fixed the issue #1

Receiver Library

Arduino Library for reading rc reciver values

Installing the Library

Arduino Library manager

Open the arduino library manager and search for RC_Receiver created by Nils Lahaye and hit install

Release

Go to the release page to get the latest satable release.
Then download the source.zip
Then in the arduino IDE install the zip library
See arduino official guide

Form repo

Clique the code button
Then download as zip
Then in the arduino IDE install the zip library
See arduino official guide

How to use

Import the library

#include <RC_Receiver.h>

Initalise the receiver

you can use fewer channels but the max is 8 per instance

RC_Receiver receiver('ch1 pin','ch2 pin','ch3 pin','ch4 pin','ch5 pin','ch6 pin','ch7 pin','ch8 pin');

Set custom Min and Max value for the mapping

Set custom values for the range of the controller.
The value can be found by using the RC_raw example and moving the joystick to there min and max positon and reading the value
Inverting the min and max will reverse the values

int minMax[8][2] = 
{
	{2020,1010}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}
};

void setup() {
	receiver.setMinMax(minMax);
}

Get raw values

getRaw(int ch) will return the raw value form the controller
The ch is the channel number

Serial.print(receiver.getRaw(int ch));

Get mapped values

getMap(int ch) will return the mapped value (0 to 100) form the controller
The ch is the channel number

Serial.print(receiver.getMap(int ch));

v1.0.1

Fixed the library name in the example

Receiver Library

Arduino Library for reading rc reciver values

Installing the Library

Release

Go to the release page to get the latest satable release.
Then download the source.zip
Then in the arduino IDE install the zip library
See arduino official guide

Form repo

Clique the code button
Then download as zip
Then in the arduino IDE install the zip library
See arduino official guide

How to use

Import the library

#include <RC_Receiver.h>

Initalise the receiver

you can use fewer channels but the max is 8 per instance

Receiver receiver('ch1 pin','ch2 pin','ch3 pin','ch4 pin','ch5 pin','ch6 pin','ch7 pin','ch8 pin');

Set custom Min and Max value for the mapping

Set custom values for the range of the controller.
The value can be found by using the RC_raw example and moving the joystick to there min and max positon and reading the value
Inverting the min and max will reverse the values

int minMax[8][2] = 
{
	{2020,1010}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}
};

void setup() {
	receiver.setMinMax(minMax);
}

Get raw values

getRaw(int ch) will return the raw value form the controller
The ch is the channel number

Serial.print(receiver.getRaw(int ch));

Get mapped values

getMap(int ch) will return the mapped value (0 to 100) form the controller
The ch is the channel number

Serial.print(receiver.getMap(int ch));

Receiver Library V1.0.0

Installing the Library

Install it by the built in Arduino library manager or by going to the release page to get the latest satable release.
Then download the source.zip
Then in the arduino IDE install the zip library
See arduino official guide

How to use

Import the library

#include <Receiver.h>

Initalise the receiver

you can use fewer channels but the max is 8 per instance

Receiver receiver('ch1 pin','ch2 pin','ch3 pin','ch4 pin','ch5 pin','ch6 pin','ch7 pin','ch8 pin');

Set custom Min and Max value for the mapping

Set custom values for the range of the controller.
The value can be found by using the RC_raw example and moving the joystick to there min and max positon and reading the value
Inverting the min and max will reverse the values

int minMax[8][2] = 
{
	{2020,1010}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}, 
	{1010,2020}
};

void setup() {
	receiver.setMinMax(minMax);
}

Get raw values

getRaw(int ch) will return the raw value form the controller
The ch is the channel number

Serial.print(receiver.getRaw(int ch));

Get mapped values

getMap(int ch) will return the mapped value (0 to 100) form the controller
The ch is the channel number

Serial.print(receiver.getMap(int ch));