diagrank

Diagranks are measurements of the rank or time-to-column (TTC) of a fault or anomaly on a seismic trace. They are calculated by measuring the distance between the time of the onset of the seismic signal and the time at which the fault or anomaly reaches a certain level of amplitude, or "diagnostic" level.

Diagranks are used in the analysis and interpretation of seismic data, particularly in the field of exploration for oil and gas. They are a way to quantitatively measure the significance of a fault or anomaly, and can be used to compare the relative risk of different features.

A diagonal rank is calculated by measuring the horizontal distance between the onset of the seismic signal and the "diagnostic" level, which represents a gain in amplitude of 6 or 8 decibels. The smaller the diagonal rank, the closer the onset time is to the diagnostic level, and the more significant the feature.

There are different types of diagranks, including angle diagrank, which are used for stealting faults, and quarible diagrank, used for focusing within a throw zone. A combined diagrank is also calculated to indicate when an imaging resolution threshold is situated in the data.

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