ColorChanger.cs

using System.Collections;
using System.Collections.Generic;
using UnityEngine;
public class ColorChanger : MonoBehaviour
{
    public GameObject ogCube, secondCube, thirdCube, fourthCube, fifthCube;
    public Color ogColor, secondColor, thirdColor, fourthColor, fifthColor;
    private Renderer ogR, sR, tR, foR, fiR;
    
    public void Start()
    {
        
        // Gets render components of cube
        ogR = ogCube.GetComponent<Renderer>();
        sR = secondCube.GetComponent<Renderer>();
        tR = thirdCube.GetComponent<Renderer>();
        foR = fourthCube.GetComponent<Renderer>();
        fiR = fifthCube.GetComponent<Renderer>();

    }

    void ColorSet()
    {
        //changes the color of cubes
        ogR.sharedMaterial.SetColor("_Color", ogColor);
        sR.sharedMaterial.SetColor("_Color", secondColor);
        tR.sharedMaterial.SetColor("_Color", thirdColor);
        foR.sharedMaterial.SetColor("_Color", fourthColor);
        fiR.sharedMaterial.SetColor("_Color", fifthColor); 
    }
    
    public void Complementary()
    {
        //makes the second and third color different shades of the first
        secondColor = ogColor * 1.5f;
        thirdColor = ogColor * .5f;
        //makes the fourth color the complementary of the first
        fourthColor = (Color.white - ogColor) * .5f;
        //makes the fifth color a different shade of the fourth
        fifthColor = fourthColor * 2;

        //calls colorSet to change color 
        ColorSet();
    }
    public void Monochromatic()
    {
        //makes all the other colors different, monochromatic versions of the first
        secondColor = ogColor * 1.5f;
        thirdColor = ogColor * 2;
        fourthColor = ogColor * .5f;
        fifthColor = ogColor * .25f;

        ColorSet();
    }
    public void Analogous()
    {
        float H, S, V;
        Color.RGBToHSV(ogColor, out H, out S, out V);
        //Get Hue of the color we pick and store it into H
        float sH = H;
        float foH = H;
        float tH = H;
        float fiH = H;
        sH = (H + (1f / 12f)) % 1f;
        foH = (H + (-1f / 12f)) % 1f;
        tH = (H + (1f / 6f)) % 1f;
        fiH = (H + (-1f / 6f)) % 1f;
        //makes each hue value 1/6 the color wheel apart
        // and put them in sH, foH, tH, fiH
        secondColor = Color.HSVToRGB(sH, S, V);
        fourthColor = Color.HSVToRGB(foH, S, V);
        thirdColor = Color.HSVToRGB(tH, S, V);
        fifthColor = Color.HSVToRGB(fiH, S, V);
        //applies the new calculated color to each of the blocks color

        ColorSet();
    }
    public void Triad()
    {
        float H, S, V;
        Color.RGBToHSV(ogColor, out H, out S, out V);
        //Get Hue of the color we pick and store it into H
        float sH = H;
        float foH = H;
        sH = (H + (120f/360f)) % 1f;
        foH = (H + (240f/360f)) % 1f;
        //add the Hue by 1/3 the color wheel in both directions
        //and then use the modulo function to get their triad locations 
        // and put them in sH and foH
        secondColor = Color.HSVToRGB(sH, S, V);
        fourthColor = Color.HSVToRGB(foH, S, V);
        //change the second and fourth colors, and due to the calculations, they are in triad locations
        // makes the third and fith colors monochromatic to the second and fourth colors
        thirdColor = secondColor * .5f;
        fifthColor = fourthColor * .5f;

        ColorSet();
    }
    public void Square()
    {
        float H, S, V;
        Color.RGBToHSV(ogColor, out H, out S, out V);
        //Get Hue of the color we pick and store it into H
        float sH = H;
        float foH = H;
        float fiH = H;
        sH = (H + .25f) % 1;
        foH = (H + .5f) % 1;
        fiH = (H + .75f) % 1;
        //puts the hue 1/4 apart in each direction to get their square locations
        //and put them in sH, fiH, and foH
        secondColor = Color.HSVToRGB(sH, S, V);
        fourthColor = Color.HSVToRGB(foH, S, V);
        fifthColor = Color.HSVToRGB(fiH, S, V);
        //change the second, fifth and fourth colors, and due to the calculations, they are in square locations
        thirdColor = ogColor * .5f;

        ColorSet();
    }
    public void SplitComp()
    {
        float H, S, V;
        Color.RGBToHSV(ogColor, out H, out S, out V);
        //Get Hue of the color we pick and store it into H
        float sH = H;
        float foH = H;
        sH = (H + (150f / 360f)) % 1f;
        foH = (H + (210f /360f)) % 1f;
        //puts the hue at the proper distance so that they are in the proper split comp locations 
        //and put them in sH ans foH
        secondColor = Color.HSVToRGB(sH, S, V);
        fourthColor = Color.HSVToRGB(foH, S, V);
        //change the second and fourth colors, and due to the calculations, they are in the right spot
        thirdColor = secondColor * .5f;
        fifthColor = fourthColor * .5f;
        // makes the third and fifth colors different shades of the second and fourth colors

        ColorSet();
    }
    
}