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Wild Ginger Software offers a variety of software products for fashion design, home sewing and crafts, and educators and students in fashion design and theatrical costuming. We also have software for creating a sewing inventory and finding your best style matches. Scroll down to discover all we have to offer or choose from the Category links on the right.
Pattern Master is ... custom-sized sewing pattern software for sewing enthusiasts, dress makers, tailors, and sewing educators - priced and sold separately - so you buy only what you need.
Cameo is ... powerful pattern making, grading, made to measure, and marker making software for apparel designers, professional pattern makers, and fashion design educators - priced and sold separately
PLEASE NOTE: Our Cameo software is the ONLY program we publish that is licensed to create patterns to sell. You CANNOT under any circumstance sell patterns created in any version or any part of any other Wild Ginger program.
However, my ease with Illustrator did not make me a good patternmaker. Even if a computer or some online program automatically drafted a pattern after inputting your measurements, there is still the work of learning to to fit, learning what makes for a good pattern. Whether you like drafting old-school on a big piece of paper or in software, the end results can have the same greatness or the same mistakes depending on your skill or the method of drafting you use.
1. CAD-based software for the fashion industry.There are many different companies making professional pattern software. The biggies are Gerber, Lectra and Optitex. These are all based on CAD technology, very specialized, and cost in the tens of thousands of dollars.
3. Vector drawing software.While vector software is not created specifically for drafting, it is a wonderful tool that puts a highly accurate ruler and pen in your hand. With this kind of software, you draw the patterns as you wish. There are a lot of little tools within a vector program that speed up the process over paper drafting.
I use Inkscape to draft patterns and make tiled pdf patterns. It has a few quirks, but for free software, it really is pretty good. As a former CAD drafter, I picked it up fairly quickly, but I had to go through some tutorials to get it figured out, since it is quite different from AutoCAD.
Oh yay! I am SOOO happy that you are talking about drafting patterns with software, specifically Adobe Illustrator! I am just getting into drafting my own patterns on A.i. and I LOVE it, but I still have a ton to learn. I am really looking forward to the next post on this topic!
I am a technical designer and am using Gerber at my work. But question for you all. When you do home patterns how do you digitize your patterns into your computer. or do these softwares come with basic blocks, or are you drafting them from scratch. I would like to start using a software at home , but still trying to decide which one is best for me.
Hi Amy! really interesting post! thanks for posting it! I have looking for a software to start to make patterns on pdf format. Is ti possible to imput our own measures on Ilustrator and make our own blocksThanks in advance!Regards,
Hi, I am just starting to draft dress patterns for a hobby and personal use to make my own clothes. Can you please suggest me what type of software would be more appropriate for me.RegardsAnna
Thank you for all the posts and information. I am currently deciding which software to buy in order to draft and grade patterns.Has anyone heard of FashionCAD (Australian software) I would appreciate any comments. Thank you!
I find it easier to slash a digital pattern piece than with paper. There are tools that allow you to measure lines and make sure the pieces fit. To make sure that my sleeves were fully open, I clicked a few times. It is more difficult to measure those curved lines on paper. You may not be able to sell some patterns made with patternmaking software.
You can also save the file to a PDF. It prints beautifully with labels and markings for gluing the pages together. Our software programs do not work with graphics tablets or digitizers. Digital photographs can be used to trace patterns without the need for special equipment. All the tools are available in the demo version. My demo does not have a pan tool. I just want to know if there are other tools for the real thing.
Ginger Software uses patented software algorithms in the field of natural language processing. The company claims that the algorithm allows it to correct the written sentences with relatively high accuracy (eliminating up to 95 percent of writing errors),[7] compared to standard spell checkers. Its unique algorithm allows the software to understand the context of the sentence rather than correcting based solely on a word. According to its founder, Karov, the software operates on the logic of sentence context in addition to the memory of a database of words.[8] The company is at the heart of a growing revolution in the world of assistive technology.[9]
Ginger claims that the benefits of the software have been leveraged by native English and non-native speakers alike, and have also found value in niche markets like dyslexia management. They further claim that ESL users derive great benefit from the use of the software, as it lets them write error-free English text. Its use also extends to native English speaking business professionals and students who use it as a 'safety net' for their email edits, as well as international students writing in English.[citation needed]
Cameo is a powerful software for designing clothing patterns. With this software, everything can be done from custom making clothes to mass customization and producing standard clothes. This program helps you to create new templates and edit them at any time. Change the size of the patterns and design the sewing line. You can specify the technical map of the template and its features. This program uses various modules for different tasks that you can do related tasks using each module.
