Arduino-build-in example

AMB82-mini (RTL8735B) Supported ARDUINO built-in example table

There are many built-in examples in Arduino. All examples that listed are compatible with Ameba.

• Arduino built-in example details

Category	Name	Comment	Remarks
Basics	AnalogReadSerial	Connect potentiometer to 3.3V ADC pin used, up to 3.3V and can be alibrated by using analogSet(float gain, float offset)	ADC pin options A0, A1, A2, A3, A4, A5, A6 and A7 ADC pin reading voltage range 0 to 3.3V ADC value can be calibrated by modifying _offset and _gain using 2 points calibration method. analogSet(float gain, float offset) can be used to update the calibrated offset and gain values
	BareMinimum
	Blink	LED_BUILTIN sets to LED_B (on-board LED blue)	LED options, on-board LED, LED_B (blue) or LED_G (green)
	DigitalReadSerial
	Fade	For analogWrite(), use PWM capable pin	PWM capable Pin 1, 2, 3, 4, 5, 6, 7, 8, and 23 (LED_B, for LED usage only)
	ReadAnalogVoltage	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
Digital	BlinkWithoutDelay	LED_BUILTIN sets to LED_B (on-board LED blue)	LED options, on-board LED Button options, on-board button
	Button
	Debounce
	DigitalInputPullup
	StateChangeDetection
	toneKeyboard	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset) For analogRead(), use ADC pin name (A0 to A7) instead the integer number For “tone()” and “noTone()”, use PWM capable pin
	toneMelody
	toneMultiple
	tonePitchFollower
Analog	AnalogInOutSerial	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset) For analogWrite(), use PWM capable pin
	AnalogInput		LED options, on-board LED
	AnalogWriteMega
	Calibration
	Fading
	Smoothing
Communication	ASCIITable
	Dimmer	For analogWrite(), use PWM capable pin
	Graph	Connect potentiometer to 3.3V ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
	Midi	Use Serial1, MIDI jack pin 5 connected to SERIAL1_TX Use Serial2, MIDI jack pin 5 connected to SERIAL2_TX
	MultiSerial
	PhysicalPixel		LED options, on-board LED
	ReadASCIIString	For analogWrite(), use PWM capable pin
	SerialCallResponse	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset) For analogRead(), use ADC pin name (A0 to A7) instead the integer number	Modify code for processing software, xpos = serialInArray[2]; ypos = serialInArray[1]; fgcolor = serialInArray[0];
	SerialCallResponseASCII	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
	SerialEvent
	SerialPassthrough		Serial options, Serial, Serial1 or Serial2
	VirtualColorMixer	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
Control	Arrays
	ForLoopIteration
	IfStatementConditional	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
	switchCase	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
	switchCase2
	WhileStatementConditional	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset) For analogWrite(), use PWM capable pin
Display	barGraph	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
	RowColumnScanning	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset) For analogRead(), use A6 and A7 instead of A0 and A1. After line 101, add delay(1);
Strings	CharacterAnalysis
	StringAdditionOperator
	StringAppendOperator
	StringCaseChanges
	StringCharacters
	StringComparisonOperators	ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset)
	StringConstructors	Select “Arduino_STD_PRINTF” from Arduino IDE menu “Tools/* Standard Lib Enable”
	StringIndexOf
	StringLength
	StringLengthTrim
	StringReplace
	StringStartsWithEndsWith
	StringSubstring
	StringToInt