Sketches!

Finally got my drawings scanned, got two to show you, the first is of a lady we found on the internet. Kind enough not to wear clothes as some ladies are wont to do on the internet.

And here we have something special, We both worked on an image in a colab with my friend David over at www.insaneamok.blogspot.com

Go and read the story! It really is smashing :D


_________________________________________________________________

Music: Bobby McFerrin & Jorane - Montreal Jazz Festival

Studies and...Buddies? pt.2

Lo again.

Wasn't quite finished with studying for the day so I have a whole bag of goodies to show to those who may be interested (Not you Steve.)

Started a study in how to do lighting and shifts in a day / night scene.

Things I learnt this lesson were thus

Part 1 (daytime):

•Use a Daylight system to illuminate scenes set in the daytime.

•Set up illumination based on the scene’s geographic location, orientation, and time of day.

•Use the Sky Portal object to gather skylight and apply it to the interior of buildings.

•Adjust scene exposure.

Part 2 (nighttime):

•Place photometric lights in a scene and adjust light color.

•Set shadow parameters so lights cast shadows properly.

•Change the exposure for a nighttime scene.

•Use a bitmap image as the scene background and adjust its output to compensate for night lighting conditions.

And there ya have it :D the following are just the images from 9:00am, 14:00, and 17:00 respectively.

The night works are renders of the Wip while I was adding in and working on details.

And for nighttime

_____________________________________________

Music - Celldweller Own little world - we will never die remix

Studies and...Buddies?

 Ho there!

Been busy studying today! Learnt something about normal bump mapping in a Cage method.

Things I learnt from this lesson were:

•Use Render To Texture to create a normal bump map.

•Use the Projection modifier to “steal” detail from a high-resolution mesh.

•Use the Normal Bump map type to render the effects of a normal bump map.


And for those who aren't so techno-involved, A bump map (as google so kindly puts it) is thus:

•Bump mapping is a computer graphics technique where at each pixel, a perturbation to the surface normal of the object being rendered is looked up in a texture map and applied before the illumination calculation is done (see, for instance, Phong shading)

aaanyway.

The first image is just the spread of the bump, the materials I was given to work with. it's just the unwrapped diffuse of a high-res model.

And the next image is the wrapped version of the diffuse bitmap of the warriors face in action. With no bump mapping included

And finally, here is the head with bump mapping included, when you compare the two heads it is a fairly obvious improvement.

As the little piece of paper here says:

'This tutorial showed you how to use a projection cage to receive texture from a high-resolution model, then apply the result to a low-resolution version of the same model. This technique is an effective way to assign complex surface detail to low-polygon objects. This can be a useful technique when you prepare a model for a game engine. It can help improve render time, as well. '


Well. There ya have it :D


-Francis

__________________________________________________________________________________

Music - Apocalyptica - On the Rooftop with Quasimodo

Normal Bump Mapping

Been busy busy like a bee today with studying, completed a study in Normal Bump Mapping.

Apparently what I did yesterday was known as Regular Bump Mapping. After some digging about I managed to find the explanation of why the two are difference in a bit of text I skipped over in my morning haze. (Too much work and not nearly enough caffeine) They explain it as follows:

"Normal bump mapping is a technique that lets you simulate high resolution surface detail on low resolution polygonal models.

Normal bump mapping is similar in some respects to regular bump mapping, but it conveys more complex surface detail. Normal bump maps store not only the depth information used in regular bump mapping, but also information on the direction normal of the surface, to produce more life-like results. "


So in general this task was to do the following:

Normal bump mapping involves two objects: a high resolution, polygonally detailed object as the source for the normal bump map information, and a low resolution target to receive the map and use it to appear more finely detailed than it really is.

And what I learnt in this task was the following:

•How to set up the map projection using the render to texture controls.

•Define diffuse, normal bump, and height maps, and bake the resulting texture onto a destination object.

•Preview the baked result in a viewport.


The first image is the information from the diffuse map only. The height and bump maps have been put in to the texture (They call it baked) of the plane but are not visible at this time.

The second image is the completed render, simple yet convincing.

And the final image is just a render of what they gave me to work with and as you can see how mapping works, taking something huge and in depth and simplifying it down and tricking the eye.

In other news, working on some sketches that i'll post soon enough



-Francis

_________________________________________________

Music: Apocalyptica - Path

Army Compound Bump Mapping

Howdy

Today I started on Bump Mapping.

From the information and instructions they gave me the goal of the assignment was:

•Applying a basic material to change an object’s color or shininess (the oil tanks and the fence piping)
•Applying a 3D procedural map to create a patterned material (the generators and the sentry bar)
•Applying a Diffuse or “texture” map to give an object a photorealistic pattern (the ammunition canister, the terrain, and almost all of the building surfaces)
•Using the UVW Map modifier to control the projection, orientation, and scale of texture mapping
We also showed how to copy UVW Map from one object to another when the objects share the same material.

•Using bump mapping to give a 3D appearance to a textured material (most of the materials on the buildings)
•Using opacity mapping to make a material partially transparent (the chain-link fence)
•Using the object-space Mapscaler modifier to project a map onto a complicated shape (the roof of the house)


I think I did pretty well. Was a fun excercise, attached are the before and after pictures.

What they gave me to start off with and what I ended up producing:

Getting used to the program is coming along smoothly and I can't wait to start the actual course, almost finished the bunch of tutorials they gave me.

See ya later

-Francis

___________________________________________________

Music: Two Steps from Hell - Black Blade

More Animation

 Well, Started on bipedal motion today! (on 2 hours worth of sleep) A fun task but quite a mouthful to handle :D

The two videos that I uploaded are basic walking motion with some added sway to the hips and some bouncing of the knees to add a more natural feel as well as some arm motion. All in all, it was great fun and an educational experience.







Trying to get a headstart before I start the course on February 7th. Also got a few sketches coming up, and doing some sketches for my friend David's stories over at Insane Amok

See ya tomorrow


________

Music: Celldweller -Tainted 

Bouncy Ball

I did an animation! How about that.





And here's a picture of the work in progress: