All these images require the red/cyan 3D glasses.
This image is created using 2 cameras in Maya.
Wednesday, December 5, 2012
Monday, November 26, 2012
Wednesday, November 14, 2012
Thursday, November 8, 2012
Sunday, November 4, 2012
Outline for the Second Term Paper
I.
Introduction
A.
Introduction to Galaxy Quest
B.
Introduction to Star Wars
C.
Introduction to Avatar
D.
Thesis: Many movies set in space, such as Galaxy Quest, Star Wars, and Avatar
have characters that react to gravity the same as they would on Earth despite
unlikelihood having the same gravity in space.
II.
Gravity in Galaxy Quest
A. Gravity on the planet with the Beryllium spheres
effects the characters exactly as Earth’s gravity affects the characters.
B. Gravity on the Protector
affects the characters exactly as Earth’s gravity effects the characters.
1. There
is no mention of how gravity is maintained on the ship.
III.
Gravity in Star
Wars
A.
Gravity on multiple planets in consistent with
the gravity of Earth.
1.
While it is possible that one of the planets
would be consistent in gravity with the Earth, it seems highly unlikely that
all of the planets would be consistent.
2.
Interestingly enough, throughout the series, the
effect of all objects, large and small, it consistent with how gravity would
effect that object on Earth
B. Gravity on the Millennium Falcon is consistent with
that of Earth
1. It is
not mentioned how gravity is maintained on the Millennium Falcon.
C. Gravity on the Death Star is consistent with
gravity on Earth
1. It is
not mentioned how gravity is maintained on the Death Star.
IV.
Gravity in Avatar
A. Gravity on Pandora is consistent with Earth.
1. If
gravity has been changed to be consistent with Earth, it is not mentioned how.
B. Gravity on the transport to Pandora is consistent
with Earth.
C. The only inconsistency with gravity on Pandora is
the existence of the floating mountains.
V.
Conclusion
A.
Recap gravity in Galaxy Quest
B.
Recap gravity in Star Wars
C.
Recap gravity in Avatar
Monday, October 29, 2012
Stop-Motion Character Animation
In order to create this animation, we first thought about what we wanted to do in the scene. We then storyboarded out an idea and revised the idea until it seemed appropriate. After deciding on a scene, we went and bought the supplies necessary and set up the scene and lighting. We used sand for the sand, small plan props and shells for the beach, and blue foam for the water. When it came to actually shooting the photographs for the stop-motion, we set up multiple cameras and worked frame by frame moving the characters slowly. After shooting the frames, we put the photos into Adobe Premiere and converted it into a movie.
I worked on the original storyboards and editing the movie. My partner worked primarily on the camera angles and the lighting. We both worked on setting up the scene and the movement of the characters, as we would take turns moving characters and taking the photos.
Monday, October 15, 2012
Monday, October 8, 2012
The Laws of Physics in an Animation Universe
Ghost Rider, released in 2007, is a film
based loosely on the Marvel Comics anti-hero of the same name. The film follows
the story of motorcycle daredevil Johnny Blaze, played by Nicholas Cage, who
sells his soul to the devil in an attempt to save his father from cancer. While
his father is spared from cancer, his father ultimately dies during an
unsuccessful stunt. Years after initially making his deal with the devil, Blaze
is set ablaze as he transforms into a fiery skeleton at night when he is around
evil. Blaze is set to become the devil’s bounty hunter and must stop the
devil’s son from taking over the world for evil. To do this, he must find the
deal that the devil made with a small town. The live-action film relies on CG
in order to create the skeletal figure of Johnny Blaze, as well as the fiery
effects that occur throughout. Although Ghost
Rider takes place on Earth, the laws of physics in the movie are often
inconsistent with the physics of the real world in order to move the story
forward.
The
first hypothesis is that in Ghost Rider
the speed of an object has no bearing on whether that object can cause
shockwaves or produce enough heat to set other objects on fire. Based on the
physics of our universe, it would require a great amount of pressure, friction,
or speed, and therefore force, to cause either shockwaves or instantaneous and
immense heat. When Johnny Blaze first becomes the Ghost Rider, the force from
the speed of Blaze’s motorcycle causes windows to shatter, presumably from a shockwave.
It is highly likely that the physics of the Ghost Rider world would have to
reject the notion that a certain amount of force or pressure must be applied to
create an immense amount of heat because it would take an incredibly large
force based on our physics to cause a shockwave. It also seems unlikely that a
motorcycle, a small object, would be able to create enough force to cause a
shockwave, unless it had an impossibly quick velocity.
