By Mike Westerfield
Why easily play song or log on in case you can use your iPhone or iPad for a few particularly enjoyable initiatives, resembling construction a steel detector, hacking a radio keep watch over truck, or monitoring a version rocket in flight? find out how to construct those and different cool issues by utilizing iOS equipment sensors and cheap comparable to Arduino and a Bluetooth Low power (LE) Shield.
This hands-on publication indicates you the way to put in writing easy functions with techBASIC, an Apple-approved improvement setting that runs on iOS units. by utilizing code and instance courses outfitted into techBASIC, you’ll easy methods to write apps without delay in your Apple equipment and feature it have interaction with different hardware.
• construct a steel detector with the iOS magnetometer
• Use the HiJack platform to create a plant moisture sensor
• positioned your iPhone on a small rocket to assemble acceleration and rotation data
• Hack a radio keep an eye on truck with Arduino and Bluetooth LE
• Create an arcade online game with an iPad controller and iPhone paddles
• keep an eye on a sweet desktop with an iOS equipment, a micro servo, and a WiFi connection
Read or Download Building iPhone and iPad Electronic Projects: Real-World Arduino, Sensor, and Bluetooth Low Energy Apps in techBASIC PDF
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Additional info for Building iPhone and iPad Electronic Projects: Real-World Arduino, Sensor, and Bluetooth Low Energy Apps in techBASIC
SetTitle("Stop") recording = 1 OPEN fileName$ FOR OUTPUT AS #1 END SUB ! ! ! ! Called to stop recording data, this subroutine changes the name of the recording button to Recording, clears the recording flag and closes the output file. It is safe to call this subroutine even if nothing is being recorded. setEnabled(1) END IF END SUB ! Handle a tap on one of the buttons. ! Parameters: ! ctrl - The button that was tapped. time - The time when the event occurred. SUB touchUpInside (ctrl AS Button, time AS DOUBLE) IF ctrl = quit THEN stopRecording STOP ELSE IF ctrl = record THEN IF recording THEN stopRecording The Magnetometer | 37 ELSE startRecording END IF ELSE IF ctrl = send THEN stopRecording sendData END IF END SUB Faster Sensor Response The three programs presented so far are fun, useful ways to see the raw sensor values for the accelerometer, gyroscope, and magnetometer, but they do have a drawback.
Mag ! If needed, write the value to the output file. IF recording AND (t0 <> m(4)) THEN PRINT #1, m(1); ","; m(2); ","; m(3); ","; m(4) END IF ! Update the plot. 1 THEN ! Update the arrays holding the points to plot. 1 FOR i = 1 TO 99 mx(i, 2) = mx(i + 1, 2) my(i, 2) = my(i + 1, 2) mz(i, 2) = mz(i + 1, 2) NEXT mx(100, 2) = m(1) my(100, 2) = m(2) mz(100, 2) = m(3) WEND 34 | Chapter 2: Accessing the Other Built-in Sensors ! Adjust the function range based on the maximum observed value. setView(-10, -range, 0, range, 0) !
Create the plots and arrays to hold the plot points. DIM p as Plot, px as PlotPoint, py as PlotPoint, pz as PlotPoint DIM rx(100, 2), ry(100, 2), rz(100, 2) ! Create the controls. DIM quit AS Button, record AS Button, send AS Button ! Create and initialize the global tracking variables. txt" The Gyroscope | 25 recording = 0 ! Get and set an initial time for the gyroscope. gyro t0 = r(4) WEND END IF ! Create the user interface. setUpGUI ! Creates a new button with a gradient fill. ! Parameters: !
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