I'm working on an idea that uses 3d6. A pretty common thing, really.

I want a chart of every possible three die outcome of rolling 3d6 (order doesn't matter). For example

1-1-1 = 3
1-6-5 = 12
3-4-5 = 12

But i want all of them in a big chart. My mind doesn't really love looking at numbers and percentages, but is very good at processing visual information so assembling a big spreadsheet and organizing all the outcomes is really the best way for me to inspect some of my game's probabilities and eccentricities.

I've poked around and haven't found this resource to exist online. I feel like it probably does somewhere and i'm just not finding it.

Little help?

Is what you're looking for basically six 6 by 6 charts right next to eachother, right?

3	4	5	6	7	8		4	5	6	7	8	9
4	5	6	7	8	9		5	6	7	8	9	10
5	6	7	8	9	10		6	7	8	9	10	11
6	7	8	9	10	11		7	8	9	10	11	12
7	8	9	10	11	12		8	9	10	11	12	13
8	9	10	11	12	13		9	10	11	12	13	14
												
5	6	7	8	9	10		6	7	8	9	10	11
6	7	8	9	10	11		7	8	9	10	11	12
7	8	9	10	11	12		8	9	10	11	12	13
8	9	10	11	12	13		9	10	11	12	13	14
9	10	11	12	13	14		10	11	12	13	14	15
10	11	12	13	14	15		11	12	13	14	15	16
												
7	8	9	10	11	12		8	9	10	11	12	13
8	9	10	11	12	13		9	10	11	12	13	14
9	10	11	12	13	14		10	11	12	13	14	15
10	11	12	13	14	15		11	12	13	14	15	16
11	12	13	14	15	16		12	13	14	15	16	17
12	13	14	15	16	17		13	14	15	16	17	18

Edit: Gah, ate whitespace formatting. Hang on, I'll try to prettify that.
Extra edit: There we go.

I'll make it, assuming from your example you're looking for (die)+(die)+(die)=(total), with no percentages listed.

1-1-1 = 3
1-1-2 = 4
1-1-3 = 5
1-1-4 = 6
1-1-5 = 7
1-1-6 = 8

1-2-1 = 4
1-2-2 = 5
1-2-3 = 6
1-2-4 = 7
1-2-5 = 8
1-2-6 = 9

1-3-1 = 5
1-3-2 = 6
1-3-3 = 7
1-3-4 = 8
1-3-5 = 9
1-3-6 = 10

1-4-1 = 6
1-4-2 = 7
1-4-3 = 8
1-4-4 = 9
1-4-5 = 10
1-4-6 = 11

1-5-1 = 7
1-5-2 = 8
1-5-3 = 9
1-5-4 = 10
1-5-5 = 11
1-5-6 = 12

1-6-1 = 8
1-6-2 = 9
1-6-3 = 10
1-6-4 = 11
1-6-5 = 12
1-6-6 = 13

2-1-1 = 4
2-1-2 = 5
2-1-3 = 6
2-1-4 = 7
2-1-5 = 8
2-1-6 = 9

2-2-1 = 5
2-2-2 = 6
2-2-3 = 7
2-2-4 = 8
2-2-5 = 9
2-2-6 = 10

2-3-1 = 6
2-3-2 = 7
2-3-3 = 8
2-3-4 = 9
2-3-5 = 10
2-3-6 = 11

2-4-1 = 7
2-4-2 = 8
2-4-3 = 9
2-4-4 = 10
2-4-5 = 11
2-4-6 = 12

2-5-1 = 8
2-5-2 = 9
2-5-3 = 10
2-5-4 = 11
2-5-5 = 12
2-5-6 = 13

2-6-1 = 9
2-6-2 = 10
2-6-3 = 11
2-6-4 = 12
2-6-5 = 13
2-6-6 = 14

3-1-1 = 5
3-1-2 = 6
3-1-3 = 7
3-1-4 = 8
3-1-5 = 9
3-1-6 = 10

3-2-1 = 6
3-2-2 = 7
3-2-3 = 8
3-2-4 = 9
3-2-5 = 10
3-2-6 = 11

3-3-1 = 7
3-3-2 = 8
3-3-3 = 9
3-3-4 = 10
3-3-5 = 11
3-3-6 = 12

3-4-1 = 8
3-4-2 = 9
3-4-3 = 10
3-4-4 = 11
3-4-5 = 12
3-4-6 = 13

3-5-1 = 9
3-5-2 = 10
3-5-3 = 11
3-5-4 = 12
3-5-5 = 13
3-5-6 = 14

3-6-1 = 10
3-6-2 = 11
3-6-3 = 12
3-6-4 = 13
3-6-5 = 14
3-6-6 = 15

4-1-1 = 6
4-1-2 = 7
4-1-3 = 8
4-1-4 = 9
4-1-5 = 10
4-1-6 = 11

4-2-1 = 7
4-2-2 = 8
4-2-3 = 9
4-2-4 = 10
4-2-5 = 11
4-2-6 = 12

4-3-1 = 8
4-3-2 = 9
4-3-3 = 10
4-3-4 = 11
4-3-5 = 12
4-3-6 = 13

4-4-1 = 9
4-4-2 = 10
4-4-3 = 11
4-4-4 = 12
4-4-5 = 13
4-4-6 = 14

4-5-1 = 10
4-5-2 = 11
4-5-3 = 12
4-5-4 = 13
4-5-5 = 14
4-5-6 = 15

4-6-1 = 11
4-6-2 = 12
4-6-3 = 13
4-6-4 = 14
4-6-5 = 15
4-6-6 = 16

5-1-1 = 7
5-1-2 = 8
5-1-3 = 9
5-1-4 = 10
5-1-5 = 11
5-1-6 = 12

5-2-1 = 8
5-2-2 = 9
5-2-3 = 10
5-2-4 = 11
5-2-5 = 12
5-2-6 = 13

5-3-1 = 9
5-3-2 = 10
5-3-3 = 11
5-3-4 = 12
5-3-5 = 13
5-3-6 = 14

5-4-1 = 10
5-4-2 = 11
5-4-3 = 12
5-4-4 = 13
5-4-5 = 14
5-4-6 = 15

5-5-1 = 11
5-5-2 = 12
5-5-3 = 13
5-5-4 = 14
5-5-5 = 15
5-5-6 = 16

5-6-1 = 12
5-6-2 = 13
5-6-3 = 14
5-6-4 = 15
5-6-5 = 16
5-6-6 = 17

6-1-1 = 8
6-1-2 = 9
6-1-3 = 10
6-1-4 = 11
6-1-5 = 12
6-1-6 = 13

6-2-1 = 9
6-2-2 = 10
6-2-3 = 11
6-2-4 = 12
6-2-5 = 13
6-2-6 = 14

6-3-1 = 10
6-3-2 = 11
6-3-3 = 12
6-3-4 = 13
6-3-5 = 14
6-3-6 = 15

6-4-1 = 11
6-4-2 = 12
6-4-3 = 13
6-4-4 = 14
6-4-5 = 15
6-4-6 = 16

6-5-1 = 12
6-5-2 = 13
6-5-3 = 14
6-5-4 = 15
6-5-5 = 16
6-5-6 = 17

6-6-1 = 13
6-6-2 = 14
6-6-3 = 15
6-6-4 = 16
6-6-5 = 17
6-6-6 = 18

Hopefully that's what you wanted, because I did that the only way that I knew how (typing it out manually, right here, without the use of charts or programming language) and it took forever.

Lester, your graphs are beautiful!