In
addition to the ability for Ghost Rider’s motorcycle to cause shockwaves, it leaves
a trail of fire on the road wherever it travels. Not only does it leave a trail
of fire, but at times melts the asphalt beneath the wheels. According to the
physics of our universe, it would take a large amount of heat over a large amount
of time in order to melt asphalt. It is unlikely that a motorcycle would be
able to create enough heat to melt asphalt as the amount of heat and time
required would likely damage the motorcycle significantly. In fact, the only
way to create enough heat would be to have an enormous amount of friction and a
high speed or an already incredibly hot tire touching the asphalt for a long
enough time. In order to create enough heat to melt asphalt, the tires of the
motorcycle would also likely melt, thus rendering the motorcycle immobile. As
the motorcycle’s tires are caught ablaze for a long period as the motorcycle
travels, it is obvious that the tires have not melted due to heat. Therefore,
the only way that this is possible is that the speed of the motorcycle is
irrelevant to the amount of heat that is produced. The difference in physics is
not to defy our laws so much as to move the story forward. The motorcycle
catches fire to show that the motorcycle has changed with Johnny Blaze into
Ghost Rider.
The
second hypothesis is that gravity does not affect objects as strongly when they
are under the control of supernatural beings. Blaze is protected by the devil’s
power as the devil plans to turn him into the Ghost Rider later in the story.
He jumps over several buses during one stunt jump in the movie. While in theory
the jump is physically possible given a high enough speed at a near 45-degree
angle, the arc in which Johnny Blaze travels is not a parabolic arc, which
would be expected if gravity were to act as it does in our universe. In
addition to the unrealistic arc of the motorcycle, the airtime for the
motorcycle is far longer than it would take to land according to our physics. Based
on the strength of gravity for Earth, it would take a large height in order for
a fall to last roughly 30 seconds. Not only does the jump itself seem
unrealistic based on our laws of physics, the landing causes Blaze to suffer a
large amount of force over a short time span. It seems unlikely that Blaze
would survive such a large amount of force in such a short time. Not only does
Blaze survive the crash landing; he is conscious and able to walk only seconds
after his crash landing. In a separate jump later in the film, Blaze jumps over
several helicopters, supposedly spanning 300 feet. The amount of time that
would occur for the jump is far less than the amount of time that the jump
takes in the movie. Again, the jump takes several seconds longer than the jump
would take on Earth in our universe. In addition, the parabolic arc again is
inconsistent with the laws of physics for Earth in our universe.
The
third hypothesis for Ghost Rider is
that objects can instantaneously catch fire or melt at the touch of a Ghost
Rider, regardless of that object’s temperature. Ghost Rider melts the bars of
the prison with his bare hands after he burns the souls of several he deems
evil. It would take an incredibly hot surface to cause metal to melt instantly.
It is impossible based on the physics and biology of our universe for a human
being to be hot enough to melt metal instantly without being severely injured.
Another peculiar instant of an object catching fire instantly is whenever Ghost
Rider touches his chain-link whip. When he takes the whip from his back, it
catches fire all at one time. Assuming that the chain could indeed catch fire
whenever the Ghost Rider touched it, it still seems more likely that the whip
would catch fire link by link instead of all at once based on the physics of
our universe. While the physics do not match our universe, it makes sense for
the film to engulf the entire whip on fire for story purposes. It conveys the
control that Ghost Rider has gained over his new powers.
Ghost
Rider’s motorcycle does not only leave a trail of fire; it also catches fire
instantly whenever Jonny Blaze becomes Ghost Rider. Based on the laws of
physics of our universe, it is highly improbable that a motorcycle, or any
other stable object at room temperature, would ignite instantly. There would
have to be some source of heat in order for the sudden ignition of the
motorcycle. However, if we assume that this can occur in the Ghost Rider universe, we must also
assume that the laws of physics in that universe allows for objects to be
capable of withstanding large amounts of heat without being destroyed.
According to the physics of our universe, a motorcycle that instantly caught
fire would suffer catastrophic damage, and might even explode after the oil or gasoline
was heated to a high temperature. Similarly to Blaze’s motorcycle, Carter
Slade, the previous Ghost Rider, ignites along with his horse. Based on the
laws of our universe, it is highly unlikely that three different flesh beings
would be capable of catching on fire instantly without a source of heat. It
seems far more unlikely that all three would survive such heat. It seems more
unlikely that all three would be able to survive the process multiple times. Obviously,
the laws of physics for the Ghost Rider
universe allows for objects to instantly combust on multiple occasions without
severe damage. This hypothesis is not entirely thorough though. On several
occasions in the film, objects combust for various reasons and are destroyed.
One instance of this would be when the road is destroyed be Ghost Rider’s
motorcycle. A more correct hypothesis for this film’s physics would be objects
that are under the control of supernatural forces can instantaneously catch
fire with no damage and objects can melt at the touch of a ghost rider
regardless of the object’s temperature.
