How To Learn Drawing MH Monsters

I'm currently working on an animatic, could you give me any advice?

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I still haven’t taken any animation or storyboarding classes, but these are general TECHNICAL tips I’ve learned online and through trying to fix my own boards. Definitely practice with things your passionate about/interested as it’ll make the process so much more fun (: for me the technical parts aren't the hardest, moreso actually visualizing and deciding the scenes mentally, which takes practice.

Also 6 cuz yeee:

I had a classmate laugh cuz I said I used wmm for my boards and he thought he needed a fancy $7 blue pencil LIKE NO BRO JUST USE WHAT YOU HAVE IF YOU CAN’T AFFORD THINGS LOLLLL. I have a small huion screen now, but it’s down to preference cuz honestly I prefer paper over digital 0′;

Good luck though! Once I take classes or if I have more tips id gladly share them with yall (:

i made my first infographic on a topic ive been very interested in lately: wings! ive seen a lot of anatomical sins relating to wings lately (i am not exempt from this) particuarly involving pterosaurs so i put this together to help artists who may be struggling with drawing wings. enjoy. i am also open to criticism on anatomy or errors

The Cats Eye Nebula in Optical and X-ray : To some it looks like a cat’s eye. To others, perhaps like a giant cosmic conch shell. It is actually one of brightest and most highly detailed planetary nebula known, composed of gas expelled in the brief yet glorious phase near the end of life of a Sun-like star. This nebula’s dying central star may have produced the outer circular concentric shells by shrugging off outer layers in a series of regular convulsions. The formation of the beautiful, complex-yet-symmetric inner structures, however, is not well understood. The featured image is a composite of a digitally sharpened Hubble Space Telescope image with X-ray light captured by the orbiting Chandra Observatory. The exquisite floating space statue spans over half a light-year across. Of course, gazing into this Cat’s Eye, humanity may well be seeing the fate of our sun, destined to enter its own planetary nebula phase of evolution … in about 5 billion years. via NASA

Stars and Dust Across Corona Australis : Cosmic dust clouds cross a rich field of stars in this telescopic vista near the northern boundary of Corona Australis, the Southern Crown. Less than 500 light-years away the dust clouds effectively block light from more distant background stars in the Milky Way. Top to bottom the frame spans about 2 degrees or over 15 light-years at the clouds’ estimated distance. At top right is a group of lovely reflection nebulae cataloged as NGC 6726, 6727, 6729, and IC 4812. A characteristic blue color is produced as light from hot stars is reflected by the cosmic dust. The dust also obscures from view stars in the region still in the process of formation. Just above the bluish reflection nebulae a smaller NGC 6729 surrounds young variable star R Coronae Australis. To its right are telltale reddish arcs and loops identified as Herbig Haro objects associated with energetic newborn stars. Magnificent globular star cluster NGC 6723 is at bottom left in the frame. Though NGC 6723 appears to be part of the group, its ancient stars actually lie nearly 30,000 light-years away, far beyond the young stars of the Corona Australis dust clouds. via NASA

While it is true that photons have no mass, it is also true that we see light bend around sources with high mass due to gravity. This is not because the mass pulls on the photons directly, but instead because the mass warps the space-time through which the photons travel. Imagine a bowling ball on a mattress. The ball is a massive object — say, the Sun — and the mattress represents space-time, in which it sits. (Of course, space-time is four-dimensional, but it’s a bit harder to imagine that!) When you place the bowling ball on the mattress, it deforms the surface. If a grid were drawn on the mattress, you would see the grid deform, so the straight lines of the boxes were no longer straight. The same is true for a star sitting in space-time — the star deforms space-time around it, causing it to curve toward the star. Now imagine a marble; this represents a photon. If you roll the marble in a straight line on the mattress and it comes too close to the bowling ball, the marble will curve because the mattress it’s traveling on dips and curves around the bowling ball. This is what happens to light traveling through space: When it comes too close to a massive object, it encounters warped space-time and curves not because it’s being pulled by gravity, but because the space-time it’s traveling through is curved, so its “straight” path becomes a curved, bent one.

. . Keep Supporting and Following us . 👉👉👉👉 @unrevealedfiles 👉👉👉👉 @unrevealedfiles 👉👉👉👉 @unrevealedfiles 👉👉👉👉 @unrevealedfiles 👉👉👉👉 @unrevealedfiles . 𝒇𝒐𝒓 𝒎𝒐𝒓𝒆 𝒇𝒂𝒔𝒄𝒊𝒏𝒂𝒕𝒊𝒏𝒈 𝒔𝒄𝒊𝒆𝒏𝒄𝒆 𝒂𝒏𝒅 𝒕𝒆𝒄𝒉𝒏𝒐𝒍𝒐𝒈𝒚 .

Are you guys aware of chimney swifts??

They’re in the same order as hummingbirds and, in some positions, you can see the resemblance

But like… a hummingbird that’s cosplaying as a falcon.

Sleek. Efficient. Aerodynamic. Perfectly optimized.

Also they like to sleep in chimneys, hence the name, and when they perch they become very very flat

They also like to sleep in groups

Anyway 10/10 weird little beast. Love these little flat fuck hummingbird falcons

HiPOD 22 Apr 2022: Layers to the West of Gale Crater

The objective of this observation is to examine thin layers in the Nepenthes Mensae region. Because this location is close to Gale Crater, these layers may one day be compared to those currently being studied by the Curiosity rover. This scene was also imaged by the Context Camera onboard MRO.

Nepenthes Mensae is a plateau, whose name derives from Greek for a drug that quells all sorrows with forgetfulness. “Nepenthe” literally means “without grief” (ne = not, penthos = grief) and was a potion given to Helen by an Egyptian queen in Homer’s “Odyssey.”

Enhanced color image is less than 1 km across; black and white is less than 5 km.

ID: ESP_055565_1750 date: 4 June 2018 altitude: 265 km

NASA/JPL-Caltech/UArizona

seeing the photos from Webb up against photos from Hubble just makes me… I don’t even know like, wow! Look at that!