ENGLISH
STEP REFERENCE A coefficient is always associated with a Step Reference. Therefore, a scope is always associated with a Step Reference. A single scope coefficient references a single step, e.g. @ Step 2. Some coefficients, such as have a Begin @ Step reference and an End @ Step reference. These coefficients allow you to obtain results from the data array created using either a single step or through a range of steps. SCOPE CONNECTORS There are three types of scope connectors: @, +, and -. The @ connector is an absolute scope that defines a specific point within the data array for a step. The "+" connector determines the point based from the Begin Step (looks at the array from the beginning of the step). The "-" connector determines the point based from the End Step (looks at the array from the end of the step).
SCOPE VALUE Your scope needs a value. This value is used to find the data point within the array of data created by the start and completion of a step or range of steps. When an absolute (@) connector is used, the system looks for the data point in the array "at" the scope value you specified. When the (+) connector is used, the system looks for the data point in the array starting from the beginning of the step. For example, if + 1.0 in (inch) is the scope definition for a single step coefficient, the point is defined as the points in the array associated with the 1 inch crosshead direction. The (-) connector looks for the data point in the array starting from the ending of the step. SCOPE UNITS Scope units may be a force, distance, time or cycle.
Select the target for the units to be scoped. Load, Distance, Time and Cycles are some of the units that may be used for scoping.
You can specify the scope value which is the numeric criterion for your scope operation.
Select the Scope Connector that defines how the scope is calculated.
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