subdivide | Split pane layout system for React | User Interface library
kandi X-RAY | subdivide Summary
kandi X-RAY | subdivide Summary
Split pane layout system for React. Each pane can be subdivided and any widget assigned to any pane allowing users define layout. Panes can be:. When a new pane is created the user can chose which component to display in that pane. The result is an application where the user can decide on an interface that suits their work flow. It should also be possible to quickly mash up applications out of preexisting parts.
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Currently covering the most popular Java, JavaScript and Python libraries. See a Sample of subdivide
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subdivide Examples and Code Snippets
npm install react-redux-subdivide
import React, { Component } from 'react';
import ReactDOM from 'react-dom';
import {
createStore,
combineReducers,
applyMiddleware
} from 'redux';
import { connect, Provider } from 'react-redux';
import {
cr
class Polygon {
constructor(n) {
this.n = n // the number of sides
this.v = new Array(n) // the list of vertices
}
static constructCenterPolygon(n, k, { quasiregular = false }) {
// Initialize P as the center polygon in
Community Discussions
Trending Discussions on subdivide
QUESTION
i'm having some trouble loading module in Julia. I have to module that i cant load in my main file.
So my code (i'm trying to make an octree) look like this:
...ANSWER
Answered 2022-Mar-17 at 00:28Well, you actually just put the two modules in the same module. Or to be more precise, you have a module Node
and a module Tree
with a submodule Node
in it, thus the Main.Tree.Node.node
. This happens because you use include("Node.jl")
within your Tree
module. The include function works as if it copied the text in the Node.jl
file and pasted it into the Tree.jl
file. Thus, to use the Node
module within Tree
without creating a submodule you have to add it.
So, I'd recommend you to generate a package for both the Node
and Tree
modules. This is done by
QUESTION
With Javascript I can use modules (i.e. import
and export
statements) and subdivide the code in different files and have such code run in the browser.
Let's take the simplest example made of 3 files: my-function-js.js, main-js.js and page-js.html
my-function-js.js
...ANSWER
Answered 2022-Mar-25 at 19:03when running tsc
on the theoretical code / files in your question, it generates the desired output which works fine in the browser, so long as you set the target in your tsconfig.json
to es6
or higher, since the features you're trying to use were introduced in es6:
QUESTION
I have a folder with the following structure:
...ANSWER
Answered 2022-Mar-23 at 20:45It's not clear to me what's the exact output you want, but I'm pretty sure os.walk
is probably the best option for you to generate a tree of your files:
QUESTION
dataframe is below
...ANSWER
Answered 2022-Mar-02 at 21:10First you need to bring your data into long format:
QUESTION
my actual goal is to calculate the difference between two histograms. For this I would like to use the Kullback-Leibler-Divergenz. In this thread Calculating KL Divergence in Python it was said that Scipy's entropy function will calculate KL divergence. For this I need a probability distribution of my datasets. I tried to follow the answers and instructions given in those 2 threads How do I calculate PDF (probability density function) in Python? and How to effectively compute the pdf of a given dataset. Unfortunately I always get an error.
Here you can see my code in which I subdivide the data into 3 parts (training, validation and test dataset) and aim to calculate the pairwise-difference between the data distribution of those 3 sets.
...ANSWER
Answered 2022-Mar-01 at 14:07An histogram of a sample can approximate the pdf of the distribution under the assumption that the sample is enough to capture the distribution of the population. So when you use histogram_train = rv_histogram(np.histogram(data_train_histogram, bins='auto'))
it generates a distribution given by a histogram. It has a .pdf
method to evaluate the pdf and also .rvs
to generate values that follow this distribution. So to calculate the Kullback–Leibler divergence between two distributions you can do the following:
QUESTION
I'm looking to intersect 2 spatial layers, keeping all the non-intersecting features as well.
My first layer is the SA2 from NSW, Australia, which look like
My second layer is the Areas of Regional Koala Significance (ARKS):
When I intersect them, I get part of my desired result, which is subdividing the SA2 by the ARKS.
The thing is that I'd like to have also the rest of the SA2 polygons that don't intersect. The desired result would be a map of the SA2, where the intersecting ones would be subdivided by where they intersect to the ARKS layer, and the ones that don't intersect would contain NA. Something like in the next picture but in a single dataset instead of two: enter image description here
I post my code below:
...ANSWER
Answered 2022-Feb-28 at 08:03Please consider this approach: Once that you have your intersection
, you can remove the intersecting parts with st_difference
. That would effectively split the intersecting SA2 in zones based on ARKS, and leave the rest as they are originally. After that, you can rejoin the dataset with dplyr::bind_rows
, having the ARKS layer, the SA2 intersected split and the SA2 non-intersected as they are originally:
QUESTION
I have a dataframe like the one that follows:
...ANSWER
Answered 2022-Feb-25 at 11:42you get most of the way there by adding 'group' to the index and then unstacking:
QUESTION
I’ve created a some basic model in Blender. It’s 4 times subdivided cube (I need faces to look like squares), then faces was split by edges (in Blender too). Then I need to separate final mesh by loose parts in threejs (if I do that in Blender the exported file is too big, like a few MB big). So each face become separate one.
