Now, it should include in our application. Import this css file inside src > App.vue file.
#Vue dropzone install
If importing css is not working for you, then you need to install that CSS file manually.Ĭopy this vue2Dropzone.css file’s content.Ĭreate one file inside the src > assets folder, create one css file called vuedropzone.css and paste the content there. Import 'vue2-dropzone/dist/vue2Dropzone.css'
Now, vue cli uses css loader, so we can directly import in the src > main.js entry file. Okay, now we need to add one css file with the above package. Open the project in your favorite editor. Now, we need to generate the necessary scaffold. npm install -g global add you face any error, try running the command as an administrator. Go to your terminal and hit the following command. This area to minimize (shown in green in the figure) gives all possible locations the crease could be.First, install the Vue using Vue CLI. I think the easiest way to do this is to minimize the area of the curves not activated by the crease (blue curves in the figure) that surrounds the crease.
#Vue dropzone code
Also, as this is my first time posting here, I would appreciate any tips on better outlining my problem, avoiding violating community guidelines, etc.įor those wondering, the final version of this code will optimize the spline control points to maximize the ability for these curves (which denote the path of some crease-detecting sensors) to localize a crease (which can be thought of as a straight line in the domain shown in red in the attached figure). Let me know if something I have written or anything else is unclear. I really appreciate any help or even just subjects to look into in solving this problem. Mathematica has some nice region area functions, but the rest of the language is poorly set up for my problem. I was trying to use Green's theorem, but I'm not sure how well it would work since what I get from interpolation is discrete points, not a function.
I need to make code that can identify all the regions made by the curves and determine their area. I use some interpolation (cubic spline for now) to create a curve from these points (hopefully this curve stays within the rectangular area other than its endpoints, though I am still working on that).I place a given number of points within that region such that the two endpoints are on some edge and no other part of the curve exits the region.I create a rectangular domain of some size.What I need to create is a general way of finding regions bounded by many intersecting curves and determining their area.
John Garrett Williamson Asks: Area of Region Surrounded by Arbitrary Curves Thank you very much! TD LR I’m having a hard time in my second-year calc course, are there any better resources I can use? If there is a better way to approach the course or studying for it, please share. This is my second year taking a calculus course- not to mention I am putting in a lot of effort, but not receiving the results I want to expect. I also do go to my teacher for extra help to ask questions very often, try to time myself, etc. I would say I am very hard working- I have tried many resources: multiple revisions of my class textbook (& built-in online resources), questions from other Calc BC teacher websites, JEE Calculus Differentials book, and I have begun looking into the MIT open source Calculus Textbook for single-variable Calculus. I am currently a student in my school’s Calculus BC class, in which I would like to improve- not only in my actual grade, but actual abilities as an amateur mathematician. I’m not sure if this is the best place to ask this… User1234 Asks: What are good resources for a hard-working Calculus BC Student (offered only as a second year course in my highly school)?
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