Main Page

From SIMSTADT
Jump to: navigation, search

Contents

[edit] I. Requirements

This section captures the requirements for the SimStadt software in a structured way[1].

  1. Requirements overall description
  2. System features
  3. External interface requirements
  4. Other nonfunctional requirements
  5. Use cases


[edit] II. Systems architecture

This part of the Wiki is meant to document the SimStadt software architecture as well as the design decisions we have taken on the way. It is important to note, that any architecture presented here is a snapshot only, since it will evolve in the course of the project[2].

  1. Goals and Constraints
  2. System scope and context
  3. Solution
  4. Cross-cutting concepts
  5. Design decisions
  6. Technical risks


[edit] III. SimStadt platform

[edit] Development and implementation of the SimStadt platform

  1. Development environment
  2. Clean code guidelines
  3. Logging
  4. Deployment
  5. Implementation of SimStadtRepository
  6. Implementation of workflows
  7. Chart Step
  8. Implementation of workflow web services

[edit] External software used in the SimStadt Platform

  1. 3D Geodatamanagement (novaFACTORY)
  2. Stanet


[edit] IV. Models and algorithms documentation

This section documents in details the different models and algorithms used in the different SimStadt workflows.

[edit] City Information Model

  1. CityGML Overview
  2. CityGML usage in SimStadt
  3. Energy ADE
  4. CityDoctor ADE Interface
  5. CityDoctor Data Structure
  6. Data Dictionary
  7. Managing the Data Quality with Metadata
  8. novaFACTORY Java Connector

[edit] SimStadt Libraries

  1. Building Typology and Construction Type library
  2. Building Usage library
  3. Energy System and Fuel library

[edit] Algorithms and workflow step documentaton

  1. Geometric Preprocessing
  2. Bounding Box Calculation Library
  3. Building Physics Preprocessing
  4. Building Usage Preprocessing
  5. Monthly Energy Balance Building Model
  6. Simplified Radiosity Algorithm
  7. Simplified Dynamic Building Model (to be developed)


[edit] V. Case Studies

The whole developed simulation process must be tested on 3 case studies.
This part details the specificities of the districts and their 3D representations, presents the results and analyze them.

  1. Karlsruhe-Rintheim
  2. Ludwigsburg
  3. Essen





References:

  1. Acknowledgment: Outline of this section and how-to-sections are adapted from http://www.processimpact.com/goodies.shtml, Copyright © 2011 by Karl E. Wiegers
  2. The Wiki pages in this section use material from the arc 42 architecture template, http://www.arc42.de. Created by Dr. Peter Hruschka & Dr. Gernot Starke.
Personal tools
Namespaces

Variants
Actions
Navigation
Toolbox