Original Source: http://feedproxy.google.com/~r/CreativeBloq/~3/oLMTshDgSEg/wacom-twitter-storm

Warrantygate explained.

Original Source: https://www.webdesignerdepot.com/2021/07/collaborative-task-management-with-taskade/

Productivity is a crowded space, with countless apps and services promising to make your life and business easier and more profitable. Of all the apps that make that promise, very few deliver, but we’ve found one that does: Taskade.

Flexible Planning With Taskade

Every problem is unique, and part of what defines us as creative professionals is the different ways we approach problems. What suits one person in one situation doesn’t suit another in another. This is where many planning apps fall down: they adopt one singular approach and expect users to fit around the app.

Taskade is different. Like the love-child of Trello, Notion, and Slack, Taskade uses a template approach to create a flexible planning system that you can use in whatever way you prefer.

When you open up Taskade, you’ll see some quick options: ‘blank,’ ‘weekly planner,’ ‘meeting agenda,’ and so forth. But there’s also a ‘more’ option that will give you access to the hundreds of templates Taskade supplies. There are dozens of template categories, and each category contains multiple templates that you can use to drive your planning process.

Whether you’re looking for a task list for launching on Product Hunt, a design system checklist, or a project scrum board, you’ll find the template ready and waiting for you.

If none of the predesigned options are right for the task at hand, Taskade gives you the option to create your own template from the basic building blocks of boards, actions, mind maps, charts, and lists.

Team Collaboration With Taskade

One of Taskade’s main strengths is its ability to work equally well for individuals and teams.

It makes sense when you’re evaluating a product that you do it on your own. But we encourage you to bring team members on board early in the trial because it’s when working with teams that Taskade really excels as a collaborative tool.

Once you’ve created a new planning project, you can invite your team, either by email or — if they’re already registered — by tagging them with their Taskade username.

You can assign tasks to individuals or multiple individuals (a much better option than the free-for-all you find in some to-do apps). You can also set deadlines for tasks so that everyone knows what the schedule is.

Team Chat on Taskade

Another area that Taskade excels for teams is the built-in real-time live chat. You can communicate with team members right in the project instead of jumping onto Slack or email.

For teams working remotely, or even just multi-tasking throughout the day, it’s a great way of ensuring that everyone has the information they need. As a result, mistakes are minimized, and best of all, there’s a written record that can be referred back to at any time.

Chat can be sent to the whole team, or direct messaged to an individual, so you don’t need to worry about filling up everyone’s notifications with messages that don’t apply to them.

Project Management With Taskade

If you’re working on a single project, then you probably know exactly where it is at all times. But for anyone working on multiple projects, it can be hard to keep track of everything. So Taskade has several different options for project managers.

The Mindmap section is one of the most useful parts of Taskade because it gives you a complete overview of everything in your project. You can see what has been completed and how much time it took — that way, you can assess how viable the timeline for your other tasks is.

Another great feature of Taskade is the activity feed. When one of your team makes a change to a project, it will pop up in your activity feed, and the next time you log in, you’ll see the status of your projects with a single glance.

Multi-Platform

One of our favorite aspects of Taskade is that it works equally well across different platforms. As well as the desktop web app, you’ll also find native apps in the iOS app store and the Android play store.

Syncing your account over different apps is awesome because ideas often occur at inconvenient times — on your commute, walking the dog. Even when you’re at your desk, it’s much handier to grab your phone and make notes than it is to switch to your browser and visit a site.

Easy Registration

If you’re feeling the pressure of a bulging inbox, or to-do lists on multiple post-its, then the last thing you need is another complex, confusing task to add to the pile.

Taskade is super-easy to get started with. Just click the ‘Sign up’ link in the top right of the site, and you’ll have three options: Sign up with Google, sign up with your email, or you can continue as a guest.

If you’re not sold yet, then continue as a guest — essentially a free trial — you can sign in properly later once your curiosity is satisfied.

