54     public void add(Byte3 a) {  in add()  argument
55         this.x += a.x;  in add()
56         this.y += a.y;  in add()
57         this.z += a.z;  in add()
67     public static Byte3 add(Byte3 a, Byte3 b) {  in add()  argument
69         result.x = (byte)(a.x + b.x);  in add()
70         result.y = (byte)(a.y + b.y);  in add()
71         result.z = (byte)(a.z + b.z);  in add()
94     public static Byte3 add(Byte3 a, byte b) {  in add()  argument
96         result.x = (byte)(a.x + b);  in add()
97         result.y = (byte)(a.y + b);  in add()
98         result.z = (byte)(a.z + b);  in add()
108     public void sub(Byte3 a) {  in sub()  argument
109         this.x -= a.x;  in sub()
110         this.y -= a.y;  in sub()
111         this.z -= a.z;  in sub()
121     public static Byte3 sub(Byte3 a, Byte3 b) {  in sub()  argument
123         result.x = (byte)(a.x - b.x);  in sub()
124         result.y = (byte)(a.y - b.y);  in sub()
125         result.z = (byte)(a.z - b.z);  in sub()
148     public static Byte3 sub(Byte3 a, byte b) {  in sub()  argument
150         result.x = (byte)(a.x - b);  in sub()
151         result.y = (byte)(a.y - b);  in sub()
152         result.z = (byte)(a.z - b);  in sub()
162     public void mul(Byte3 a) {  in mul()  argument
163         this.x *= a.x;  in mul()
164         this.y *= a.y;  in mul()
165         this.z *= a.z;  in mul()
175     public static Byte3 mul(Byte3 a, Byte3 b) {  in mul()  argument
177         result.x = (byte)(a.x * b.x);  in mul()
178         result.y = (byte)(a.y * b.y);  in mul()
179         result.z = (byte)(a.z * b.z);  in mul()
202     public static Byte3 mul(Byte3 a, byte b) {  in mul()  argument
204         result.x = (byte)(a.x * b);  in mul()
205         result.y = (byte)(a.y * b);  in mul()
206         result.z = (byte)(a.z * b);  in mul()
216     public void div(Byte3 a) {  in div()  argument
217         this.x /= a.x;  in div()
218         this.y /= a.y;  in div()
219         this.z /= a.z;  in div()
229     public static Byte3 div(Byte3 a, Byte3 b) {  in div()  argument
231         result.x = (byte)(a.x / b.x);  in div()
232         result.y = (byte)(a.y / b.y);  in div()
233         result.z = (byte)(a.z / b.z);  in div()
256     public static Byte3 div(Byte3 a, byte b) {  in div()  argument
258         result.x = (byte)(a.x / b);  in div()
259         result.y = (byte)(a.y / b);  in div()
260         result.z = (byte)(a.z / b);  in div()
289     public byte dotProduct(Byte3 a) {  in dotProduct()  argument
290         return (byte)((byte)((byte)(x * a.x) + (byte)(y * a.y)) + (byte)(z * a.z));  in dotProduct()
300     public static byte dotProduct(Byte3 a, Byte3 b) {  in dotProduct()  argument
301         return (byte)((byte)((byte)(b.x * a.x) + (byte)(b.y * a.y)) + (byte)(b.z * a.z));  in dotProduct()
310     public void addMultiple(Byte3 a, byte factor) {  in addMultiple()  argument
311         x += a.x * factor;  in addMultiple()
312         y += a.y * factor;  in addMultiple()
313         z += a.z * factor;  in addMultiple()
321     public void set(Byte3 a) {  in set()  argument
322         this.x = a.x;  in set()
323         this.y = a.y;  in set()
324         this.z = a.z;  in set()
334     public void setValues(byte a, byte b, byte c) {  in setValues()  argument
335         this.x = a;  in setValues()