Stable Diffusion built-in to Blender

DreamSpace: Dreaming Your Room Space with Text-Driven Panoramic Texture Propagation

No description available

Texture ripping utility used with LSD: Dream Emulator

A collection of wallpapers made by dream textures stable diffusion.

Applies Nearest-Neighbour sampling to textures when in Sega Saturn Dreams.

Generate nice textures without drawing. A coder's dream. This program is distributed with samples, editor, plug-in for 3dsmax 3.1, 3dsmax 5.1 and explorer thumbnails.

Ben House and I render a scene in which we juxtapose the american dream house with a an alien version. Tools utilized: Three JS library, Javascript, Boolean Geometry, Animation, and Texturing.

An interactive, AI powered 3D car configurator for the iconic Lamborghini Gallardo. Customize your dream ride with a variety of color options, textures - your own as well as AI generated and more! Built using Three.js, this configurator delivers a realistic and immersive experience right in your browser.

No description available

No description available

No description available

No description available

This code uses DeepDream to obatin new images from images of liquid crystal textures.

No description available

Dream roblox blender rig, has IK and custom bones. Face textures can be changed.

Dream Your Room: Multi-Modal Texture Generation and 3D Scene Reconstruction

✨ Dusty Dream AR Filter built with Meta Spark AR Studio to Transform your content with nostalgic film aesthetics. Cinematic grain, dust textures & vintage color grading for Meta platforms.

TechTex is more than a name; it's a symbol of innovation that knows no bounds. We're your partner in turning concepts into realities, dreams into tangible expressions. Together, we shatter limitations, exploring a universe of colors, textures, and designs.)

DeepDreamer is a Python project that applies the Deep Dream algorithm to images using TensorFlow and MobileNetV2. Users can enhance patterns and textures by specifying the target layer and number of iterations. The project saves output images, demonstrating neural network feature visualization and creative image transformations.

Edgar’s Dream is a standalone Phantom Dust modding toolkit for Windows. It provides stage editing, object scanning, texture and audio replacement, arsenal management, collision analysis, and campaign/mission updates. This public release includes compiled tools

All fluff, no filler, and certified gluten and grain-free. Indulge in the yummy pancakes and waffles of your dreams with our healthy California Almond Protein Powder as the foundation. A solid dose of nutty protein makes them satisfying while coconut sugar and vanilla keeps them delicately sweet. A light, airy texture means no one's the wiser for all the healthy goodness inside, like magnesium and those healthy monounsaturated fats we all need more of in our day-to-day. Best part: They cook up in 10 minutes or less, from mixing to flipping.

(V1.3) This mod is a final version of the game but with the early textures and objects implemented into each level. This mod contains: •The Beta Bubbles (applies to loading screen as well) •SpongeBob has his beta power ups (Ex. bubble bash is a generic sports helmet, Bubble bounce is bubble shoes instead of feet) •Beta jump and landing sounds (heard in IGN footage) •Patricks lost socks replaced with anchors •beta flying tikis, •beta thunder tikis, •early gary hint sign •Save game icon for Chum Bucket Lab is now the beta icon just like the demo disc for PS2 •Blue beta thunder tikis In Sand Mountain •early soccer ball throw fruit •early shiny object collecting sound •goo lagoon contains the beta fat raft guy with no shirt. •toll gates have the word ‘STOP’ placed on the shell •buttons now show ‘PUSH’ when not pressed •beta Downtown Bikini Bottom music with a unique ending •Kelp Forest is in daytime •Bubble Buddy back in SpongeBob’s dream with unused messages (see more info in screenshots) •Squidward has unused messages in Mr. Krabs’ dream. You can see them when you finish destroying the robots or while you’re destroying the robots. (see more info in screenshots) •Added back missing text line for SpongeBob when bubble buddy reminds him that he can Bubble Bash by pressing the Y button. (see more info in screenshots) •Movie Theater guy with a unused message when you don’t have enough shiny objects to enter the theater. (see more info in screenshots) •Clams replaced with Shiny Object Donation Box (Fixed Texture) •Pause Menu now has the beta names for levels (ex. Barnacle Cave, Defeat SpongeBob BossBot) •Bosses now have beta health meters •Ending SpongeBall room with credits is now named ‘Playground’ in Bikini Bottom (see more info in screenshots) •SpongeBob’s house is nearly identical as the IGN footage. (Except missing a few assets) •Pointer hand for Sandy’s lasso attack or Patricks throwing is now replaced with the generic green arrow seen in IGN footage