Free to Use

Taskade is free to use on a limited basis. The free plan comes with 500Mb of storage and a maximum 25Mb file size. You can create individual tasks or whole projects, workflows, and custom templates and share tasks and projects with your team. That’s enough to help you make the most of Taskade for $0.

If you find that the generous free plan isn’t quite enough, paid plans start at just $5 per month. The paid plan gives you unlimited storage and bumps the maximum file size up to 250Mb. You have the same core features as the free plan; it’s just that they’re unlimited, which means you can do even more planning. In addition, the paid plan adds some handy extra features that are great time-savers, such as sorting tasks, creating repeat tasks, and bulk assigning tasks. Just look at how Taskade compares to similar tools.

Most professionals will get along with the free plan just fine, but $5 per month for unlimited storage is a great deal. On top of that, you have future premium features to look forward to, including a project revision history and a calendar view.

You can sign up to Taskade for free now, as a guest, with your email, or with Google.

[– This is a sponsored post on behalf of Taskade –]

Source

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The post Collaborative Task Management with Taskade first appeared on Webdesigner Depot.

Original Source: https://www.hongkiat.com/blog/tools-to-coding-online/

Modern trends and webapps have dramatically changed the way web developers can build. Obviously you need some type of IDE to code new files and save them for deployment. But what about just testing…

Visit hongkiat.com for full content.

Original Source: https://smashingmagazine.com/2021/07/gatsby-serverless-functions-international-space-station/

Gatsby recently announced the launch of Functions which opens up a new dimension of possibilities — and I for one couldn’t be more excited! With Gatsby now providing Serverless Functions on Gatsby Cloud (and Netlify also providing support via @netlify/plugin-gatsby), the framework that was once misunderstood to be “just for blogs” is now more than ever, (in my opinion) the most exciting technology provider in the Jamstack space.

The demo in this article is the result of a recent project I worked on where I needed to plot geographical locations around a 3D globe and I thought it might be fun to see if it were possible to use the same technique using off-planet locations. Spoiler alert: It’s possible! Here’s a sneak peek of what I’ll be talking about in this post, or if you prefer to jump ahead, the finished code can be found here.

Getting Started

With Gatsby Functions, you can create more dynamic applications using techniques typically associated with client-side applications by adding an api directory to your project and exporting a function, e.g.

|– src
|– api
— some-function.js
|– pages

// src/api/some-function.js
export default function handler(req, res) {
res.status(200).json({ hello: `world` })
}

If you already have a Gatsby project setup, great! but do make sure you’ve upgraded Gatsby to at least version v3.7

npm install gatsby@lastest –save

If not, then feel free to clone my absolute bare-bones Gatsby starter repo: mr-minimum.

Before I can start using Gatsby Functions to track the International Space Station, I first need to create a globe for it to orbit.

Step 1: Building The 3D Interactive Globe

I start by setting up a 3D interactive globe which can be used later to plot the current ISS location.

Install Dependencies
npm install @react-three/fiber @react-three/drei three three-geojson-geometry axios –save

Create The Scene

Create a new file in src/components called three-scene.js

// src/components/three-scene.js
import React from ‘react’;
import { Canvas } from ‘@react-three/fiber’;
import { OrbitControls } from ‘@react-three/drei’;

const ThreeScene = () => {
return (
<Canvas
gl={{ antialias: false, alpha: false }}
camera={{
fov: 45,
position: [0, 0, 300]
}}
onCreated={({ gl }) => {
gl.setClearColor(‘#ffffff’);
}}
style={{
width: ‘100vw’,
height: ‘100vh’,
cursor: ‘move’
}}
>
<OrbitControls enableRotate={true} enableZoom={false} enablePan={false} />
</Canvas>
);
};

export default ThreeScene;

The above sets up a new <Canvas /> element and can be configured using props exposed by React Three Fibre.

