Create Final-Project.ino

examples-storage/Final-Project/Final-Project.ino

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+// LIBRARY IMPORTS
+// ----------------------------------------------------------------------------
+// Do not touch unless your custom sensor needs an additional library
+
+#include <SPI.h>
+#include <SD.h>
+
+// ----------------------------------------------------------------------------
+
+
+
+// PIN DEFINITIONS
+// ----------------------------------------------------------------------------
+// Note: the pins each thing is connected to may have changed. You will need to
+// reference the schematic for the rocket board here:
+// https://980.engr100.org/project/sensor-board.html
+
+// put pin definitions here
+
+// ----------------------------------------------------------------------------
+
+
+
+// CSV FILE HEADER
+// ----------------------------------------------------------------------------
+// This is the string that goes at the top of your csv file. It is the column 
+// headers for your spreadsheet. You can/should it to match your analog sensors
+
+const String header = "Time (ms),TMP36 (Raw),Voltage (Raw)";
+
+// ----------------------------------------------------------------------------
+
+
+
+// HELPER FUNCTIONS
+// ----------------------------------------------------------------------------
+// Functions to call to make setup() and loop() simpler.
+
+// --------------------------Tone function (built-in)--------------------------
+// Play a 1000Hz tone on the buzzer for 2000ms:
+// tone(buzzerPin, 1000, 2000);
+// Play a 440Hz (A4) tone on the buzzer:
+// tone(buzzerPin, 440);
+// This plays until either a new tone is passed
+// or until notone is called:
+// noTone(buzzerPin);
+
+// ----------------------------------------------------------------------------
+
+int buzzerPin = 3;
+
+void setup() {
+  // set buzzer to output
+  pinMode(buzzerPin, OUTPUT);
+
+  // set other pinModes as required
+
+  tone(buzzerPin, 440, 1000);
+
+  // setup SD Card module
+
+  // write SD Card header
+}
+
+void loop() {
+  // read sensor inputs
+
+  // write to sd card
+
+  // flush sd card file outputs
+
+  // do LED and buzzer things
+
+  // For LED: you have 6 different LEDs at your disposal. You must at a minimum
+  // 1. Communicate power status of board (ie on/off)
+  // 2. Communicate when a countdown has been initiated and roughly how long
+  //    until data recording begins
+  // 3. Communicate when data recording is in progress
+
+  // For Buzzer: 
+  // - In general, mirroring LED requirements 2&3 may help you know
+  //  the status of your rocket even if you can't see the LEDs
+  // - You MUST have your buzzer making loud and frequent noises after landing
+  //  following the launch to add in locating your rocket payload
+  // - You will need to utilize some of your sensor data to know when the
+  //  rocket has landed. What sensor(s) you use to determine this is 100% up to
+  //  you. For example, if you had an altitude sensor you could check your
+  //  altitude in every loop and see if it was similar to the altitude when
+  //  launch occurred and turn on the buzzer then. You will need to test this
+  //  thouroughly before launch day as it is how we will find hiding rockets.
+  // - Points may be deducted if your rocket is especially annoying and buzzing
+  //  frequently during the launch preperation and countdown period in front of
+  //  the teaching staff
+}