AtmosphereControl

EN Control system of three-component atmosphere. This code solves three main tasks: the supply of three gases into a sealed room whose partial pressure is lower than the target, pumping gases out of the room when the total pressure is exceeded, and monitoring the temperature of the atmosphere. In addition, the system is switched to manual mode using a lever. When switching to automatic mode, the system locks all devices, preventing manual intervention. When switching the system to manual mode, all devices are turned off and unlocked once, allowing them to be controlled manually. The construction of a sealed compartment is beyond the scope of this description. To create an atmosphere, you need to build two independent pipeline systems, which are shown in the first and second illustrations. In these two diagrams, the sealed compartment is marked as a green rectangle. Please note that the pumps and the manual mode lever are located inside the room. This is useful for configuring the system. Also pay attention to the fact that all the supply vents are located on top, and the exhaust vents are located on the bottom. This will eliminate the occurrence of a "poltergeist" - flying objects when the pumps are turned on. You need to combine into an information subnet all the devices that are present in the "define" section of the program code: three small displays - to display the percentage of gases; six simple pumps - two for each gas for symmetry; two exhaust active ventilation; two air conditioners with pre-set settings for maximum cooling and heating; two diode lamps for indication of heating and cooling activation: lever for switching the system to manual mode; gas sensors. You need to assign device names according to the hash in the program code: Small LED display: "DRatioOxygen" "DRatioNitrogen" "DRatioCarbonDioxide" Pumps: "InletPumpOxygen" "InletPumpNitrogen" "InletPumpCDioxide" Active vents: "OutletVent" Conditions: "CoolingDevice" "WarmUpingDevice" Diode lamps: "Wa