时间:2019-01-14 作者:英语课 分类:VOA标准英语2014年(十二月)


英语课

 


'Big Hero 6' Fuses Science, Technology and Artistry 融合科学,技术和艺术的《超能陆战队》


BURBANK, CALIFORNIA—


Disney’s latest animated 1 film, Big Hero 6, is a blend of science, technology and art.  Cutting-edge technology was used in the making of the movie, and one of its key characters, a robot, is based on real world science.


The action adventure movie about a boy genius, his robot and his friends started out as an obscure comic book.  Directors Don Hall and Chris Williams kept the title and the characters' names, but transformed Big Hero 6 into something uniquely Disney.


“We don’t have any super-powered people in this movie. It’s all super technology," said Hall.


“You’re always walking the line. You want to push it so it feels fun and fantastic, but at the same time you want it to be based on an actual science because people feel - just makes it feel more plausible," said Williams.


One real world example in the film, says Don Hall, is Baymax, a huggable inflatable robotic nurse made of vinyl.


“Our robot had to be something unique.  It couldn’t be something that we’ve seen before," he said.


They found their robot in Chris Atkeson’s robotics lab at Carnegie Mellon University.


“Most people think of robots either as tools for industry or military things. When you say a robot is going to help you, be your servant, or take care of you, that’s a stretch for most people," said Atkeson.


In fact, scientists at Carnegie Mellon University have built inflatable robotic arms to assist older adults and people with disabilities... kind of like the movie robot, which works to heal the sick and injured.


Cutting-edge technology is featured in Big Hero 6, and groundbreaking computer technology also was used to create the movie.


New software was used to build a city called San Fransokyo, where the movie is set.  From the buildings, to the characters and the geometry, this world is more complex than anything in the last three Disney films combined.


With a more detailed 2 world, the film needed a more complex lighting 3 method. The studio created Hyperion, a computer program that simulates the technique of global illumination.


“Global illumination is basically what you see around you in the world," said Andy Hendrickson of the Walt Disney Animation 4 Studios.


Hyperion harnesses the physics of how light works in the real world and applies that to this virtual world.


Another piece of software created for this movie allows hundreds of thousands of people to be created in crowd scenes.


“No two people are the same in this film.  It’s not like before in computer graphics 5 films where we had several different body types, several different head types and you made 100 different people and they’re repeated.  There are no repeats in this film," said Hendrickson.


The directors say the new technologies developed for this movie remove technological 6 limitations for filmmakers in Big Hero 6 and future animated features. 



adj.生气勃勃的,活跃的,愉快的
  • His observations gave rise to an animated and lively discussion.他的言论引起了一场气氛热烈而活跃的讨论。
  • We had an animated discussion over current events last evening.昨天晚上我们热烈地讨论时事。
adj.详细的,详尽的,极注意细节的,完全的
  • He had made a detailed study of the terrain.他对地形作了缜密的研究。
  • A detailed list of our publications is available on request.我们的出版物有一份详细的目录备索。
n.照明,光线的明暗,舞台灯光
  • The gas lamp gradually lost ground to electric lighting.煤气灯逐渐为电灯所代替。
  • The lighting in that restaurant is soft and romantic.那个餐馆照明柔和而且浪漫。
n.活泼,兴奋,卡通片/动画片的制作
  • They are full of animation as they talked about their childhood.当他们谈及童年的往事时都非常兴奋。
  • The animation of China made a great progress.中国的卡通片制作取得很大发展。
n.制图法,制图学;图形显示
  • You've leveraged your graphics experience into the video area.你们把图形设计业务的经验运用到录像业务中去。
  • Improved graphics took computer games into a new era.经改进的制图技术将电脑游戏带进了一个新时代。
adj.技术的;工艺的
  • A successful company must keep up with the pace of technological change.一家成功的公司必须得跟上技术变革的步伐。
  • Today,the pace of life is increasing with technological advancements.当今, 随着科技进步,生活节奏不断增快。
学英语单词
(terthiophen)yl
abettal
activation block
aglyconic
Almquist unit
amount limit
at-class
automatic sensing display flag
Auvergnese
Boltzman distribution law
chromizes
cobefrin
common emitter junction phototransistor
compass of competency
cotton scarlet
current weighted index
dangl
debused
delayed plan position indicator
deodorization by water wash
digital audio workstation
duterte
dysostosis enchondralis metaepiphysaria
ectendotrophic mycorrhiza
exterior trim
facies sphenomaxillaris
first-aid surgery
front connection type
fullwave rectifier
gamma-loop
garbage-fired boiler
gas train
gigatesla
gradient charge
gummatous proctitis
halfcycle
hanlawhile
heterotropia
high sensibility tester
hoon
ice thrust
inner-bark borer
insistency
integrated programming environment
ketocaine
Kouilou, Rég. du
lake inlet
lateralisation
leak finding
let me
lipofibromatosis
loess-like loam
low yield per mu
masking film
MCA (maximum credible accident)
media necrosis
methylpiperidinopyrazole
microreactor activity
mid-mounted mower
moral framework
nanoswitches
nonperpendicularity
nucleophilic gene
observable vector
oratosquilla fabricii
over-exerted
Pandaceae
paper-grade talc
passive transport
phon(o)-
Piseco
polychrones
prefix expression
primary high explosive
pustuloulcerating
Puyehue, Vol.
recuperation heat
ren lobatus
rotary scanning spectroscope
Rupert Brooke
seed longevity
serum prothrombin
served as
sighting telescope
smelt up
solar absorption refrigerating machine
symmetrize
tackle purchase
tend-toward
tetramates
Tinia
transfer standard
tunica albuginea corporis spongiosi penis
UNIF (uniformity)
upward-stroke
urkel
viscotiol
wash-water
water in oil test
water-immiscible
well-tanned
young tableau