#Animate photo ai

[why-animals-do-the-thing]

The Exotic Animal Photo Reference Repository is live!

You can find it at: https://www.animal-photo-references.com!

Here's how this repository works: all photos were taken by me, a human, at zoos, aquariums, sanctuaries, and other facilities with animals in human care. There is no AI involved in the photo editing or creation and there never will be. Right now there's 56 species on the site; my catalog has over 300 and I will be uploading the rest of them as fast as I can.

Artists creating derivative or transformative works (without AI) have blanket permission to use these references. Yes, even for work you're going to sell.

All other usage/reproduction requires permission, but assume I'm friendly and please do ask! That's educators, researchers, the media, people who need images for a school presentation, etc. This is just to retain copyright/control in case they're scraped/reused unethically - it doesn't meant I don't want folk to have access! So please do reach out via the contact form on the repository website, I don't bite and I'm most likely going to say yes.

Please don't repost the repository photos to your own blogs: I've created @animalphotorefs as a dedicated blog to share photos from the site, and of course I'll reblog a lot of it here! That again just helps with retaining copyright and sourcing of the images. If you really want to repost some for a specific purpose, please just ask me first!

Also, folks, this project has no funding. It's just me and my camera.

There will never be a paywall on the site - I believe resources like this absolutely must be free for everyone to access. So please, please, please support the repository if you use it. Want sneak peeks at photos, cute videos I take, or to help choose what I photograph and what gets posted first? You can do that through Patreon (and there's a free trial on the most interactive tier!) If you'd like to just drop a tip, I've also set up a Ko-Fi.

I can't wait to hear what everyone thinks of the repository.

To whet your thirst for cute photos, here's an Indian rhinoceros contemplating a goose.

[ink-the-artist]

Video game I saw in a dream. It was in this low poly style like an older video game. You play as this character I think was meant to be a lamb, or maybe a weird mix of a lamb a mouse and a rabbit, (while not really looking like any of those things) and you’re running away from a wolf. Your objective is to last as long as possible before the wolf catches and eats you.

The house you’re running in is endless and bizarrely put together like most building interiors in dreams are (like the infinite toilet dream dimension on Reddit lol) the layout of the house is pretty detailed, you can stop and hide in places like closets or bins while the wolf looks for you, you can go up and down stairs and into rooms etc.

You never actually know where the wolf is or how close it is to you until it appears in your line of sight, it makes no noise and the game gives you no way of knowing where it is, and it’s pretty unpredictable it doesnt move at a consistent pace. When the wolf catches you there’s an animation showing it eating your character

[featuresofpixbimcolor]

Ai photo animation

How AI Has Transformed the Way We Animate Images

Animation has come a long way since traditional methods like hand-drawing frames. With the advent of AI, animating images has become a whole new ball game. In this article, we'll take a look at how AI has transformed the way we animate images.

One of the most significant differences between traditional animation and Ai photo animation is the speed in which it can be accomplished. With powerful algorithms and vast data sets at their disposal, AI can create fluid, lifelike movements in a fraction of the time it would take a human animator.

AI-assisted animation has found its way into a wide range of industries, from entertainment to education. For example, filmmakers can now use AI to create complex special effects, while educators can use it to develop interactive learning tools.

Comparison of traditional animation and AI-assisted animation

The art of animation has come a long way over the years. The traditional process of animating images involved countless hours of manual labor, from drawing the characters to piecing the frames together. However, with the rise of artificial intelligence (AI) technology, animating images has been revolutionized. This technology enables animators to create more robust and refined animations without the need for hours of manual labor. AI assists in reducing the time it takes to animate images, making it more efficient for artists. The use of AI has brought with it significant benefits in terms of precision and accuracy in creating 2D and 3D animations.

Real-life application of AI animate image technology

Artificial Intelligence has revolutionized the way we create animated images. Gone are the days when every frame was hand-drawn by an army of artists. With AI-assisted animation, images can be quickly and efficiently animated, without losing the artistic flair that traditional animation brings.One real-life application of this technology is in the creation of animated photos. These photos are essentially still images that come to life with a simple touch or click. 

However, AI-assisted animation is not without its challenges. One major issue is ensuring that the animation remains true to the original image. Maintaining the integrity of the original image while adding movement can be tricky, but with careful attention to detail and a skilled hand, the results can be stunning.

