CODE SHOULD BE IN ARDUINO LANGUAGE

Hint: Here is one way to write the look-up table that you may find useful

{0.000, 0.000, 0.00, 0.0, 950},

{0.156, 3.125,11.25, 4.0, 953},

{0.313, 6.250,22.50, 8.0, 956},

{0.469, 9.375,33.75,12.0, 959},

{0.625, 12.500, 45.00, 16.0, 963},

{0.781, 15.625, 56.25, 20.0, 966},

{0.938, 18.750, 67.50, 24.0, 969},

{1.094, 21.875, 78.75, 28.0, 972},

{1.250, 25.000, 90.00, 32.0, 975},

{1.406, 28.125, 101.25, 36.0, 978},

{1.563, 31.250, 112.50, 40.0, 981},

{1.719, 34.375, 123.75, 44.0, 984},

{1.875, 37.500, 135.00, 48.0, 988},

{2.031, 40.625, 146.25, 52.0, 991},

{2.188, 43.750, 157.50, 56.0, 994},

{2.344, 46.875, 168.75, 60.0, 997},

{2.500, 50.000, 180.00, 64.0, 1000},

{2.656, 53.125, 191.25, 68.0, 1003},

{2.813, 56.250, 202.50, 72.0, 1006},

{2.969, 59.375, 213.75, 76.0, 1009},

{3.125, 62.500, 225.00, 80.0, 1013},

{3.281, 65.625, 236.25, 84.0, 1016},

{3.438, 68.750, 247.50,88.0, 1019},

{3.594, 71.875, 258.75, 92.0, 1022},

{3.750, 75.000, 270.00, 96.0, 1025},

{3.906, 78.125, 281.25, 100.0, 1028},

{4.063, 81.250, 292.50, 104.0, 1031},

{4.219, 84.375, 303.75, 108.0, 1034},

{4.375, 87.500, 315.00, 112.0, 1038},

{4.531, 90.625, 326.25, 116.0, 1041},

{4.688, 93.750, 337.50, 120.0, 1044},

{4.844, 96.875, 348.75, 124.0, 1047},

{5.000, 100.000, 360.00, 128.0, 1050},

NovaLynx (www.novalynx.com) is a manufacturer of weather sensors that have analog voltage outputs. Your Arduino is interfaced to 4 NovaLynx sensors through 4 analog inputs Analog Input 0 Analog Input 1 Analog Input 2 Analog Input 3 Wind Speed in miles per hour (MPH) Wind Direction in degrees (0 to 360) Temperature in degrees Fahrenheit (0 to 128 F) Barometric Pressure in millibars (950 mb to 1050 mb) Note: 1 atmosphere pressure (sea level) 1 bar 1000 mb Each of these sensors has an output that ranges from 0.000 to 5.000V. The relationship between each sensor's voltage output and its particular physical value is shown in the look-up table on page 2. Write a program to read each of these sensors and display their values to the serial monitor every second. The display message should take the form: Wind Speed-XXXXXX MPH', ..Wind Direction-XXX.XX degrees" "Temperature-XXX.X degrees F" "Barometric PressureXXXX mb" Notes on display: 1. There should be a blank row between each block of values in your display 2. You don't need leading zeros in your numerical value 3. You don't need fractional values for the barometric pressure 4. You can spell out the word "degrees" or use the ASCII code for You must use the provided look-up table (page 2) in your program to translate voltages to physical values Notes on program Re-read Lecture notes on programming to review arrays and 2-D arrays 2. 1. No need for interpolation, just give the closest value in the table 3. Verify your program to catch the syntax errors. 4. Provide an overall description of your program in a comment block at the top of your program. 5. Explain specific aspects of your program with comments throughout the code. 50 points for correct creation and use of the look-up table 50 points for the rest of the program NovaLynx (www.novalynx.com) is a manufacturer of weather sensors that have analog voltage outputs. Your Arduino is interfaced to 4 NovaLynx sensors through 4 analog inputs Analog Input 0 Analog Input 1 Analog Input 2 Analog Input 3 Wind Speed in miles per hour (MPH) Wind Direction in degrees (0 to 360) Temperature in degrees Fahrenheit (0 to 128 F) Barometric Pressure in millibars (950 mb to 1050 mb) Note: 1 atmosphere pressure (sea level) 1 bar 1000 mb Each of these sensors has an output that ranges from 0.000 to 5.000V. The relationship between each sensor's voltage output and its particular physical value is shown in the look-up table on page 2. Write a program to read each of these sensors and display their values to the serial monitor every second. The display message should take the form: Wind Speed-XXXXXX MPH', ..Wind Direction-XXX.XX degrees" "Temperature-XXX.X degrees F" "Barometric PressureXXXX mb" Notes on display: 1. There should be a blank row between each block of values in your display 2. You don't need leading zeros in your numerical value 3. You don't need fractional values for the barometric pressure 4. You can spell out the word "degrees" or use the ASCII code for You must use the provided look-up table (page 2) in your program to translate voltages to physical values Notes on program Re-read Lecture notes on programming to review arrays and 2-D arrays 2. 1. No need for interpolation, just give the closest value in the table 3. Verify your program to catch the syntax errors. 4. Provide an overall description of your program in a comment block at the top of your program. 5. Explain specific aspects of your program with comments throughout the code. 50 points for correct creation and use of the look-up table 50 points for the rest of the program