I am making a best effort to utilize the IP extension...but having some difficulties.

JoeInman

Admittedly I am dealing with time-domain IP data which I normally avoid. What I don't understand is what precisely is in the array channel? I am importing gdd data with 20 gates on the decay. The channels are noted to be IP and IP_average. So what is this IP? I want chargeability which is an integral or for digital data is M=((V(t0)x(^t0)+V(t1)x(^t1)+V(t19)x(^t19))/Vp; with Vp in volts, V(t) in mvolts and ^tn is the nth window with in seconds. So what is in the array channel listed as 'IP'? The help menu says it is V(t)/Vp and that the IPaverage is (V(t0)+V(t1)+...V(t19))/nVp where n would be 20 in this case. What I want is chargeability and I would like to use something close to the 'Newmont standard', which is from 450ms to 1100 ms or thereabouts. What gives?

JoeInman

Thanks, Taronish.....I understand and that is easy to do. One additional question for now....so the IPaverage and/or M....is that a simple average of the values for all the windows....which would be Sum of Vi/nVp. Is there any normalization of the window width in calculating the average, or is it just a simple average?