Compatibility of the Houshiheisan prescription is a serious consideration. To deeply understand the subtleties of Zhongjing Zhang's method for stroke, we examined his prescription to determine the effect of specific medicinal components. In accordance with classification of traditional Chinese medicine in Medicine Origin, chrysanthemum flower, divaricate saposhnikovia root, Manchurian wild ginger, cassia twig, Szechwan lovage rhizome, and platycodon root are wind-dispelling drugs. Ginseng, Chinese angelica, large-head atractylodes rhizome, Indian bread, and zingiber are deficiency-nourishing drugs. There is no dispute about using deficiency-nourishing drugs for stroke treatment in China, but the application of wind-dispelling drugs for stroke has gradually decreased from the Tang and Song Dynasties. However, long-period medical practice has verified that reasonable selection of wind-dispelling drugs is a key method to elevate therapeutic effects of stroke treatment in the clinic (Wang et al., 2006). Pharmacological studies suggest that divaricate saposhnikovia root, Manchurian wild ginger, cassia twig, and Szechwan lovage rhizome can expand coronary arteries, decrease blood pressure and blood lipids, improve microcirculation, prevent thrombosis (Yang, 2012), and also increase the body's tolerance to ischemia and hypoxia (Gong, 2000). A recent study demonstrated that ligustrazine of Szechwan lovage rhizome suppresses the waterfall effect of inflammatory cell infiltration after cerebral ischemia (Lei et al., 2000).
So you want to make your own patterns Ron and Sandra are big fans of Wild Ginger Software. This show brings special guest Lisa Shanley, owner of Wild Ginger Software to demonstrate how her innovative pattern software works.
The Zingiber genre is an important member of the family Zingiberaceae due to its medicinal and seasoning properties. Among them, Zingiber officinale (cultivated ginger) is the most remarkable specie and including two subspecies known as: Z. officinale var rubra e Z. officinale var rubrum (Muda et al., 2004). The Zingiber officinale specie was morphologically described by Silvestrini et al. (1996) as an herbaceous and perennial plant with erected stems, formed by many dystic leaves, zygomorphic flowers, hermaphroditic, and yellow to green color. In addition, it has vegetative propagation by an articulated septant rhizomes, fleshy, rough epidermis and brown color. This species exhibits self-incompatibility and a high sterility specifically from chromosomic origin as a result either of translocations and inversions (Adaniya, 2001; Adaniya and Shirai, 2001) or derived from the bounding of bivalent counterparts with irregular segregation of genomic complements which leads to the formation of sterile gametes which decreases the production of viable seeds (Das et al., 1999). Consequently, it is possible that the cultivated ginger is a sterile hybrid which originally comes from the crossing between two distant species and it was able to survive because vegetative propagation is a successful survival strategy (Peter et al, 2007).
The agronomic evaluation is essential for plant breeders in order to know the level of variability present in the germplasm collections aiming to promote their use in breeding programs (Cruz et al., 2004). Therefore, an important part of the breeding program success is about the existence of genetic variability in the targeted population (Cruz et al., 2011). In case that the agronomic trait variability exists, it could therefore be possible to obtain genetic progress during recombination and selection processes or even determine a favorable situation for the genotypes clonal selection in the case of vegetative propagation species such as ginger. Both characterization and agronomic evaluation of ginger has been studied worldwide, mainly in those countries where ginger is highly valued such as India, China, Japan, etc. Many studies have detected different levels of variability (Wicaksana et al., 2011; Yeh et al., 2012; Chongtham et al., 2013; Jatoi and Watanabe, 2013; Wang et al., 2014) and provided relevant information about the association degree among plant characteristics and its yield as well as their combined effect on genetic variability. 59ce067264
https://www.cissbigdata.org/group/trial-group/discussion/746e6253-f73d-48c8-96ff-7cec11ffbd28