FIRST PLACE: CHAN FAMILY The Chan's wanted a landscape that would reduce their water usage and be beautiful. Having once been through a remodel of their yard and not liking the results (weeds overtook the yard and the labor needed to maintain was overwhelming) they decided that the best way to move forward with their perfect dream yard was to incorporate the landscape design from the remodel, but re-install it themselves. They stripped their entire yard down to bare dirt leaving only a pine tree in the front yard. The Chan's installed their own drip irrigation system, weed barriers, and placed the re-installed plants to their liking. After the plants were put in place, they laid mulch in between all the plants to prevent weed growth and to help retain soil moisture.Today, these plants have grown in size and maturity since being planted 1 year ago. The pine tree was incorporated into the landscaping and not only offers shade to the other plants, but slows the evaporation which keeps their landscape water requirements low. In addition, the pine tree and tall New Zealand Cabbages gives a stunning contrast of texture and height to their landscaping. The low lying succulents and lumping grasses contrast against the dark mulch to give a bright and stimulating feel to the landscaping. From a well-selected plant palette and their own resourcefulness, they have a landscape that is very colorful, appealing and very low maintenance and water use. The Chan's have been able to cut their water usage by 30% and are enjoying their landscaping more and more each day. RUNNER-UP: RAOUFPUR FAMILY Kimberly and Cyrus had a turf lawn in their front yard. With the recent drought, they became concerned and wanted to do their part to help conserve water for the environment. They chose to get rid of their thirsty lawn by transitioning to a California Friendly Landscaping style using low-water use succulents and cacti.First, they removed the lawn in their front yard and also in their backyard. They then proceeded to retrofit their irrigation system to a more localized and efficient drip irrigation system. Cyrus is an architect and has a trained eye to visualize the how shapes and colors of succulents would interact. They purchased succulents of all different colors, shapes and varieties. Each plant was placed in regards to their size, color, shape that they would mature into, and their blooms. They included many large rocks to give their landscape more height and dimension.Using mostly succulents, Kimberly and Cyrus were able to take advantage of a very beneficial component of most succulents: Cuttings. Cuttings, made by taking cuts from a larger plant and replanting the cut branches, create new genetically identical plants. By this process, many more plants can be propagated from just one succulent or cacti. Kimberly and Cyrus were able to provide most of the plant material for their landscaping using original plants. Kimberly and Cyrus now enjoy a landscape that they find more beautiful than their original turf lawn. They have also found enjoyment from taking the cuttings of their succulents and finding new places to watch them grow. This enjoyable maintenance has also allowed them to share the succulents to their friends and neighbors who see the beautiful work in their front and back yard. The change in their landscaping has allowed them to reduce their water usage by an incredible 62%. We congratulate Cyrus and Kimberly for their very creative work and their huge water savings.

