. If this information is included, you can extract x,y coordinate information from the map frames and perform geographic measurement directly on the map frame in supported PDF readers. Include geospatial information from the map frames. This does not apply to text, only marker symbols based on fonts. Check this option to view the output on a machine that does not have the appropriate fonts installed when you cannot embed the fonts due to licensing or file format restrictions. Fonts that do not support embedding are not included, regardless of this setting.Ĭonvert character marker symbols to polygonĬontrols whether marker symbols based on font characters are exported as font characters or as polygons. Include embeddable fonts in the exported file to maintain font consistency across different platforms. In many cases, the raster data can be included at a lower dpi than the vector data without visibly affecting quality, reducing the output file size. For instance, if the output image quality ratio is set to 1:2 and the output resolution is set to 300 dpi, the raster content is output at approximately 150 dpi. The control determines the effective resolution of raster content on output. When exporting a map, the dpi is calculated automatically. DPI is available only when exporting a layout. The effective dpi of the vector data in the layout. This option should be left on unless you need clear text for troubleshooting. This only applies when JPEG or Adaptive compression is used.Ĭompress the vector content streams.
Low quality has a smaller file size but less clear data max quality has a larger file size but crisper data. The amount of image compression applied to the export. Adaptive-JPEG and Deflate compression are combined, depending on the contents of the stream.JPEG-Lossy compression method that works well for photographic type images.
CROPIT SET SIZE FOR EXPORT CODE
LZW-Lossless compression method using a code table.Deflate-Lossless compression method that works well for most cases.RLE-Run-length encoded compression, a lossless compression method that works well if there are large areas of the same color.The compression scheme used to compress image or raster data in the output file. Options specific to vector data, such as Layers and attributes, are unavailable when Output as image is checked. For maps or layouts containing vector layers with a high density of vertices, this can drastically reduce the output file size.
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