Elements that are returned as children of the canvas component will be displayed as part of the 3D scene. You’ll see above that I’ve included <OrbitControls /> which adds touch/mouse interactivity allowing users to rotate the scene in 3D space

Ensure ThreeScene is imported and rendered on a page somewhere in your site. In my example repo I’ve added ThreeScene to index.js:

// src/pages/index.js
import React from ‘react’;

import ThreeScene from ‘../components/three-scene’;

const IndexPage = () => {
return (
<main>
<ThreeScene />
</main>
);
};

export default IndexPage;

This won’t do much at the moment because there’s nothing to display in the scene. Let’s correct that!

Create The Sphere

Create a file in src/components called three-sphere.js:

// src/components/three-sphere.js
import React from ‘react’;

const ThreeSphere = () => {
return (
<mesh>
<sphereGeometry args={[100, 32, 32]} />
<meshBasicMaterial color=”#f7f7f7″ transparent={true} opacity={0.6} />
</mesh>
);
};

export default ThreeSphere;

If the syntax above looks a little different to that of the Three.js docs it’s because React Three Fibre uses a declarative approach to using Three.js in React.

A good explanation of how constructor arguments work in React Three Fibre can be seen in the docs here: Constructor arguments

Now add ThreeSphere to ThreeScene:

// src/components/three-scene.js
import React from ‘react’;
import { Canvas } from ‘@react-three/fiber’;
import { OrbitControls } from ‘@react-three/drei’;

+ import ThreeSphere from ‘./three-sphere’;

const ThreeScene = () => {
return (
<Canvas
gl={{ antialias: false, alpha: false }}
camera={{
fov: 45,
position: [0, 0, 300]
}}
onCreated={({ gl }) => {
gl.setClearColor(‘#ffffff’);
}}
style={{
width: ‘100vw’,
height: ‘100vh’,
cursor: ‘move’
}}
>
<OrbitControls enableRotate={true} enableZoom={false} enablePan={false} />
+ <ThreeSphere />
</Canvas>
);
};

export default ThreeScene;

You should now be looking at something similar to the image below.

Not very exciting, ay? Let’s do something about that!

Create The Geometry (To Visualize The Countries Of Planet Earth)

This next step requires the use of three-geojson-geometry and a CDN resource that contains Natural Earth Data. You can take your pick from a full list of suitable geometries here.

I’ll be using admin 0 countries. I chose this option because it provides enough geometry detail to see each country, but not so much that it will add unnecessary strain on your computer’s GPU.

Now, create a file in src/components called three-geo.js:

// src/components/three-geo.js
import React, { Fragment, useState, useEffect } from ‘react’;
import { GeoJsonGeometry } from ‘three-geojson-geometry’;
import axios from ‘axios’;

const ThreeGeo = () => {
const [isLoading, setIsLoading] = useState(true);
const [geoJson, setGeoJson] = useState(null);

useEffect(() => {
axios
.get(
‘https://d2ad6b4ur7yvpq.cloudfront.net/naturalearth-3.3.0/ne_110m_admin_0_countries.geojson’
)
.then((response) => {
setIsLoading(false);
setGeoJson(response.data);
})
.catch((error) => {
console.log(error);
throw new Error();
});
}, []);

return (
<Fragment>
{!isLoading ? (
<Fragment>
{geoJson.features.map(({ geometry }, index) => {
return (
<lineSegments
key={index}
geometry={new GeoJsonGeometry(geometry, 100)}
>
<lineBasicMaterial color=”#e753e7″ />
</lineSegments>
);
})}
</Fragment>
) : null}
</Fragment>
);
};

export default ThreeGeo;

There’s quite a lot going on in this file so I’ll walk you through it.

Create an isLoading state instance using React hooks and set it to true. This prevents React from attempting to return data I don’t yet have.
Using a useEffect I request the geojson from the CloudFront CDN.
Upon successful retrieval I set the response in React state using setGeoJson(…) and set isLoading to false
Using an Array.prototype.map I iterate over the “features” contained within the geojson response and return lineSegments with lineBasicMaterial for each geometry
I set the lineSegments geometry to the return value provided by GeoJsonGeomtry which is passed the “features” geometry along with a radius of 100.

