network profile
| bio | website | |
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| location | ||
| age | ||
| visits | member for | 7 months |
| seen | Dec 11 '12 at 22:58 | |
| stats | profile views | 7 |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results Okay, this is what I did: I took the absolute value of x to rid of the negative values. I tried doing LogLogPlot and I received an error. So this is what I did LogPlot[f[Abs[logr], t], {t, 0, Max[logr]}] Is this correct, or did I do this wrong? |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results Oh, right. So let's say we remove those negative x values, then how would I continue from there? |
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Dec 5 |
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Using an inequality to select elements from a list and then plotting the results Andy or anyone, What if I wanted to take the log of the resulting values and plot it with the log of the x values? How would I do that? Thank you guys so much for helping me! |
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Dec 5 |
awarded | Supporter |
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Dec 5 |
accepted | Using an inequality to select elements from a list and then plotting the results |
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Dec 5 |
awarded | Commentator |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results OOH! That seems simple also! Now what if I wanted to take the log of the resulting values and plot it with the log of the x values? How would I do that? |
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Dec 5 |
awarded | Student |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results Thanks :) I got it! |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results Ooh, my confusion lies in the := Mean[UnitStep[logr - x]] part. Could you explain what it is doing for me? |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results Andy, I don't think this is what I'm trying to do, but I greatly appreciate you trying to help. What I wanted to do is find all values in logr that is greater than the first value in x (so I essentially count however many values are larger than x), and then divide by the length of logr (like a probability). And then repeat with the next value in x. |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results Right. So let's say the max value was .05, then I want to find count all values in logr that are greater than .05, and then divide how ever many numbers I found that were greater than .05 by Length[logr]. But instead of using just the max value, I want to do it for all listed values in x. |
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Dec 5 |
comment |
Using an inequality to select elements from a list and then plotting the results What I'm trying to do is find typical values of logr, which i denoted x. And then count which values of logr are greater than x. I didn't know how to find "typical values" so I tallied all of the rounded values and am going to use those. |
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Dec 5 |
asked | Using an inequality to select elements from a list and then plotting the results |
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Nov 9 |
awarded | Scholar |
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Nov 9 |
accepted | Trying to plot this probability |
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Nov 8 |
comment |
Trying to plot this probability Thank you guys for your help! I really appreciate it. Colin, I was also confused about how I was supposed to go about this. But all my professor said was to plot the given equation above and to play around with the alpha values.. I really appreciate everyone's help though! |
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Nov 8 |
awarded | Editor |
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Nov 8 |
revised |
Trying to plot this probability added 4 characters in body |
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Nov 8 |
comment |
Trying to plot this probability I've been trying to use the StableDistribution function, and I don't entirely know what to put in for the other four variables.. That's all my research professor had told me. |
