Changeset 3230
- Timestamp:
- Jun 26, 2006, 2:08:30 PM (19 years ago)
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documentation/requirements/anuga_API_requirements.tex
r3225 r3230 117 117 \begin{itemize} 118 118 \item Probability of structural collapse. Given the distance from 119 the coast and the inundation height above ground floor, the119 the coast and the maximum inundation height above ground floor, the 120 120 percentage probability of collapse is calculated. The distance from 121 121 the coast is … … 124 124 a 4 by 5 array. 125 125 \item Structural damage curve. Given the type of building (X or Y) 126 and the inundation height above ground floor, the126 and the maximum inundation height above ground floor, the 127 127 percentage damage loss to the structure is determined. The curve is 128 128 based on a set of [height, percentage damage] points. 129 \item Content damage curve. Given the inundation height above129 \item Content damage curve. Given the maximum inundation height above 130 130 ground floor, the 131 131 percentage damage loss to the content of each structure is … … 183 183 It has to be modular. In the future the three algorithms will be 184 184 combined to give a cumulative probability distribution, so this part 185 doesn't have to be designed to be too flexible. 186 187 185 doesn't have to be designed to be too flexible. This change will 186 occur before the shape of the damage curves change, Ken believes. 187 188 Have one file that has general damage functions/classes, such as 189 interrogating nbed csv files and calculating maximum inundation above 190 ground hight. 188 191 189 192 \chapter{Efficiency and optimisation}
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