demo reel link- http://vimeo.com/13626762
Thanks!
Perchè non considerare la Tesi di Laurea un’occasione per mandare un messaggio importante, e trasmetterlo nel migliore dei modi?
E’ questo quello che deve aver pensato Sara Lazzeroni progettando questo video: tre minuti o poco più per raccontare attraverso la leggenda del “Dio Cervo” una storia (purtroppo) vecchia quanto il mondo.
here is a short clip I worked on in school recently. It took about 2 days for planning and doing the previz. 4 hours for the actual shooting and about 4 days for postwork which includes editing, 3d and comping. Lots of the 3d could have been made better but time was against me 😉
Original size is 720p
the version on youtube is resized and about 20% darker than the original one…
Critics are welcome 🙂
Spot:
http://www.youtube.com/watch?v=7IVSDi4SuuY
(simple) Making of:
http://www.youtube.com/watch?v=8M0AH…eature=related
Here is a link to the ebay listing and a link to the Imagineer website for more information about Mokey.
My question is about motion tracking a shot that has zoom in it and using that effectively in blender.
When i have a shot in which i zoom in with my camera the objects tends to move like it is flying in the video and the only way to keep it in its steady position is to play with the axis values(possibly the wrong way). Is there a way to keep the object stable while the camera zoom sin (of course there has been tracking, estimation of focal length and solve motion before i import it in Blender).
Any help will be much appreciated. Thanks in advance 🙂
I would like to create a bezier node in Python.
My problem is when I try to create 4 points and interpret the shape (cusp points, smooth, ect). The rest is ok. I hope 😉
Here is what I have now:
knb = nuke.createNode("Bezier")
nuke.knob("Bezier1.name", "Test")
nuke.knob("Test.invert", "true")
nuke.knob(Test.color", "0")
nuke.knob("Test.points", "1998 232 0 0.31")
#nuke.knob(Test.shape", "curve L x1 0")
I don’t know how I can create more that one point, and how I need to write correctly the shape curve.
I have create a .nk file to know how the bezier node is build:
Bezier {
inputs 0
invert true
points {{
{-38 908 0 -2.83}
{-60 244 0 -0.32}
{1998 232 0 0.31}
{1988 908 0 2.82}
}}
shape {{curve L x1 0}}
center {960 540}
color 0
name 2_35_cache
selected true
xpos 239
ypos 22
}
That’s an example but if someone can help me to transform the node code in Python…
Thx a lot
We believe that by nurturing ‘the future‘ of the industry – students – we help build a stronger community. This year we’re offering post-secondary students in visual effects {VFX}, motion graphics, and animation programs the chance to have their work seen by some of the top pros in the industry.
The top 15 selected works in the future@motion student showcase competition will be screened live between sessions at our annual motion event. Winners will be recognized at motion. Additionally, winning selections will be featured on the new motion.tv, launching 2011. It’s an extraordinary opportunity to show your talent.
the future@motion :: overview
Submit your reel, animated short, favorite project – or pretty much anything that demonstrates your talent in visual effects {VFX}, motion graphics, or animation.
Enter as an individual or as a class – or both! Group projects are permitted, provided all participants are currently enrolled as full-time students*.
There’s only four (4) requirements:
each entry must be three (3) minutes or less
each entry must be submitted in the format specified in the future@motion guidelines
each entry must be submitted with a fully completed entry form
each entry must arrive on or before the deadline – 11:59 PM (PDT | -7UTC) Sunday, August 15, 2010.
There will be 15 pieces selected as finalists – five (5) in each of the three categories:
– motion graphics
– animation
– visual effects {VFX}
Visit the motion website for more details, to fill out the online entry form, and to download the entry packet.
*Student ID and current class schedule required. Students must be enrolled full-time.
This is site is run by Sascha Endlicher, M.A. during ungodly late night hours. Wanna know more about him? Connect via Social Media by jumping to about.me/sascha.endlicher.
