Sim-OPT version 0.39._5 ============================ INSTALLATION To install this module type the following: perl Makefile.PL make make test make install DEPENDENCIES This module requires these other modules and libraries: Math::Trig Data::Dumper List::Util List::MoreUtils Devel::REPL COPYRIGHT AND LICENCE Copyright (C) 2008-2014 by Gian Luca Brunetti and Politecnico di Milano. This is free software. You can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, version 2 or later. Sim::OPT it a tool for detailed metadesign of buildings. It morphs models by propagation of constraints through the ESP-r building performance simulation platform and performs optimization by overlapping block coordinate descent. A working knowledge of ESP-r is necessary to use OPT. Information about ESP-r can be found at http://www.esru.strath.ac.uk/Programs/ESP-r.htm. To install OPT, the command has to be issued. Perl will take care to install all dependencies. OPT can be loaded through the command in Perl. For that purpose, the "Devel::REPL" module can be used. As an alternative, the batch file "opt" (which can be found packed in the "optw.tar.gz" file in "example" folder in this distribution) may be copied in a work directory and the command may be issued. That command will activate the OPT's functions, following the settings specified in a previously prepared configuration file. When launched, OPT will ask the path to that file. Its activity will start after receiving that information. That file must contain a suitable description of the operations to be accomplished pointing to an existing ESP-r model. In "optw.tar.gz" there is an example of OPT configuration file ("d.pl"). That file should be decompacted and the resulting folder ("optw") may be used as a work folder for OPT, in which the ESP-r models to be worked should reside. The "mypath" variable should be set to that work folder. An example of configuration file for an earlier version of the program may be downloaded at http://figshare.com/authors/Gian_luca_Brunetti/624879 . To run OPT without making it launch ESP-r, the setting <$exeonfiles = "n";> should be specified in the configuration file. Note that this can only be aimed to inspect the command that OPTS will give to ESP-r through the shell. The search obtained will be very likely to be different from that driven by simulation results. If simulations are not launched, the optimal instance at each subspace search cannot indeed be selected. In its place, the base case will be kept by the program, just to bring the process to completion. A sequential block search (Gauss-Seidel method) cannot indeed be run "dry". The variable "$toshell" specifies the path to a file that will receive the shell commands in place of the shell. If $exeonfiles is set to "y", OPT will give instruction to ESP-r via shell to make it modify the building base model in different copies. Then, if asked, it will run simulations, retrieve the results, extract some information from them and order it as requested. Besides an OPT configuration file, configuration files for propagation of constraints may be created. This would give to the morphing operations greater flexibility. Propagation of constraints can regard the geometry of a model, solar shadings, mass/flow network, and/or controls; and also, how those pieces of information affect each other and daylighting. Example of configuration files for propagation of constraints are included in this distribution. The ESP-r model folders and the result files that will be created in a parametric search will be named as the base building model, numbers and other characters to described an instance. For example, the instance produced in the first iteration for a root model named "model" in a search constituted by 3 morphing phases and 5 iteration steps each will be named "model_1-1_2-1_3-1"; and the last one "model_1-5_2-5_3-5". The structure of block searches is described through the variable "@sweeps" . Each case is listed inside square brackets. And each search subspace (block) in them is listed inside square brakets, nested in cases. For example: a sequence constituted by two brute force searches, one regarding parameters 1, 2 3 and the other regarding parameters 1, 4, 5, 7 would be described with: @sweeps = ( [ [ 1, 2, 3 ] ] , [ 1, 4, 5, 7 ] ] ). And a block search with the first subspace regarding parameters 1, 2, 3 and the second subspace regarding parameters 3, 4, 5, 6 would be described with: @sweeps = ( [ [ 1, 2, 3 ] , [ 3, 4, 5, 6 ] ] ). The number of iterations to be taken into account for each parameter for each case is specified in the "@varinumbers" variable. To specifiy that the parameters of the last example are tried for three values (iterations) each, @varinumbers = ( { 1 => '3', 2 => '3', 3 => '3', 4 => '3', 5 => '3', 6 => '3' } ). OPT is a program I have begun to write as a side project in 2008 with no funding. It is the first real program I attempted to write. From time to time I add some parts to it. The parts of it that have been written earlier or later are the ones that are coded in the strangest manner. Gian Luca Brunetti, Politecnico di Milano gianluca.brunetti@polimi.it