How should I do that?
Step 1 (blender) Step 2 (blender) After step 2 each face is a separate mesh. I need to replicate step 2 in ThreeJS. As a result I need to explode faces of a sphere Here's what I have so farI'll need much more faces to achieve the desired result. One possible solution would be to place 2 spheres one inside another and then "explode" them simultaneosly. But I need faces to be much smaller too.
My "explosion" code is heavily based on this: https://github.com/akella/ExplodingObjects/blob/0ed8d2668e3fe9913133382bb139c73b9d554494/src/egg.js#L178
And here's demo: https://tympanus.net/Development/ExplodingObjects/index-heart.html
...ANSWER
Answered 2022-Feb-10 at 16:16In your case I would use bufferGeometry.
According to this showcase: https://threejs.org/examples/#webgl_buffergeometry
16000 triangles are generated with normal orientations.
I think you should use BufferGeometry.
Build on top of your codePen, Here you'll find a solution to have quad faces (instead of your triangles) oriented along a sphere surface.
The core to get the quad faces laying along the surface of a sphere:
QUESTION
I want to create a very simple 2D (later 3D depending on funding) interactive CAD applications with very few features like:
- Ability to create lines, points, simple convex polygons and simple shapes such as ellipses
- Ability to subdivide the polygons.
For this reason, I am going for a Client-Server model, where the Client consists of GUI and Rendering components. For this, I am thinking of using Kivy framework as, it has GUI and OpenGL both in a single framework. Another alternative, is to use QT framework. This is notational convenience, everything will be running on a single machine.
For the server part, which contains code for manipulating geometry, I am thinking of using OpenCASCADE directly, or gmsh. Basic idea here is that: once the geometry is modeled, it is meshed in the server and this is sent back to the client for rendering.
My question regarding this is that, does this approach work in an interactive application? My understanding is that mesh generation takes a long time, so creating a mesh for every small change in the geometry might not be ideal for an interactive application. But, then OpenGL can only render very few geometry primitives (like point, line, triangle and quads) and using OpenGL only makes sense when we are meshing the geometry (As far as I know, OpenCASCADE uses Boundary Representation to represent models).
Please understand I am fairly new to geometric modeling and computer graphics in general, so any help is appreciated.
EDIT: Add more clarifications.
...ANSWER
Answered 2022-Jan-28 at 00:13"does this approach work in an interactive application?". Not really, unless your customers are very patient. Rendering will be jerky, even if you have nearly instant transmission. This is why hardware acceleration was invented. And this means it has to be local on the machine.
If you are not very experienced I recommend leaving the client-server architecture for later. Get working a standalone app first.
I think meshing is not needed, if you need only 2D. Start with rendering curves only first. If you need filled shapes, a color filling algorithms might be much simpler approach.
Open Cascade takes years to learn
Our alternative for $20 a month (while you are developing): https://dynoinsight.com/ProDown.htm
Best
QUESTION
I'm new using gnuplot and i would like to replicate this plot: https://images.app.goo.gl/DqygL2gfk3jZ7jsK6
I have a file.dat with continuous value between 0 and 100 and i would like to plot it, subdivided in intervals ( pident> 98, 90 < pident < 100...) Etc. And on y-axis the total occurrences.
I looked everywhere finding a way but still I cannot do it.
Thank you ! sample of the data, with the value and the counts:
...ANSWER
Answered 2022-Jan-20 at 09:37The following script takes your data and sums up the second column within the defined bins.
If you have values of equal 100 in the first column, those values would be in the bin 100-<110
.
With Bin(x) = floor(x/BinWidth)*BinWidth + BinWidth*0.5
, the bins are shifted by half a binwidth to let the boxes on the x-axis range from the beginning of the bin to the end of the bin (and not centered at the beginning of the respective bin).
If you explicitely want to have xtics labels like in the example graph you've shown, i.e. 10-<20
, 20-<30
etc. you would have to fiddle around with the xtic labels.
Edit: Forgot the mean value. There is no need for calling awk. Gnuplot can do this for you as well, check help stats
.
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