SRS Presentation

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Mission Impossible V
Group Members Ahmed Gad Amany
El Gouhary Sahar El Kady
Shaimaa Salem Yasmine Helal Supervisors
Dr. Ahmed Sameh Dr. Amr Goneid
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• Contents
• Introduction
• Thesis
• Objectives
• Functional Requirements
• Scenario
• Non-Functional Requirements
• Tools
• Problem Faced
• Experiment

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• Introduction
• Why MI5 ?

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• Thesis Statement
• We develop an interactive animation environment
  that facilitates the integration of a variety of
  animation techniques. This environment permits
  the interaction of diverse recursive and
  non-recursive objects in various Incrementally
  animated scenes. Changes in the environment will
  be controlled using Graphical User Interface
  (GUI) and/or Script Language.

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• Objectives
• To build a user friendly environment that
  tests the following
• 1- Performance of applied techniques on chosen
  objects..
• 2- The deployment of different animation engines
  in a compound natural scene.
• 3- The activation of the developed engines in
  the animated scene with various levels of
  details.
• 4- Time allocation synchronization among
  engines.
• 5- Handling interaction between different
  systems.
• 6-GUI versus Script language to control
  animation.

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Interface Layer
Intelligent Communication Layer
Movements Simulators Layer
Engines and Objects Definition Layer
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• External Functional Requirements
• Creating new scene Function New Scene.
• Opening existing scene Function Open Scene.
• Setting Camera view Function Camera.

Custom View
Front View
Side View
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• External Functional Requirements (Contd)
• Function Model
• Import object from library Function Import.
• Creating users own model Function Create
• Modifying models Function Customize.

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• External Functional Requirements (Contd)
• Positioning light in the scene Function Lights.
• Point Lights
• Spot Light
• Directional Lights
• Modeling 3D grounds Function Environment.
• Function Scene Scenario
• Locating Object in the scene Function Position.
• Setting Animation speed Function Speed.
• Setting Action Function Action.
• Adjusting time Function Time Control.
• Selecting specific object Function Select.

E.g Directional Light Before
After
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External Functional Requirements

• Function SCENE Script.
• Function Materials and Textures.
• Monitoring time allocation Performance Control.

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• Internal Functional Requirements
• Time Slicing Manager

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Scenario
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• Non-Functional Requirements
• System Requirement
•   - Usability Requirement.
• - Performance Requirement.
• - Synchronization.
• - Interactivity.
• - Interpolation.

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• Non-Functional Requirement (Contd)
• I. System Requirement (Contd)
• Platform Requirement
• Storage Requirement
• Speed
• Reliability Requirement

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• Non-Functional Requirements (Contd)
• II. Process Requirements
• Implementation Requirement
• Maintainability Requirement
• III. Expansion Requirement

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• Non-Functional Requirement (Contd)
• II. Process Requirements
• Implementation Requirement.
• Modularity Requirement.
• Maintainability Requirement.
• Delivery Requirement.

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• Tools
• Why Open Inventor ?
• It is built on top of OpenGL
• It defines a standard file format for 3D data
  interchange
• It introduces a simple event model for 3D
  interaction
• It provides animation objects called Engines
• It provides high performance object picking
• It is window system and platform independent
• It is a cross-platform 3D graphics development
  system
• It supports PostScript printing

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• Problems Faced
• Lack of documentation in the Open Inventor
• Using IVF as the Open Inventor window viewer
• Specific formats for the objects

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• Experiment

• Interface
• WATCH ..\..\..\project_491\Debug\MI5.exeHERE
• Using Open Inventor package as a tool, we managed
  to add some walking steps to this human figure ?
• WATCH THIS ALSO

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• Conclusion
• We are representing a testing Environment
  to test three techniques of
• ANIMATION

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• Time for
• QUESTIONS
• ?