In the past, one thinks of polyurethane only as the material used to stuff your mattresses and sofas to make them quite comfortable for you and your family. These days, polyurethane foam is not limited to that sole purpose. It has evolved to become one of the most versatile materials on the planet. There are numerous uses and densities for polyurethane for it, with low density flexible foam is, for example, being used for your beddings and seating while a light covering of polyurethane finish over a polyester weave creates a water and windproof polyurethane laminate which is used in outerwear and shower curtains. Did you know that polyurethane is also a recommended material for architects? It also comes in a form called spray polyurethane foam and it is absolutely one of the materials an architect cannot do without. There are two types of spray polyurethane insulation. The architect needs to pick the correct one in order to deliver the best possible service for the client. Open Cell Polyurethane Foam Spray This type of foam spray uses fewer chemicals as compared closed cell spray polyurethane foam which results to it being less expensive than the other type. It is best for indoor use and has a spongy texture to it. Closed Cell Polyurethane Foam Spray Considered to be the denser of the two types, closed cell is the one more commonly seen in homes. It is more resistant to water and also has better insulation. Closed cell spray polyurethane foam can be used not only indoors but outdoors as well. Cost Efficient One of the chief problems an architect’s client will encounter is costs. After having their dream home built, they will want to tighten the built a bit as having a home constructed is not something to be considered cheap or if it were to be termed nicely, inexpensive. By having spray polyurethane foam for insulation, you will not be only saving your clients money with construction material but in the long term as well. They will be able to save big time when it comes to energy costs and utility bills. Now isn’t that nice? Health Is Wealth Is the client health conscious? Then spray polyurethane foam is the way to go. Did you know that it is actually anti mold and anti-mildew? It prevents the formation of moisture, which is what causes the mold to grow. Said mold can lead to severe health problems which may land the client in the hospital. If you choose spray polyurethane foam, you can be sure harmful mold will not grow in the places you’ve used them on. Waterproof Yup, it is waterproof which makes it great material to be used for your roof. If the top layer has been damaged by different factors, you can be assured that no water will leak through as the underlying layer will protect the roof from dripping. Adds Structural Integrity This foam isn’t just for insulation but for structural integrity as well. If we are to become specific, it is closed cell spray polyurethane foam that provides structural integrity. The outer wall is reinforced and made more rigid by the foam. Walls with spray polyurethane are proven to be 300% stronger than those without. Insulation Of course, the primary reason why you should choose spray polyurethane foam is for its insulation properties. It is more efficient than your fiberglass or cellulose insulation. In addition to this, it really sticks to the wood substrate and sheathing, ensuring that every single crack and crevice is covered. If you are to refer to its R-value or the thermal resistance against heat, it has the highest R-vale rating compared to fiberglass and cellulose at R-5 to R-6. what are you waiting for? Recommend spray polyurethane foam to your clients the next time you see them and for sure they will thank you for this wonderful suggestion. Contacts :- General Coatings Mfg. Corp. 1220 E.North Avenue Fresno California 93725 Phone: 559-495-4004 Fax: 559-495-4009 Website: - http://generalcoatings.net/