In conclusion, the use of AI-assisted animation has opened up exciting new possibilities in the world of image animation. From animated photos to full-length films, this technology is changing the way we animate images, and the future looks bright for this innovative technology.

Challenges of AI in animating images

Challenges of AI in Animating ImagesThe animation industry has undergone significant changes with the introduction of Artificial Intelligence technology. AI-assisted animation has revolutionized the way we animate images, making the process faster and more efficient than traditional animation. 

However, it's not all smooth sailing. Despite the numerous advantages, AI has faced unique challenges in the animation industry. One such challenge is the inability to replicate the human touch that traditional animation brings. Animators are skilled in bringing characters to life by adding their personalized touches that give them a unique feel. This is difficult to achieve with AI.

[eroartworks]

I am ready for a jog today! 🤗

[warakami-vaporwave]

BSOD v2 Clouds

[demadogs]

some of you need to hate ai way more than you currently do

[svetikai]

Ai collection 19

[bestanimal]

Round 2 - Arthropoda - Arachnida

(Sources - 1, 2, 3, 4)

Arachnida is a highly diverse class, ranging from the Demodex mites living on you (yes, you) right now, to the Triassic-surviving horseshoe crabs (yes, a 2019 genetics-based analysis places them within Arachnida, though this is still debated), to your friendly pest-controlling house spider. They live worldwide, mainly on land, but some also in freshwater and marine environments. There are over 110,000 named species, with more being discovered every year. They comprise the Ricinulei (“Hooded Tickspiders”), Xiphosura (“Horseshoe Crabs”), Opiliones (“Harvestmen”), Solifugae (“Camel Spiders”), Acariformes (“Acariform Mites”), Parasitiformes (“Parasitiform Mites and Ticks”), Palpigradi (“Microwhip Scorpions”), Pseudoscorpiones (“Book Scorpions”), Scorpiones (“Scorpions”), Amblypygi (“Tailless Whip Scorpions”), Schizomida (“Short-tailed Whip Scorpions”), Uropygi (“Vinegaroons”), and Araneae (“Spiders”).

Adult arachnids have 8 legs attached to a head/thorax segment called the cephalothorax. Their abdomen contains their heart and respiratory organs. Arachnids also have two other pairs of appendages that vary in function between orders. The chelicerae are mainly used in feeding and defense. In spiders, they are used to deliver venom. The second pair, called pedipalps, are used for feeding, locomotion, defense, and/or reproduction. Scorpions, Pseudoscorpions, Ricinuleids, and Horseshoe Crabs have pedipalps that end in a pair of pinchers used for defense and manipulating food. Pseudoscorpions also have a venom gland in their pinchers which they use to immobilize prey. Vinegaroons, Schizomids, Amblypygids, and most Harvestmen have raptorial pedipalps that are used for capturing prey. Solifugids use their palps as another set of legs, and spiders use theirs like hands, while the males also use theirs for mating. Mites and ticks use their palps to sense their surroundings. Mites are more diverse than other arachnids, some only having 6 or even 4 legs. Adult females of Podapolipidae only have a single pair of legs. Some arachnids have a tail-like structure called a telson. Horseshoe Crabs use their telson to flip themselves over if they are turned on their backs. Scorpions use their telson as a stinger to deliver venom, while Palpigrades, Schizomids, and Vinegaroons use theirs as sensory structures. Schizomids and Vinegaroons can also produce acetic acid at the base of their telsons, which they use as a chemical defense sprayed at attackers. Instead of a telson, spiders have spinnerets on their abdomen which they use to create silk. Some have no eyes; some have up to six. Some only have very simple eyes which detect light and shadow, while others have very advanced eyesight.

Arachnids are so diverse that it would be impossible for me to provide a general summary of their behavior here. Some lay eggs, some bear live young. Some have intensive courtship rituals. In most, mothers provide parental care, but in some this falls on the fathers. They can be predators, scavengers, carnivores, omnivores, herbivores, parasites, and everything in between.

