I am trying to create a simple music game in Unity 3D. This will start with a selection of multiple songs available in the list. While doing processing, I can easily see the pitch of the songs with the help of visualizers.
The problem I am facing is with the visualizers and with high pitch notes. I think it has something to do with different voice played at once. I am playing simple Darude Sandstorm (just to test and also, I don’t have the original soundtrack which will run in real time). The pitch is playing a crucial role, as I will use this pitch to tell the user to hit the different notes (with high, small and medium options). By now, I have tested with GetComponent().PitchaValue; and GetSpectrumData(setting1, setting2, setting3);. I am making a rough guess that it is not possible with different pitches as the base voice is overriding the highest pitch played.
I am implementing the lines (vv) given below. Before implementing this, I have worked with multiple lines of code. Please don’t suggest a new solution, as I have worked allot with the visualizer. The code is correctly working with if and else statements, and I am running some trial and some error at the moment.
//Here is the class I am implementing{
using UnityEngine;
using System.Collections;
public class soundspectrume : MonoBehaviour {
public GameObject prefab; // the cube prefab
public int numberOfObjects = 25; // number of cubes to make visualizer
public float radius = 5f; // radius of circle
public GameObject[] cubes; //array of the created cubes
public float PitchAmp;
public Color mycolour;
void Start()
{
PitchAmp = GameObject.Find("Voice Source").GetComponent<FFT>().PitchAmp; //I am declaring the value with simple 0 as the starting value.
for (int iter = 0; iter < totalObj; iter++) //This simple loop will help with creation of cubes
{
float angle = iter * Mathf.PI * 2 / totalObj;
Vector3 position = new Vector3(Mathf.Cos(angle), 0, Mathf.Sin(angle)) * radius; //I am getting this code from Unity docs
Instantiate(prefab, position, Quaternion.identity); //Creating instance of the cubes with properties described above^^
}
cubes = GameObject.FindGameObjectsWithTag("cube");
}
// This is a simple call performed on all the objects at the same time one time with every frame
void Update () {
PitchAmp = GameObject.Find("Voice Source").GetComponent<FFT>().PitchAmp;
print(PitchAmp);
float[] spectrum = AudioListener.GetSpectrumData(2048, 0, FFTWindow.Hamming); // This means less control compared with maximum punch value
for (int i = 0; i < totalObj; i++)
{
if (PitchAmp <= 200)
{
Vector3 previousscale = cubes[i].transform.localScale;
previousscale.y = spectrum[i] * 500; //take spectrum number and multiply, higher frequency songs will need greater multiplier
cubes[i].transform.localScale = previousscale;
}
else if (PitchAmp >= 201)
{
Vector3 previousscale = cubes[i].transform.localScale;
previousscale.y = spectrum[i] * 1; //take spectrum number and multiply, higher frequency songs will need greater multiplier
cubes[i].transform.localScale = previousscale;
}
else if (PitchAmp >= 500)
{
Vector3 previousscale = cubes[i].transform.localScale;
previousscale.y = spectrum[i] * 100; //take spectrum number and multiply, higher frequency songs will need greater multiplier
cubes[i].transform.localScale = previousscale;
}
}
}
}
Here is the image, hope it will help you to solve the problem.
Further information:
I am using a simple mp3 with the help of getting a spectrum of the data using AudioSource, using the AudioListener as an intermediate.
Note: Above code is the property of unturneditemid.com and I am using it after taking the permission from the owner. If you want to use it and you have to provide proper attributes to the author.
Thanks for your time,
Let her read it at her parttime like