On 01-Nov-09 20:23:30, Peng Yu wrote:
On Tue, Oct 20, 2009 at 8:14 AM, Ted Harding
ted.hard...@manchester.ac.uk wrote:
On 20-Oct-09 13:34:49, Peng Yu wrote:
fisher.test() gives a very small p-value, which is underflow on my
machine. However, the log of it should not be underflow. I'm
On Tue, Oct 20, 2009 at 8:14 AM, Ted Harding
ted.hard...@manchester.ac.uk wrote:
On 20-Oct-09 13:34:49, Peng Yu wrote:
fisher.test() gives a very small p-value, which is underflow on my
machine. However, the log of it should not be underflow. I'm wondering
if there is a way get log() of a
fisher.test() gives a very small p-value, which is underflow on my
machine. However, the log of it should not be underflow. I'm wondering
if there is a way get log() of a small p-value. An approximation is
acceptable in this case. Thank you!
On 20-Oct-09 13:34:49, Peng Yu wrote:
fisher.test() gives a very small p-value, which is underflow on my
machine. However, the log of it should not be underflow. I'm wondering
if there is a way get log() of a small p-value. An approximation is
acceptable in this case. Thank you!
On Tue, Oct 20, 2009 at 9:14 AM, Ted Harding
ted.hard...@manchester.ac.uk wrote:
On 20-Oct-09 13:34:49, Peng Yu wrote:
fisher.test() gives a very small p-value, which is underflow on my
machine. However, the log of it should not be underflow. I'm wondering
if there is a way get log() of a
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