Motion Capture Update

I have now got the ball rolling with the motion capture.  I am currently waiting a reply featuring a time a date from which I can capture the desired data.

Now that this is underway, I must research some motion capture tutorials and note my findings.  Although it is still quite early, I believe it will be beneficial to complete this stage of the project as soon as possible.

Modelling Research 4

This video was created by Sampad.  It again uses photo references and focuses of working into the topology correctly.

http://www.youtube.com/watch?v=qXmLScxzJ9E&feature=related

Modelling Research 3

This is yet another video by Ryan Kittleson using a mix of reference imagery and hand drawn topology.  This helps to demonstrate and produce a clear idea of how to begin creating a replicas of the object using 3D software.

http://www.youtube.com/watch?v=J1mExXURsWk&feature=relmfu

Modelling Research 2

This video above is a 3D modelling tutorial made by Ryan Kittleson.  It demonstrates the use of referance images and how they aid the modelling process.

He then walks-through generating a low polygon version of the resource image.

http://www.youtube.com/watch?v=xls25e08sSg

Modelling Research

I have been researching initial modelling techniques.  The first resource I have used is YouTube and this incredibly useful video made by Masahiro Ushiyama.  The video demonstrates a clear workflow with careful attention paid to topology.

I must now look further at topology and perhaps generate a basic mesh to apply my findings.

http://www.youtube.com/watch?v=ac4qV2uIF3Q&feature=related

My Project Plan

Project Title: Modeling and Rigging Project

Module Code: DD3992

Module Tutor: Ken Lau

Deadline: April 17^th 2012

Aims

The aims for this project are to successfully demonstrate modeling, texturing and rigging skills.  A set of two models must be crafted, one realistic and one a caricature version.  These models must look like Michael C. Hall, the star of the popular television series Dexter.  To reach this conclusion effectively, the models will have to be modeled and rigged to a high standard in 3DS Max and also textured via Photoshop.  Once rigged, a series of motion capture files will be applied to the models.  To help assure this is accomplished a series of aims have been laid out:

•        Capture motion capture files to apply to rigged model

•        An authentic 3D model inspired by Michael C. Hall (Maximum 25k polygons)

•        Realistic textures that are in keeping with the chosen scene

•        An effective body/facial rig that could be used by an animator

Research

During the development of the project, many things must be researched and uncovered.  It is essential to maintain a high level of research to further the skills acquired for:

•        Advanced Texturing

•        Motion Capture

•        Facial Rigging

•        Bone rigs with custom G.U.I controllers in 3DS Max

Objectives

Both models will have to be rigged to a professional standard and must be ready to be used for animation.  All in all, it is vital to work towards clear and defined objectives to ensure the project is a success.  Below is a list of objectives that must be displayed by the penultimate completion of the project:

·         An Ability to carry out 3D modeling to a high standard

·         Have a proficient understanding and ability of body/facial rigging

·         A defined knowledge of using motion capture files

Actions

During the development of this project, it is essential that realistic and above all, authentic 3D models and rigs are generated.  As the model is being created for a main character in a game it will have a maximum polygon limit of 25k.  It will however have to be weighted and rigged correctly in 3DS Max.  In order to reach a successful conclusion the following objectives must be taken into account:

Task	Begin Date	Finish Date
Research source material	11/10/11	22/10/11
Capture motion capture files	22/10/11	25/10/11
Start and finish low polygon modeling	25/10/11	15/11/11
Start and finish higher polygon modeling	15/11/11	06/12/11
Unwrap and texture	06/12/11	17/01/12
Rigging process for realistic model	17/01/12	21/02/12
Rigging process for caricature model	21/02/12	27/03/12
Apply motion capture files to models	27/03/12	30/03/12
Create and render demonstration video	30/03/12	10/04/12
Compile Work	10/04/12	16/04/12

Outcomes

The ultimate outcome for this project is to further my skills using 3DS Max.  In addition to this it is essential to expand knowledge and skills using Photoshop for texturing.

In conjunction to furthering skills, some elements will be completely new when acquired.  For example it is essential that rigging techniques using custom G.U.Is and bones are learnt using tutorials and research. Finally, the motion capture process must be exercised and learnt.

Deliverables

Upon the completion of the project, a series of deliverables must be adhered to and handed in.  These deliverables must portray the new skills acquired and the knowledge used in order to reach the penultimate outcome.

·                      .           Labeled CD featuring name and student number

·         .AVI and .JPEG and .MAX Formats

·         Sketchbook containing research

·         A video demonstrating the facial/body rigging

·         Portfolio featuring 10 rendered images demonstrating expressions (5 per character)

·         A blog indicating the work pipeline of the project