Examples

The following examples are all taken from the simulation of the same building, but the examples are neither complete descriptions of the simulation objects and sensors/actuators, nor does the filestream input match the output.

   
Configuration File

[ objects, "team3_install1" ].
[ aggregates, "team3_install1" ].

[ simclock, "SimTime" ].

%%% clouding
[ file_shell, clouding, "clouding" ].

%%% input is from testcaseNset.str
%%% monitoring commands are from testcaseNget.str
%%% monitoring is to file and shell
%%% output is to testcaseN.prt

[ file_shell, testin, "testcase7set"].
[ file_shell, testout, "testcase7get"].
[ file_file, testfile, "testcase7get", "testcase7"].

[ controlstream, window, {168,00,00,00}, [fixed, cont, 1], []  ].

%%% for controlsystem
[socket, localnode, localhost,
 [ {sock_cs, 3000, [cache] } ,{sock_fault, 2999, [fault]} ],
 ["controlsystem"]
].

%%% for a user to test controlsystem
[socket, localnode, localhost,
 [ {sock_user, 3002, [nocache] } ],
 ["usersensor", "useractuator"]
].

%%% for developers
[socket, localnode, localhost, [ {sock_inspect, 3004, [inspect] } ], [] ].

   
Simulation Objects

[ location_time, -0.1356, 0.8631, -0.2618, 3600, 36000 ].
%%%         initial day of year (jun 21)
[ calendar, 172 ].
[ sun_position, 80, 0.4090 ].              

[ weather, 15 ].              
[ outdoor_brightness, 120000 ].

[ kernel, kernel ].

[ occupied_area, playground ].
[ person, person_0, playground ].
[ person, person_1, playground ].

[ occupied_area, occ_staircase_east ].
[ supervised_area, sup_staircase_east, occ_staircase_east ].

   
Sensors/Actuators

[ sensor, localtime, {location_time, local_time}, 's[d]', analog ].
[ sensor, truetime,  {location_time, true_time}, 's[d]', analog ].
[ actuator, cloudiness, {weather, cloudiness}, float, percentfloat ].
[ sensor, kernelfactor, {kernel, factor}, intnonneg, analog ].
[ actuator, person_0_loc, {person_0, location}, name, string ].
[ actuator, person_0_acc, {person_0, active}, 'active//inactive', twopoint ].

   
Filestream Input

Note that the name of an occupied_area given as new value must be a string, not an ERLANG-atom.

 
s:io( now, light_32_416_wall, performance_rate, get).
s:io( now, light_32_416_wall, performance_rate, mon).

s:io( now, light_32_416_window, performance_rate, get).
s:io( now, light_32_416_window, performance_rate, mon).

s:io( 240, person_4, location, {"occ_staircase_east", object}).
s:io( 241, door_32_4_1, aperture_state, {opened, 'opened//closed'}).
s:io( 242, person_4, location, {"occ_hallway_H1_1", object}).
s:io( 243, person_4, location, {"occ_hallway_H1_2", object}).
s:io( 244, person_4, location, {"occ_hallway_H1_3", object}).

s:io_period( 300, person_6, location, {"occ_room_32_429", object}, 610).

s:io_period( 360, person_6, location, {"occ_hallway_H1_4", object}, 610).

s:io_period( 2630, person_6, location, {"occ_room_32_429", object}, no_longer).
s:io_period( 2630, person_6, location, {"occ_hallway_H1_4", object}, no_longer).

Filestream Output

io({0,5,20,0}, la_32_416_wall, current_brightness, {173.878,lux}).
io({0,6,0,0}, light_32_416_window, performance_rate, {50.0000,'%'}).
io({0,6,0,0}, la_32_416_desk, current_brightness, {220.000,lux}).
io({0,6,0,0}, la_32_416_window, current_brightness, {231.837,lux}).