Your project is to design a program that will act as an Anesthesia Gas Analyzer. You will be provided a GAS SubVI that w

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Your Project Is To Design A Program That Will Act As An Anesthesia Gas Analyzer You Will Be Provided A Gas Subvi That W 1 (521.37 KiB) Viewed 38 times

Your project is to design a program that will act as an Anesthesia Gas Analyzer. You will be provided a GAS SubVI that will act as the patient and provide a percentage of Oxygen (O2), Carbon Dioxide (CO2), Halothane or Sevoflurane and Nitrous Oxide (N20) and Nitrogen (N) being exhaled by a patient. Your program must do the following: 1) Determine the percent concentrations of each gas. The data is proved as a string of 20 characters in this format. The 1st character of each 4-character section will identify the gas. In the case of Halothane / Sevoflurane (?) the output will be either an “H” or “S” and will change during the program. So for the following string the concentrations would be (Note that the items in Green will always have the same value); 01 4 0 с 0 4 2 H 1 3 x 2 0 7 N 5 9 8 Oxygen 14.0% Carbon Dioxide 4.20% Halothane 1.3 % Nitrous oxide 20.7% Nitrogen 59.8% 2) Plot O2, CO2, Hal or Sevo and N20 on a chart (do not plot the Nitrogen value). Show the numeric values on indicators (including Nitrogen). 3) Change the Hal / Sevo plot color depending on the latest gas reading. When Hal is the gas change the plot color to green when Sevo is the gas change the plot color to orange. Display a message that shows whether the gas is Hal or Sevo. 4) Provide for an alarm (LED Indicator) for the O2 percentage. I.E. there will be two controls to set a high & low alarm limit. Use a moving average of the last 7 measurements. a 5) Then Oxygen alarm will stay on when activated until it is reset. That is, once the alarm is activated you will need a control to reset the alarm. So the LED will stay on until the user resets it and will not go away even if the O2 percentage is no longer violating a high or low limit alarm. After the alarm is reset a new alarm condition will activate it again. 6) The Front Panel will have a plot to display the four gas values, indicators for the five numeric gas values, an alarm LED, a reset for the alarm, two controls for the high and low oxygen alarm settings, a display for the type of anesthesia gas. 7) The gas readings should update every second 8) The Front Panel and Block Diagram should conform to the standards of programming that we have used throughout the course. Make sure to accurately label your controls and indicators. Hint:(not required): It may help you when you check / design your program to write the data / values to a file or an indicator. This way you can review the output and verify the operation of the program.