Arachnids are one of the oldest living Classes of land animals. Xiphosurans first appeared in the Late Ordovician, with modern horseshoe crabs appearing in the Carboniferous and becoming more common in the Triassic. The spider-like Order Uraraneida first appeared in the Permian, with true spiders appearing in the Carboniferous. There’s a lot of talk about how horseshoe crabs predate the dinosaurs, and that’s true, but so do other arachnids… and most other arthropods as well!

Propaganda under the cut:

While only Spiders, Scorpions, and Pseudoscorpions have venom, they all have different methods of injecting it, meaning they likely independently evolved venom. Which is wild to me.

Spiders tend to get a bad rap (mostly due to western media banking on arachnophobia and spreading misinformation) but they are incredibly beneficial to humans, eating many of the species we consider pests. Some crops, such as cranberries, tomatoes, and potatoes, rely on spiders for pest control. It has been found that wherever farmers release spiders, their crop yields increase, while also cutting down on the use of chemical pesticides by 80%.

There are around 50,000 species of spider and all but one family (Uloboridae) is venomous. However, this venom is mainly used to capture prey, and only 10 genera have venom considered medically significant to humans. Bites are rarer than the media would have you think, and deaths are even more rare, as they are usually a result of secondary infections, allergic reaction, or pre-existing conditions. You are more likely to die from a mosquito bite.

Even if they weren’t super important and helpful to humans, spiders are still just small animals living their lives and are all too often unfairly demonized. I’ll get off my soapbox now but listen… I’m Love Them. They are just little guys.

Anyway, Ricinuleids have a hood, called a cucullus, which can be raised or lowered over their head. This hood is also where females will carry their eggs until they hatch. Baby hoodie.

Horseshoe Crab blood is blue due to a copper-based respiratory pigment called hemocyanin. It is often harvested for its unique reactions to bacterial contamination and is thus used in FDA testing. Horseshoe Crab blood has saved millions of human lives, however, overharvesting for their blood as well as for fishing bait has put their populations into decline, which has in turn affected populations of shorebirds which depend on their eggs as migratory fuel. Many areas have enacted regulations on harvesting and established captive breeding programs.

Harvestmen are sometimes referred to as spiders, but they are actually closer related to scorpions!

Harvestmen are unique among arachnids for their high diversity of feeding behavior. Many species are omnivorous, eating small insects, fungi, and plants. Some species are scavengers. Some species feed on fecal matter! Unlike most other arachnids, they do not have sucking mouthparts, and instead chew their food with tiny pinching jaws.

Many arachnids, especially most scorpions, are biofluorescent, glowing under UV light. There are many hypotheses for why this is, but it may allow them to detect the presence of UV light themselves, letting them know when there is a full moon vs a new moon.

Scorpions can also detect light through sensors in their tail!

Scorpion claws and tails are reinforced with iron and nickel

Mites are incredibly diverse and live everywhere. Many live in the soil and aid in decomposing, some live in water, some live on plants, some live in plants and create galls, some eat fungi, some eat lichen, some eat carrion, some are predators, some are parasites. Almost every species on land (mammals, reptiles, ants, plants, etc) has at least one mite species associated with it.

Vinegaroon courtship rituals involve a dance that can last up to 12 hours of the female testing the male’s endurance. Female vinegaroons invest a lot into their children, often starving themselves in the process, so they must be absolutely certain the male has good fitness.

[girlmadegrave]

Paradise Kiss — Ai Yazawa

[jenfoundabug]

Skippers are so freakin cute 🥰

Burnsius communis (common checkered skipper), Northern California

Blehhh 😛

[why-animals-do-the-thing]

Thank you for the reference repository!! Such a useful thing to have and I can't wait to go through and doodle all the animals. I know you said blanket permission for artists, but I just wanted to check if that includes tracing? I'd really like to practice drawing the scenery and I've got a style in mind but I'd like to trace over the photos and just wanted to check if that's okay? :)

Absolutely!

To clarify for anyone with the same question: every type of non-AI art practice is included in the blanket permission.

The two things there's not permission for:

Feed it into an AI model

Use or re-post an unaltered image somewhere (without permission)

And for the second one, you just need to ask! I've said yes to every request so far. :)

Thanks for asking!

[ink-the-artist]

sick animal

[zebratimw]

2021

[warakami-vaporwave]

Neo Miami-3 News

[shutter-pan]

[svetikai]

Ai Collection 11