(You may have noticed I’ve used the same radius of 100 here as I’ve used in the sphereGeometry args in three-sphere.js. You don’t have to set the radius to the same value but it makes sense to use the same radii for ThreeSphere and ThreeGeo.

If you’re interested to know more about how GeoJsonGeometry works, here’s the open-source repository for reference: https://github.com/vasturiano/three-geojson-geometry. The repository has an example directory however, the syntax is slightly different from what you see here because the examples are written in vanilla JavaScript not React.

Combine The Sphere And Geometry

Now it’s time to overlay the geometry on top of the blank sphere: Add ThreeGeo to ThreeScene

// src/components/three-scene.js
import React from ‘react’;
import { Canvas } from ‘@react-three/fiber’;
import { OrbitControls } from ‘@react-three/drei’;

import ThreeSphere from ‘./three-sphere’;
+ import ThreeGeo from ‘./three-geo’;

const ThreeScene = () => {
return (
<Canvas
gl={{ antialias: false, alpha: false }}
camera={{
fov: 45,
position: [0, 0, 300]
}}
onCreated={({ gl }) => {
gl.setClearColor(‘#ffffff’);
}}
style={{
width: ‘100vw’,
height: ‘100vh’,
cursor: ‘move’
}}
>
<OrbitControls enableRotate={true} enableZoom={false} enablePan={false} />
<ThreeSphere />
+ <ThreeGeo />
</Canvas>
);
};

You should now be looking at something similar to the image below.

Now that’s slightly more exciting!

Step 2: Building A Serverless Function
Create A Function

This next step is where I use a Gatsby Function to request data from Where is ISS at, which returns the current location of the International Space Station.

Create a file in src/api called get-iss-location.js:

// src/api/get-iss-location.js
const axios = require(‘axios’);

export default async function handler(req, res) {
try {
const { data } = await axios.get(
‘https://api.wheretheiss.at/v1/satellites/25544’
);

res.status(200).json({ iss_now: data });
} catch (error) {
res.status(500).json({ error });
}
}

This function is responsible for fetching data from api.whereistheiss.at and upon success will return the data and a 200 status code back to the browser.

The Gatsby engineers have done such an amazing job at simplifying serverless functions that the above is all you really need to get going, but here’s a little more detail about what’s going on.

The function is a default export from a file named get-iss-location.js;
With Gatsby Functions the filename becomes the file path used in a client-side get request prefixed with api, e.g. /api/get-iss-location;
If the request to “Where is ISS at” is successful I return an iss_now object containing data from the Where is ISS at API and a status code of 200 back to the client;
If the request errors I send the error back to the client.

Step 3: Build The International Space Station
Creating The ISS Sphere

In this next step, I use Gatsby Functions to position a sphere that represents the International Space Station as it orbits the globe. I do this by repeatedly calling an axios.get request from a poll function and setting the response in React state.

Create a file in src/components called three-iss.js

// src/components/three-iss.js
import React, { Fragment, useEffect, useState } from ‘react’;
import * as THREE from ‘three’;
import axios from ‘axios’;

export const getVertex = (latitude, longitude, radius) => {
const vector = new THREE.Vector3().setFromSpherical(
new THREE.Spherical(
radius,
THREE.MathUtils.degToRad(90 – latitude),
THREE.MathUtils.degToRad(longitude)
)
);
return vector;
};

const ThreeIss = () => {
const [issNow, setIssNow] = useState(null);

const poll = () => {
axios
.get(‘/api/get-iss-location’)
.then((response) => {
setIssNow(response.data.iss_now);
})
.catch((error) => {
console.log(error);
throw new Error();
});
};

useEffect(() => {
const pollInterval = setInterval(() => {
poll();
}, 5000);

poll();
return () => clearInterval(pollInterval);
}, []);

return (
<Fragment>
{issNow ? (
<mesh
position={getVertex(
issNow.latitude,
issNow.longitude,
120
)}
>
<sphereGeometry args={[2]} />
<meshBasicMaterial color=”#000000″ />
</mesh>
) : null}
</Fragment>
);
};

export default ThreeIss;

There’s quite a lot going on in this file so I’ll walk you through it.

