Home Automation, Building Management

Home Automation and Building Automation eHouse has several applications for graphic visualization and control { EHouse home automation – Software } , where the input files are exported from CorelDraw application for simplicity and convenience . { Building Automation eHouse – Gallery of Software Control } Input files for graphical visualization and control { Home Automation eHouse – Control } Are in text form to allow for system integration eHouse from third-party software and increase the functionality of the system , panels and allowing managers to create software on any hardware platforms and operating systems , which are not fully supported by our company .
Integration of graphics software, third-party control panels is available through libraries available to developers (directly) . { Home Automation eHouse – Management }
The second method of integration is indirectly via PC with software installed eHouse by many transmission media .
Building Automation eHouse – Drivers The input file for the graphics software as standard Automation eHouse is a text file ,
in each line is a graphical object . Individual parameters are separated by a tab . No. Parameter Name A . Name of Event (name displayed when you move in some applications)
2 . Figure (a figure drawn – digitally coded)
3 . X1 (all dimensions in inches – objects are drawn in Corel in 1:1 scale – meter units)
4 . Y1 (x1 parameters , y1 , x2 , y2 depend on the type of figure)
5 . X2
6 . Y2
7 . thickness – line thickness
8 . color – color of the line
9 . Background Color – fill color
10 . Type of line / type (how to draw a line in some applications: continuous , dashed , dotted , etc.)
11 . Orientation (Text – in some applications)
12 . Turning radius X (rounded to the rectangle)
13 . Turning radius Y (rounded to the rectangle)
14 . Selection (selection – future use)
15 . Font Size (text) – blank for other
16 . Font (for text) – blank for other
17 . Text – content of the text or blank
18 . Event code to execute when you press the object
19 . Future applications – not used
20 . Future applications – not used
21 . Future applications – not used

Pole figure coding: 84 – text
82 – rectangle
69 – ellipse or circle
76 – line

Examples:

Draw a rectangle for the two output states (1 and 0):
Hall – The outlet vestibule PN 2 (1) 82 4448 3980 4508 3920 0 62975 62975 0 0 0 0 0 0
Hall – The outlet vestibule PN 2 (0) 82 4448 3980 4508 3920 0 62975 1514015 0 0 0 0 0 0
Draw a circle for the two output states (1 and 0):
Hall – Ground Night Lamp (1) 69 4283 4113 25 25 0 62975 62975 0 0 0 0 0 0
Hall – Ground Night Lamp (0) 69 4283 4113 25 25 0 62975 1514015 0 0 0 0 0 0

Printing dynamic text (replaced by the current data visualization applications):

Ground floor bathroom – Floors Temperature (OK) 84 3981 3806 0 0 0 4166144 4166144 0 0 0 0 0 8 = Arial Tpod %TEMP% C
Drawing the Line Part of the contour of the building:
Graphics Visualization and control of graphic file format Some text may be replaced by dynamic data depending on the current state of the system:
%TEMP% – temperature measured (must be placed on a layer for a given temperature)
%LIGHT% – lighting level (must be placed on a layer for a given temperature)
%TEMP0% – Tray Temperature Measure
%TEMP1% – External Temperature South
%TEMP2% – Temperature of Top Tray
%TEMP3% – The temperature of GWC
%TEMP4% – Kominek a temperature
%TEMP5% – The temperature of the DGP (distribution of hot air for the fireplace)
%TEMP6% – Temperature Kominek 2
%TEMP7% – The internal temperature
%TEMP8% – The temperature of the North Front
%TEMP9% – Temperature of the Solar Collector
%TEMP10% – Boiler temperature
%TEMP11% – The temperature of Tray Bottom
%TEMP12% – Temperature RECU In
%TEMP13% – Temperature RECU Out
%TEMP14% – Heater (heater)
%TEMP15% – Statement temperature recuperator (dirty exhaust air from the house)
%HEATER_RECUPERATOR_TEMP% – The internal temperature of air recuperator
%HEATER_RECUPERATOR_SPEED% – speed recuperator
%HEATER_RECUPERATOR_MODE% – Recuperator Mode
%HEATER_PROGRAM% – Program HeatManagera { heating control the central
}
%HEATER_KOMSTAT% – Status Kominek
%EXTERNAL_CURRENTZONENAME% – Name of Security Zones – External Manager { control gates }
%EXTERNAL_CURRENTPROGRAM% – External Manager – No blinds Program { Home Automation – Security }
%EXTERNAL_CURRENTPROGRAMNAME% – External Manager – Program Name Rolet
%EXTERNAL_CURRENTZONE% – External Manager – No security zone
%TEMP% – Status of analog inputs for CommManagera (calculated temperature)
%LIGHT% – Status of analog inputs for CommManagera (calculated level of illumination)
%ADC% – Status of analog inputs for CommManagera
%VOLT% – Status of analog inputs for CommManagera (voltage value)
%PERCENT% – Status of analog inputs for CommManagera (Percentage)
%TCPMANAGER_CURRENTZONENAME% – Name of Security Zones – Comm Manager
%TCPMANAGER_CURRENTPROGRAM% – Ethernet Manager – No program
%TCPMANAGER_CURRENTPROGRAMNAME% – Ethernet Manager – Exit the Program Name or Rolet (for CommManagera { control of blinds })
%TCPMANAGER_CURRENTZONE% – Comm Manager – No security zone
%TCPMANAGER_CURRENTADCPROGRAMNAME% – Ethernet Manager – ADC Pickup Program Name
%TCPMANAGER_CURRENTADCPROGRAM% – Ethernet Manager – ADC Program No.
{ lighting control on the premises}
More about design and construction of self eHouse system installation:
Home Automation eHouse – Independent System Design Building Automation eHouse – Self-Installation