Software testing will save your life and makes for a delicious seven layer dip Picture this: you’ve just written thousands of lines of code, you’ve gotten your application running smoothly, and you’ve fulfilled all the requirements you set out to complete. You’ve even effectively communicated what your code is doing with comments so detailed even your parents could understand them. C’est magnifique! Time to ship it, right? Wouldn’t that be nice? Alas, just let me crush your dreams real quick. The Importance of Software Testing Now, imagine this scenario: you’ve shipped your code and it’s being used daily by thousands, nay millions, of delighted customers. These new features you built? They love them! Just look at them froth at the mouth with excitement as they scroll, click, consume. But, wait! Something goes awry. Every time a customer accesses a file of a certain size the application freezes — only for a moment, only for long enough to be slightly annoyed. “Practically imperceptible; no one will care,” you think. “What’s that?” When a different file is accessed by more than 500 people in an hour, it breaks entirely? Is it hot in here, or is it just me? Can someone open a window? Are we trying to heat the whole neighborhood? Where did everybody go? Gradually, your customers stop scrolling, stop clicking, stop consuming. You lose your job, your dog runs away, and your cats continue to plot your demise, only with more vigor and determination. And it all could have been prevented if only you had been proactive about preventing possible problems. Tsk, tsk, what a shame. Come back, Barkie Mark and the Fluffy Bunch. I miss you. Relax, it was only a nightmare. You know all good software should be tested. You know how to ensure guaranteed functionality in the areas of your software that will have the biggest impact on the user. And I know you know the various kind of testing that work together to prevent total, catastrophic destruction and heartbreak. If this is the case, no need to read further. But if you want a bit of a review… take a peek. No one will know. I promise. Level 1: Unit/Component Testing Test this part, then this part, then this part, then this part, not that part, just kidding, that part too. Unit Testing is the process of validating that each individual component of the software performs as expected. As the smallest, most precise level of software testing, unit testing focuses on very few inputs and typically one output, and the tests are often created before writing any lines of program-specific code. Test, code, test, code, test until the end of time. Each program, function, method, etc must pass before components are viable to be integrated together. This process allows engineers to quickly catch any bugs at the cellular level, the smallest component of the system, before combining units into a more complex, fully-integrated composition, makes debugging quick and easy, and creates more reliable code. Usually performed by the software developers responsible for its development, unit testing makes use of a method called White-Box testing (see below). Think of it this way, if you poke each unit of your program, it’s pretty easy to see where it collapses. As an analogy, let’s say you’re making seven layer dip for a Super Bowl Party because why not and it’s a delicious blend of metaphorically useful ingredients. You purchase the refried beans, the guacamole, the sour cream, the salsa, the cheese, the green onions, and the tomatoes. Naturally, you’re going to test each individual layer of your magnificent dip before assembling it together into a delicious treat. You need to assure the quality of the ingredients, after all. Same goes for unit testing. Level 2: Integration Testing Relationships can be hard. Working together is not always seamless. Are your zodiac signs even compatible? It doesn’t look promising. Integration testing ensures that, though each component of the system works flawlessly on its own, they will intermingle without any hiccups, too. At two levels — component integration testing and system integration testing — this process is meant to uncover the defects that result from the co-mingling of two or more units. Does the cheese blend nicely with the refried beans? Do the guacamole and sour cream effectively cool down the salsa’s mouth-watering heat? Do the onions and tomatoes balance out the dish by adding some substance and texture? Does each ingredient work with the next to compose a symphony of flavors on the edge of a chip? If so, those units are integrated! Level 3: System Testing The software is integrated and ready for production. Well, once you’ve made sure you’ve met all of the requirements specified, that is. When you feel like you have, independent testers are usually involved to confirm. Basically, does that seven layer dip have the correct seven layers and taste like it should? You didn’t substitute sour cream for whip cream or salsa for marinara sauce, did you? If you did, you should probably throw it in the trash, but you may be able to save your source code yet. Go refactor and come back with the correct ingredients. Level 4: Acceptance/User Acceptance Testing Is the system acceptable? Similar to System Testing, acceptance testing measures whether or not the software meets business requirements and is ready for delivery. Once the different, individual units of the system are ready to be integrated (Unit Testing), the resulting integrated product passes its own tests (Integration Testing), and satisfies requirements (System Testing), we perform acceptance testing to determine if the final composition is ready to be made available to its users. Typically, a combination of internal — Product Management, Sales, Customer Support, etc — and external testers — Customers for whom the software was built, end users, etc — will use black-box testing in this stage. Assuming your designated taste-tester keeps diving in to that dip, you are good to go, friend. Give the people what they want! Method 1: Black-Box Testing I put something in; I get something out. Black-box testing is mainly concerned with ensuring your inputs are producing the desired outputs, without paying too much attention to how those outputs are derived. As one of the most common testing practices, it is basically your highest level view of whether or not the application is functioning as expected. Black-box testing is great for simplifying the testing process because it can be done by non-technical users, but it lacks the precision required to identify why errors are popping up. Essentially, “I know this thing is broken, but I’m not sure why or how to fix it.” Perhaps, a great place to start but your task is far from done. Method 2: White-Box Testing Perhaps you could have riddle out that white-box testing is a bit like the counterpart to black-box testing. It requires a deeper understanding of the underlying software in order to test for specific scenarios that the source code will handle in different ways. When you understand how the code should respond to user engagement, you can design tests that, well, test all of these interactions. If the software is designed to use specific sections of code for specific inputs, you can create tests that target each of these sections and ensure they are working properly. While a technical understanding of the software, and perhaps access to it, is required, white-box testing is more efficient at identifying which areas of the code are responsible for bugs and makes optimization that much easier. For now, I will not be getting in to Grey-Box Testing, but you can imagine it is a combination of the previous two monotones. So, while I’ve provided you with an overview of software testing, as well as an abundance of gifs, in this post, there is far more that I did not cover involving variations on the levels and methods of testing above. Keep an eye out for a more technical dive into test-driven development and how to actually implement it.