Create an issNow state instance using React hooks and set it to null. This prevents React from attempting to return data I don’t yet have;
Using a useEffect I create a JavaScript interval that calls the poll function every 5 seconds;
The poll function is where I request the ISS location from the Gatsby Function endpoint (/api/get-iss-location);
Upon successful retrieval, I set the response in React state using setIssNow(…);
I pass the latitude and longitude onto a custom function called getVertex, along with a radius.

You may have noticed that here I’m using a radius of 120. This does differ from the 100 radius value used in ThreeSphere and ThreeGeo. The effect of the larger radius is to position the ISS higher up in the 3D scene, rather than at ground level — because that’s logically where the ISS would be, right?
100 has the effect of the sphere and geometry overlapping to represent Earth, and 120 for the ISS has the effect of the space station “orbiting” the globe I’ve created.

One thing that took a bit of figuring out, at least for me, was how to use spherical two dimensional coordinates (latitude and longitude) in three dimensions, e.g. x,y,z. The concept has been explained rather well in this post by Mike Bostock.

The key to plotting lat / lng in 3D space lies within this formula… which makes absolutely no sense to me!

x=rcos(ϕ)cos(λ)
y=rsin(ϕ)
z=−rcos(ϕ)sin(λ)

Luckily, Three.js has a set of MathUtils which I’ve used like this:

Pass the latitude, longitude and radius into the getVertex(…) function
Create a new THREE.Spherical object from the above named parameters
Set the THREE.Vector3 object using the Spherical values returned by the setFromSpherical helper function.

These numbers can now be used to position elements in 3D space on their respective x, y, z axis — phew! Thanks, Three.js!

Now add ThreeIss to ThreeScene:

import React from ‘react’;
import { Canvas } from ‘@react-three/fiber’;
import { OrbitControls } from ‘@react-three/drei’;

import ThreeSphere from ‘./three-sphere’;
import ThreeGeo from ‘./three-geo’;
+ import ThreeIss from ‘./three-iss’;

const ThreeScene = () => {
return (
<Canvas
gl={{ antialias: false, alpha: false }}
camera={{
fov: 45,
position: [0, 0, 300]
}}
onCreated={({ gl }) => {
gl.setClearColor(‘#ffffff’);
}}
style={{
width: ‘100vw’,
height: ‘100vh’,
cursor: ‘move’
}}
>
<OrbitControls enableRotate={true} enableZoom={false} enablePan={false} />
<ThreeSphere />
<ThreeGeo />
+ <ThreeIss />
</Canvas>
);
};

export default ThreeScene;

Et voilà! You should now be looking at something similar to the image below.

The poll function will repeatedly call the Gatsby Function, which in turn requests the current location of the ISS and re-renders the React component each time a response is successful. You’ll have to watch carefully but the ISS will change position ever so slightly every 5 seconds.

The ISS is traveling at roughly 28,000 km/h and polling the Gatsby Function less often would reveal larger jumps in position. I’ve used 5 seconds here because that’s the most frequent request time as allowed by the Where is ISS at API

You might have also noticed that there’s no authentication required to request data from the Where is ISS at API. Meaning that yes, technically, I could have called the API straight from the browser, however, I’ve decided to make this API call server side using Gatsby Functions for two reasons:

It wouldn’t have made a very good blog post about Gatsby Functions if i didn’t use them.
Who knows what the future holds for Where is ISS at, it might at some point require authentication and adding API keys to server side API requests is pretty straightforward, moreover this change wouldn’t require any updates to the client side code.

