Auto vector

When creating a partial varnish it is often desirable to derive the area where varnish shall be applied from actually printed content. At the same time, mostly in order to compensate for less than perfect registration of plates or print heads, it is usually necessary that the varnish extends slightly, maybe by a millimeter or two, beyond the printed content area, to ensure that printed content is always varnished. The fact, that some small area where nothing is printed also receives varnish, is typically not considered a problem.Along the same lines, but usually in the other direction, a white background may have to be created for printing on transparent substrate – but as the background shall not become visible as such, it needs to be shrunk by a little bit to pull back from the border of the print content area.Both requirements can now be met very easily by the extended "Shape" feature, using the "adjust size" setting. This setting was already available for shapes based on page geometry boxes or a custom box but now can also be used for shapes derived from tracing page content or from existing vector paths.In addition, a new setting "Reduce shape to outer borders" makes it possible to include 'holes' inside print content areas, which can be very handy for the generation of a white background (see example below). Extending/shrinking shapes and 'reduce to outer border' can be freely combined with each other and any of the other options. Create shape parameters for "From vector paths" option, with highlighted "Adjust size" settings: Create shape parameters for "From tracing page content" option, with highlighted "Adjust size' settings: "Reduce shape to outer borders" setting: Example: Extending varnish Sample file (see above for download): photoswipe#open" data-photoswipe-target="photo" data-srcset=" 422w" data-src=" data-sizes="auto" src=" srcset=" 422w"> Sample file (see above for download, enlarged detail): photoswipe#open" data-photoswipe-target="photo" data-srcset=" 355w" data-src=" data-sizes="auto" src=" srcset=" 355w"> Varnish applied to all page objects based on their vector paths, after applying "Varnish over print objects +2mm (vector)": photoswipe#open" data-photoswipe-target="photo" data-srcset=" 355w" data-src=" data-sizes="auto" src=" srcset=" 355w"> Varnish applied to all page objects based on their vector paths (enlarged detail): photoswipe#open" data-photoswipe-target="photo" data-srcset=" 355w" data-src=" data-sizes="auto" src=" srcset=" 355w"> Example: Shrinking white background, after reducing shape to outer border White background derived from all page objects based on their vector paths, using only the outer border of all paths, using "White backing under print objects -1.5mm, based on outer border (vector)": photoswipe#open" data-photoswipe-target="photo" data-srcset=" 355w" data-src=" data-sizes="auto" src=" srcset=" 355w"> White background derived from all page objects based on their vector paths, using only the outer border of all paths (enlarged detail): photoswipe#open" data-photoswipe-target="photo" data-srcset=" 355w" data-src=" data-sizes="auto" src=" srcset=" 355w">

Vector Simple How-To Videos How to Turn On/Off the Oven Learn how to turn on and turn off the Vector multi-cook oven, Simple control configuration. How to Use Home Screen Controls Learn how to select and navigate through the home screen menu functions on the Vector Deluxe multi-cook oven. How to Create & Delete Recipes Learn how to how to create, edit, and delete recipe programs and folders on a Vector Simple Multi-Cook Oven. How to Cook by Program Learn how to download cook using preset recipe programs on the Vector Simple multi-cook oven. How to Manual Cook Learn how to cook manually without a recipe on the Vector Simple multi-cook oven. How to Cook Using Linked Chambers Learn how to link chambers and cook using your desired chamber(s) using the Vector Simple multi-cook oven. HOW TO USE DUAL TIMER FUNCTION Learn how to set up and cook using the dual timer function on the Vector Simple multi-cook oven. How to Use the Settings Page Learn how to navigate through and use the settings menu functions on the Vector Simple multi-cook oven. HOW TO SAVE & LOAD RECIPES WITH USB Learn how to save and load recipes using the USB drive on the Vector Simple multi-cook oven. HOW TO ENABLE AUTO PREHEAT Learn how enable or disable the auto-preheat function on the Vector Simple multi-cook oven. HOW TO SET PREHEAT TEMPERATURES Learn how to set the individual chamber preheat set temperatures for the Vector Simple multi-cook oven. HOW TO DOWNLOAD AND UPDATE SOFTWARE Learn how to download and update the software/firmware files for the Vector Simple multi-cook oven. How to Clean Vector Oven This video demonstrates the factory cleaning process for Vector H and F Multi-Cook Ovens. In the video we demonstrate using a Vector H Deluxe oven, but the process is the same for all models. How to Disassemble Vector Jet Plates Learn the recommended technique for separating, disassembling, and reassembling Vector jet plates. Looking for more video content? Visit our video library. Watch Now

