Hi guys. I know some of you are Excel guru's so you probably can nail this question.
Here's my problem. I have a program that spits out probabilities over a range of outcomes over time. I'm trying to convert these to shades of grey so one could eyeball them and see the clusterings etc.
The way I had this set up was the following. After multiplying the probabilities by 255 and roundingoff the decimals, I then used
GBR(#,#,#) function in VBA to color the sells. This seemed like a straightforward thing to do, but it turned out that for some bizaar reason the coloring is rather insensitive to the parameters. Going from black GBR(0,0,0) to white GBR(250,250,250), Excel can only reproduce some 4 or 5 shades. WFT? Am I missing something?
If you scroll to the bottom of this site:
http://www.tedpack.org/colors.html
- I believe these are the only shades I can get.
I was hoping for a more continuous scheme where a probability of 0.27 would resut in a color a bit different than, say 0.32
Any ideas???
Here's my problem. I have a program that spits out probabilities over a range of outcomes over time. I'm trying to convert these to shades of grey so one could eyeball them and see the clusterings etc.
The way I had this set up was the following. After multiplying the probabilities by 255 and roundingoff the decimals, I then used
GBR(#,#,#) function in VBA to color the sells. This seemed like a straightforward thing to do, but it turned out that for some bizaar reason the coloring is rather insensitive to the parameters. Going from black GBR(0,0,0) to white GBR(250,250,250), Excel can only reproduce some 4 or 5 shades. WFT? Am I missing something?
If you scroll to the bottom of this site:
http://www.tedpack.org/colors.html
- I believe these are the only shades I can get.
I was hoping for a more continuous scheme where a probability of 0.27 would resut in a color a bit different than, say 0.32
Any ideas???