Step 4: Make It Fancier! (Optional)

I’ve used the above approach to create this slightly more snazzy implementation: https://whereisiss.gatsbyjs.io,

In this site I’ve visualized the time delay from the poll function by implementing an Svg <circle /> countdown animation and added an extra <circle /> with a stroke-dashoffset to create the dashed lines surrounding it.

Step 5: Apply Your New Geo Rendering Skills In Other Fun Ways!

I recently used this approach for plotting geographical locations for the competition winners of 500 Bottles: https://500bottles.gatsbyjs.io. A limited edition FREE swag giveaway I worked on with Gatsby’s marketing team.

You can read all about how this site was made on the Gatsby blog: How We Made the Gatsby 500 Bottles Giveaway

In the 500 Bottles site I plot the geographical locations of each of the competition winners using the same method as described in ThreeIss, which allows anyone visiting the site to see where in the world the winners are.

Closing Thoughts

Gatsby Functions really open up a lot of possibilities for Jamstack developers and never having to worry about spinning up or scaling a server removes so many problems leaving us free to think about new ways they can be used.

I have a number of ideas I’d like to explore using the V4 Space X API’s so give me a follow if that’s your cup of tea: @PaulieScanlon

Further Reading

If you’re interested in learning more about Gatsby Functions, I highly recommend Summer Functions, a five week course run by my good chum Benedicte Raae.
In a recent FREE Friday night Summer Functions webinar we created an emoji slot machine which was super fun:
Build an emoji slot machine with a #GatsbyJS Serverless Function · #GatsbySummerFunctions
You might also be interested in the following episode from our pokey internet show Gatsby Deep Dives where Kyle Mathews (creator of Gatsby) talks us through how Gatsby Functions work:
Gatsby Serverless Functions ? — Are we live? with Kyle Mathews
If you’re interested in learning more about Gatsby I have a number of articles and tutorials on my blog: https://paulie.dev, and please do come find me on Twitter if you fancy a chat: @PaulieScanlon

I hope you enjoyed this post. Ttfn ?!

Original Source: https://www.webdesignerdepot.com/2021/07/7-top-multipurpose-wordpress-themes-you-should-check-out/

You have been looking for a theme for your website. You haven’t yet settled on all the design details or come across a specialty theme that appears to have what you might need. Then, a multipurpose theme would be a wise choice.

Multipurpose WordPress themes have become extremely popular because of the flexibility they offer. Also, because of their relative ease of use and the powerful tools, you will usually find built into them.

With a good multipurpose theme at your fingertips, you are usually in a position to build anything. You can build a simple personal blogging site or a complex multifunctional site for a client. To make life a little easier, most multipurpose WordPress themes have features to help you get started quickly and in the right direction.

Here is a superb collection of 7 of the top multipurpose WordPress themes on the market today. These themes can help you build virtually any kind of website.

1. Betheme – Website Builder for WordPress with 600+ Pre-Built Websites

BeTheme has long been one of the most popular multipurpose WordPress themes. Not content to rest on their laurels, BeTheme’s authors took suggestions from their customers and created a better builder.

The Live Builder is 60% faster. Its UI is so intuitive that you won’t waste time learning how to use it. It features exciting new and powerful capabilities and performs familiar page-building features better than ever.

With the Live Builder, you can –

Edit live content visually without switching between backend and frontend; you can view an element and customize it simultaneously.
Use the Revisions feature to create, save, and restore what you want; no more lost changes thanks to the Autosave, Update, Revision, and Backup options.
Access the Pre-built Sections Library: find the section or block you need and add it to your page.
Select from the large and diverse selection of Items; categories include typography, boxes, blocks, design elements, loops, etc., to help you create exactly what you have in mind.

Click on the banner to learn more.

2. Total WordPress Theme

The introduction emphasized the ease of use and flexibility most multipurpose themes provide. Total has both in abundance thanks to its drag and drop frontend page builder and hundreds of built-in styling options.

