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如何使用Wekinator输出播放Arduino的噪音

2019-07-31 08:49:00

如何使用Wekinator输出播放Arduino的噪音

电路图

将其中一个蜂鸣器的正极连接到Arduino的9针,将另一个蜂鸣器的正极连接到Arduino的10针。然后将两个蜂鸣器的底片连接到Arduino的底部。

如何运行程序

首先,在Arduino IDE的帖子末尾粘贴为Arduino提供的代码并上传代码。

然后您需要从Wekinator的快速演练页面下载草图。

下载屏幕上的鼠标控制示例。解压缩并在处理中运行草图。该草图将为Wekinator提供输入。您将需要Wekinator输出的另一个草图。该草图的代码在本文末尾。将其粘贴到处理中并运行它。两个处理输出窗口如下所示:

现在打开Wekinator并进行如下图所示的设置。将输入和输出设置为2.将类型设置为自定义,然后单击“配置”。您还可以查看下面附带的视频以查看过程

当您点击“configure”时,会打开一个新窗口,如下图所示。在该窗口中设置设置,如下图所示。

现在将处理窗口中的绿框拖到左下角,然后点击“随机”。开始录制半秒。

将处理窗口中的绿色框拖到中间顶部,然后单击“randomize”。开始录制半秒。

将处理窗口中的绿框拖到右下角,然后单击“随机化”。之后,开始录制半秒。

然后点击“Train”,然后点击“Run”。现在,当您在处理窗口中拖动绿色框时,Arduino会根据此发出噪音。

尝试使用不同的界面进行试验,甚至尝试使用此图形界面合成器制作音乐。

处理代码(Wekinator输出)

import vsync.*; // Importing the library that will help us in sending and receiving the values from the Arduino

import processing.serial.*; // Importing the serial library

// Below libraries will connect and send, receive the values from wekinator

import oscP5.*;

import netP5.*;

// Creating the instances

OscP5 oscP5;

NetAddress dest;

ValueSender sender;

// These variables will be syncronized with the Arduino and they should be same on the Arduino side.

public int output;

public int output1;

void setup()

{

// Starting the serial communication, the baudrate and the com port should be same as on the Arduino side.

Serial serial = new Serial(this, “COM10”, 19200);

sender = new ValueSender(this, serial);

// Synchronizing the variables as on the Arduino side. The order should be same.

sender.observe(“output”);

sender.observe(“output1”);

// Starting the communication with wekinator. listen on port 12000, return messages on port 6448

oscP5 = new OscP5(this, 12000);

dest = new NetAddress(“127.0.0.1”, 6448);

}

// Recieve OSC messages from Wekinator

void oscEvent(OscMessage theOscMessage) {

if (theOscMessage.checkAddrPattern(“/wek/outputs”) == true) {

// Receiving the output from wekinator

float value = theOscMessage.get(0).floatValue(); // First output

float val = theOscMessage.get(1).floatValue(); // Second output

// Converting the output to int type

output = int(value);

output1 = int(val);

}

}

void draw()

{

// Nothing to be drawn for this example

}

Arduino代码

#include // Including the library that will help us in receiving and sending the values from processing

ValueReceiver《2》 receiver; /*Creating the receiver that will receive up to 2 values.

Put the number of values to synchronize in the brackets */

/* The below two variables will be synchronized in the processing

and they should be same on both sides. */

int output;

int output1;

// Pin connected to buzzer

int buzzer = 9;

int buzzer1 = 10;

int i,j;

void setup()

{

/* Starting the serial communication because we are communicating with the

Arduino through serial. The baudrate should be same as on the processing side. */

Serial.begin(19200);

// Synchronizing the variables with the processing. The variables must be int type.

receiver.observe(output);

receiver.observe(output1);

// Defines the Buzzer pins as output

pinMode(buzzer,OUTPUT);

pinMode(buzzer1,OUTPUT);

}

void loop()

{

// Receiving the output from the processing.

receiver.sync();

// Making the buzzer to beep according to the output from the processing

tone(buzzer1, output);

delay(5);

noTone(buzzer1);

tone(buzzer,output1);

delay(5);

noTone(buzzer);

}

输出正极蜂鸣器底片

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