SPH Group
SPH-based Fluid Simulation
Supplementary Specification
Version <1.0>
SPH-based Fluid Simulation
Supplementary Specification
<document identifier>
Version:
<1.0>
Date: 6/30/2009
Revision History
Date
6/30/2009
Confidential
Version
Draft
Description
Initial release-draft
<Company Name>, 2016
Author
Hong Chen
Page 2
SPH-based Fluid Simulation
Supplementary Specification
<document identifier>
Version:
<1.0>
Date: 6/30/2009
Table of Contents
1.
2.
3.
4.
5.
6.
7.
Introduction
4
1.1
1.2
1.3
1.4
1.5
4
4
4
4
4
Purpose
Scope
Definitions, Acronyms, and Abbreviations
References
Overview
Functionality
4
2.1
2.2
2.3
2.4
4
4
4
4
Simulate fluid particles in a container
Some attributes of fluid particles are alterable
Draw a surface for the fluid with the surface particles
Use LOD to accelerate the simulation of the fluid surface
Usability
5
3.1
3.2
5
5
Design for Ease-of-Use
Off-line Help
Reliability
5
4.1
5
Availability
Performance
5
5.1
5.2
5
5
Simulation Fluid Particles with no surface Response Time
Simulation Fluid with Surface and Particles Response Time
Supportability
5
6.1
5
New Releases Support
Design Constraints
5
7.1
5
Confidential
Platform Requirements
<Company Name>, 2016
Page 3
SPH-based Fluid Simulation
Supplementary Specification
<document identifier>
Version:
<1.0>
Date: 6/30/2009
Supplementary Specification
1.
Introduction
1.1 Purpose
The purpose of this document is to define requirements of the SPH-based Fluid Simulation system.
This Supplementary Specification lists the requirements that are not readily captured in the use cases
of the use-case model. The Supplementary Specifications and the use-case model together capture a
complete set of requirements on the system.
1.2 Scope
This Supplementary Specification applies to the SPH-based Fluid Simulation system which will be
developed by the SPH group.
The SPH-based Fluid Simulation System will simulate in the way the particles of fluid run and take
itself into other application such as scattering crowds at crisis.
This specification defines the non-functional requirements of the system; such as reliability, usability,
performance, and supportability as well as functional requirements that are common across a number
of use cases. (The functional requirements are defined in the Use Case Specifications.)
1.3 Definitions, Acronyms, and Abbreviations
See ‘Glossary.doc’ file
1.4 References
Particle-Based Fluid Simulation for Interactive Applications
Matthias Müller, David Charypar and Markus Gross
Eurographics/SIGGRAPH Symposium on Computer Animation (2003)
Smoothed Particle Hydrodynamics
G.R.Liu M.B.Liu
Hunan Universisy Press
1.5
Overview
See catalog
2.
Functionality
2.1 Simulate fluid particles in a container
Thousands of fluid particles fall freely down into a container and acts like fluid particles. The
particles should move in the way like SPH-based models.
2.2 Some attributes of fluid particles are alterable
The attributes of fluid particles including initial position, numbers of fluid particles, the external
force on the particles and the angle of user should be alterable and changes as user wants.
2.3 Draw a surface for the fluid with the surface particles
Firstly the system should distinguish the surface particles from all particles. Secondly the system
should make orderly every three particles of the surface ones as a triangle. Besides with the
construction of triangles, the normal for each triangle should also be correctly calculated.
2.4 Use LOD to accelerate the simulation of the fluid surface
As the simulation of the fluid surface is based on all the surface particles, the system will have
magnificent work for calculation, simulation and rendering, only to find that it is difficult to make
the system real time with the current hardware devices. The system should try to use LOD to
simply the surface triangles and accelerate the simulation of the fluid surface.
Confidential
<Company Name>, 2016
Page 4
SPH-based Fluid Simulation
Supplementary Specification
<document identifier>
3.
Version:
<1.0>
Date: 6/30/2009
Usability
3.1 Design for Ease-of-Use
The user interface of the SPH-based Fluid Simulation system shall be designed for ease-of-use and
shall be appropriate for a computer-literate user community with no additional training on the
System.
3.2 Off-line Help
Each feature of the SPH-based Fluid Simulation system shall have built-in off-line help for the
user. Off-line Help shall include step by step instructions on using the System. Off-line Help
shall include definitions for terms and acronyms.
4.
Reliability
4.1
Availability
SPH-based Fluid Simulation system shall not be down every 3 hours’ simulation.
5.
Performance
5.1
Simulation Fluid Particles with no surface Response Time
The simulation for the particles should be more than 5 fps.
5.2
Simulation Fluid with Surface and Particles Response Time
The simulation for the surface and particles should be more than 1 fps.
6.
Supportability
6.1
New Releases Support
The SPH-based Fluid Simulation system will be released iteratively.
7.
Design Constraints
7.1
Platform Requirements
The SPH-based Fluid Simulation system shall operate on any personal computers with Windows
system and OpenGL DLLs.
Confidential
<Company Name>, 2016
Page 5