Highlights include –

An advanced version of the WPBakery page builder.
40+ single click importable demos, 100+ page-building modules, and 500+ styling settings to help you create exactly what you want.
Dynamic Template and Pre-styled Theme Cards to tailor dynamic templates for your posts.
Templatera and Slider Revolution plugins plus full WooCommerce compatibility.
A selection of developer-friendly hooks, filters, and snippets for future theme customization.

Even though Total was designed with perfection in mind, or perhaps because of it, it is the right choice if you need to get a high-quality website up and running in a short period of time. Total’s 47,000+ customers seem to agree.

Click on the banner to learn more.

3. Avada Theme

The fact that Avada is the all-time best-selling WordPress theme with more than 450,000 sales to date might be all the reason you need to choose it, but there are plenty of other good reasons for doing so as well.

For example –

Avada’s drag and drop page builder, together with the Fusion Page and Fusion Theme options, makes building a website quick and easy.
Single-click import demos, stylish design elements, and pre-built websites are there to help speed up your project’s workflow and impart a high level of quality to the finished product.
Avada’s Dashboard organizes your work, and its Dynamic Content System gives you maximum flexibility and full control over your project.

Click on the banner to find out more about this fast, responsive, and WooCommerce-compatible theme.

4. Uncode – Creative Multiuse & WooCommerce WordPress Theme

Uncode will be an ideal choice for building creative, magazine, and blogging websites and for building agency sites as well. This fast, sleek, pixel-perfect multipurpose theme has sold more than 80,000 copies to date.

Uncode’s impressive features include –

More than 450 Wireframe section templates that can easily be modified and combined.
A Frontend Editor on steroids coupled with the WooCommerce custom builder.
A “must-see” gallery of user-created websites.

5. TheGem – Creative Multi-Purpose High-Performance WordPress Theme

TheGem is literally a Swiss Army knife of website building tools that make it ideal for creating business, portfolio, shop, and magazine websites.

Among the many gems included in the package are these –

The popular and industry-leading WPBakery and Elementor front-end page builders.
400+ beautiful pre-built websites and templates together with 300+ pre-designed section templates.
A splendid collection of WooCommerce templates for shop-building projects.

6. Impeka – Creative Multipurpose WordPress Theme

With Impeka, flexibility is almost an understatement. This intuitive, easy-to-work-with multipurpose theme gives beginners and advanced users alike complete freedom to dream up their ideal website and then make it happen – and fast.

You can –

Choose among the Enhanced WPBakery, Elementor, and Gutenberg page builders.
Select from 50 handcrafted design elements and Impeka’s 10 custom blocks.

Impeka is perfect for building every website type, from blogging and online stores to commercial businesses and corporations.

7. Blocksy – Gutenberg WordPress Theme

Blocksy is a blazing fast and lightweight WordPress theme that was built with the Gutenberg editor in mind and is seamlessly integrated with WooCommerce.

Blocksy is responsive, adaptive, translation ready, and SEO optimized.
Blocksy plays well with all the popular WordPress page builders, including Elementor, Beaver Builder, and Brizy.

This popular multipurpose WordPress theme can be used to create any type of website in no time.

Of all the design choices a WordPress user needs to make, choosing a WordPress theme for the task at hand is perhaps the most important.

That choice, more often than not, involves a multipurpose theme. Most multipurpose WordPress themes are extremely flexible. So, you can avoid the tedious and time-consuming task of trying to find exactly the right one for your niche and for the job.

Multipurpose themes work for any website niche and offer whatever an admin might need.

Choose one from these 7 Best Multipurpose WordPress Themes, and you should be able to create your website with relative ease.

Source

p img {display:inline-block; margin-right:10px;}
.alignleft {float:left;}
p.showcase {clear:both;}
body#browserfriendly p, body#podcast p, div#emailbody p{margin:0;}

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