The y-dimension. XBinLimits — Bin limits in x-dimension two-element vector Bin limits in x-dimension, specified as a two-element vector, [xbmin,xbmax]. The first element indicates the first bin edge in the x-dimension. The second element indicates the last bin edge in the x-dimension. This option only bins data that falls within the bin limits inclusively, X>=xbmin & X. XBinLimitsMode — Selection mode for bin limits in x-dimension 'auto' (default) | 'manual' Selection mode for bin limits in x-dimension, specified as 'auto' or 'manual'. The default value is 'auto', so that the bin limits automatically adjust to the data along the x-axis. If you explicitly specify either XBinLimits or XBinEdges, then XBinLimitsMode is set automatically to 'manual'. In that case, specify XBinLimitsMode as 'auto' to rescale the bin limits to the data. YBinLimits — Bin limits in y-dimension two-element vector Bin limits in y-dimension, specified as a two-element vector, [ybmin,ybmax]. The first element indicates the first bin edge in the y-dimension. The second element indicates the last bin edge in the y-dimension. This option only bins data that falls within the bin limits inclusively, Y>=ybmin & Y. YBinLimitsMode — Selection mode for bin limits in y-dimension 'auto' (default) | 'manual' Selection mode for bin limits in y-dimension, specified as 'auto' or 'manual'. The default value is 'auto', so that the bin limits automatically adjust to the data along the y-axis. If you explicitly specify either YBinLimits or YBinEdges, then YBinLimitsMode is set automatically to 'manual'. In that case, specify YBinLimitsMode as 'auto' to rescale the bin limits to the data. Binning algorithm, specified as one of the values in this table. ValueDescription'auto'The default 'auto' algorithm chooses a bin width to cover the data range and reveal the shape of the underlying distribution.'scott'Scott’s rule is optimal if the data is close to being jointly normally distributed. This rule is appropriate for most other distributions, as well. It uses a bin size of [3.5*std(X(:))*numel(X)^(-1/4), 3.5*std(Y(:))*numel(Y)^(-1/4)].'fd'The Freedman-Diaconis rule is less sensitive to outliers in the data, and might be more suitable for data with heavy-tailed distributions. It uses a bin size of [2*iqr(X(:))*numel(X)^(-1/4), 2*iqr(Y(:))*numel(Y)^(-1/4)].'integers'The integer

Preferentially return data in a particular format. webread uses this value to convert the response to a MATLAB® type. The server returns this content type if possible, but is not obligated to do so. ContentType ValueOutput Type"auto" (default)Output type is automatically determined based on the content type specified by the web service."text"Character vector for content types:text/plaintext/htmltext/xmlapplication/xmlapplication/javascriptapplication/x-javascriptapplication/x-www-form-urlencodedIf a web service returns a MATLAB file with a .m extension, the function returns its content as a character vector."image"Numeric or logical matrix for image/format content.For supported image formats, see Supported File Formats for Import and Export."audio"Numeric matrix for audio/format content.For supported audio formats, see Supported File Formats for Import and Export."binary"uint8 column vector for binary content(that is, content not to be treated as type char)."table"Scalar table object for spreadsheet and CSV (text/csv)content."json"char, numeric, logical, structure, or cell array for application/json content."xmldom"Java® Document Object Model (DOM) node for text/xml or application/xml content. If ContentType is not specified, the function returns XML content as a character vector."raw"char column vector for "text", "xmldom", and "json" content. The function returns any other content type as a uint8 column vector. Example: weboptions('ContentType','text') creates a weboptions object that instructs webread to return text, JSON, or XML content as a character vector. ContentReader — Content reader [] (default) | function handle Content reader, specified as a function handle. You can create a weboptions object with ContentReader specified, and pass the object as an input argument to webread. Then webread downloads data from a web service and reads the data with the function specified by the function handle. webread ignores ContentType when ContentReader is specified. Example: weboptions('ContentReader',@readtable) creates a weboptions object that instructs webread to use readtable to read content as a table. MediaType — Media type 'auto' (default) | 'application/x-www-form-urlencoded' | string scalar | character vector | matlab.net.http.MediaType Media type, specified as a string scalar, a character vector, or a matlab.net.http.MediaType object. MediaType specifies the type of data webwrite sends to the web service. It specifies the content type that MATLAB specifies to the server, and it controls how the webwrite data argument, if specified, is converted. For more information, see RFC 6838 Media Type Specifications and Registration Procedures on the RFC Editor website. The default value is 'auto' which indicates that MATLAB chooses the type based on the input to webwrite. If using PostName/PostValue argument pairs, then MATLAB uses 'application/x-www-form-urlencoded' to send the pairs. If using a data argument that is a scalar string or character vector, then MATLAB assumes it is a form-encoded string and sends it as-is using 'application/x-www-form-urlencoded'. If data is anything else, then MATLAB converts it to JSON using jsonencode and uses the content type 'application/json'. If you specify a MediaType containing 'json' or 'javascript',