Clearly,
the movie Ghost Rider, released in
2007, has some elements of physics that are consistent with the laws of physics
from our universe. This is likely because the film is supposed to take place on
Earth. However, despite the setting of the film being Earth, several laws of
physics are broken involving velocity, gravity, and heat. They include
instances where low speeds can cause shockwaves and intense heat, a lower
effect of gravity, and the ability of fire to act differently than it does in
our world. The instances where the laws of physics are broken often revolve
around Johnny Blaze and Carter Slade, the two Ghost Riders, or the devil and
his son, the supernatural beings. The
physics are different in the film in order to carry the story forward.
Monday, October 1, 2012
Outline: The Laws of Physics in an Animation Universe
I.
Introduction
A.
Introduction to Ghost Rider (2007)
1.
Brief plot summary
2.
Live-action / CG
B.
Thesis: Although Ghost Rider takes place on Earth, the laws of physics in the movie
are often inconsistent with the physics of the real world.
II.
Hypothesis 1: The speed of an object has no
bearing on whether that object can cause shock waves or can produce enough heat
to set other objects on fire.
1.
When he first becomes Ghost Rider, Johnny
Blaze’s motorcycle causes windows to shatter, presumably from a shock wave.
i.
Would take incredibly large force in our world
to cause a shockwave according to our physics.
ii.
Highly unlikely that a motorcycle would be able
to create enough of a force to cause a shock wave.
2.
Every time that Johnny Blaze becomes Ghost
Rider, his motorcycle leaves a trail of fire on the ground.
i.
The heat needed to melt concrete is far beyond
the capabilities of a motorcycle according to our physics.
ii.
The heat would have to be created by either
friction or an incredibly hot tire, which would cause the tire to melt.
1.
The tires of Ghost Rider’s motorcycle do not
melt while the asphalt beneath the tires does.
III.
Hypothesis 2: Gravity does not affect objects as
strongly when the devil owns the object’s soul.
1.
Johnny Blaze jumps over several buses during a
stunt jump.
i.
While this in theory would be possible according
to our physics, the arc in which Blaze travels is not parabolic.
ii.
Time in the air is unrealistic according to our
physics.
2.
Johnny Blaze jumps over several helicopters
during a stunt jump.
i.
The limited time necessary for the jump is far
shorter than the amount of time given to the jump in the movie, according to
our physics.
IV.
Hypothesis 3: Objects can instantaneously catch
fire or melt at the touch of a ghost rider regardless of the object’s
temperature.
1.
Ghost Rider melts the bars of the prison with
his bare hands.
i.
Assuming that GR could be hot enough to melt
metal with his hands without being injured, it would take an incredibly hot
surface to melt metal instantly.
2.
Ghost Rider touches his whip, catching the
entire whip on fire instantly.
i.
The metal would not all catch fire instantly,
but would catch fire link by link.
3.
The motorcycle instantly catches fire whenever
Johnny Blaze becomes Ghost Rider.
i.
A motorcycle in our world would have
catastrophic damage if it were set on fire, likely exploding due to the
gasoline or oils in the motorcycle.
ii.
A motorcycle would not instantly catch fire
whenever someone touched it
4.
Carter Slade and Johnny Blaze instantly catch on
fire, as does Slade’s horse.
i.
Based on our physics, it is highly unlikely to
instantly combust, and even more unlikely to instantly combust multiple times.
V.
Conclusion
1. The movie Ghost
Rider, despite taking place on Earth, does not follow several rules of
physics from our world.
2. The physics rules that were broken involve gravity, heat,
and velocity.
Monday, September 24, 2012
Stop-Motion Animation of Falling
Sunday, September 16, 2012
Sunday, September 9, 2012
Monday, September 3, 2012
Monday, August 27, 2012
Mini-Portfolio
My name is Michael Claus and I am an Animation/Illustration
major at SJSU. I am planning on pursuing
the animation side of the degree, particularly focusing on 3D animation. I have not taken any physical science or math
classes in college, but did take Honors Chemistry, AP Physics, and AP Calculus
in high school. I have taken several art classes in college, having taken all
the required classes in the A/I major through 114 (Beginning Animation). The
relevant classes I am currently taking are Physics of Animation and
Intermediate 3D Animation (ANI 129B). After earning a BFA degree, I hope to
pursue a career in 3D animation with a major studio (PIXAR, DreamWorks, etc.)
This is a knife modeled in ANI 51A, beginning modeling. While the modeling itself is rather basic, the texturing took far more time.
This is a city-scape done in ART 113A a couple years ago. This was part of the final project for the class, which focused on perspective and painting.
These two color comps were done in ANI 113B last fall. The class focused on painting and learning to draw trees and other natural objects. These were color comps for the final two paintings.
This video is from ANI 51B, Beginning 3D Animation. It is a ball rolling across the screen.
This is from ANI 114, Beginning 2D Animation. This is a character walk, meant to show an upset/ sad character.
Wednesday, August 22, 2012
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