![]() When the software 'recognizes' a machine file, it recognizes stitch types, spacing and length values, stitch effects, and can determine object outlines. Object/outline recognitionīy default, stitch files are converted to outlines and objects upon opening. Processing is effective for most stitch designs but cannot produce the same level of quality as original outlines and may not handle some fancy stitches. These ‘recognized’ designs can be scaled with stitches recalculated for the new outlines. By default, stitch files are converted to outlines and objects upon opening in the software. While stitch designs are generally not suited to scaling, the software can interpret object outlines, stitch types and spacing from stitch data with some success. Thus you should not scale stitch designs by more than ±5% or some areas may be too thickly or too thinly covered. You can scale raw stitch format designs, but because the stitch count does not change, the density increases or decreases with the design size. Stitch blocks consist of individual stitches. When they are read into the software, stitch files do not contain object information such as outlines or stitch types, but present the design as a collection of stitch blocks. They contain information about the position, length and color of each stitch. Machine files, also known as 'stitch’ files, are low-level formats for direct use by machines. Each has its own commands for the various machine functions. Machine filesĭifferent embroidery machines speak different languages. After modification, you can save your design to any supported file format. Outline files can be scaled, transformed and reshaped without affecting stitch density or quality. ![]() When you open an outline file in the software, corresponding stitch types, digitizing methods and effects are applied. Note that you can filter your embroidery library between these two broad categories.Įmbroidery files, also known as 'all-in-one’ or 'outline' files, are high-level formats which contain object outlines, object properties and stitch data. ![]() There is some interconvertibility between the two formats. Machine files are generally the files you send to machine for production. Embroidery files are generally the ones you open and modify in the software. The specific brand is displayed on the machine itself.ĭesign files fall into two broad categories - embroidery files and machine files. With newer JANOME Memor圜raft machines, a thread brand ID identifying the thread chart is now recognized. This causes confusion as the same code across two (or more) different brands of thread may be completely different colors. Older machines display only thread codes and not the specific brand. This provides you with a better means of visually aligning embroidery on a printed item when hooped in the machine. The JPX production file format includes a JPG image, in addition to the embroidery, of any graphics included in the design. ‡ DST files can be read by MB-4 machine machines. This format is used for main types of Pfaff machines. JANOME/Elna/Kenmore production (stitch) file This format is used for main types of Tajima machines. Also used for newer BERNINA embroidery USB format. Wilcom EmbroideryStudio design file (up to & including e3.0)īarudan (TBD) - includes needle addressing data
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