This integration node is part of the MOP node. It simplifies 1D or signal field analysis. Node inputs and outputs can be summarized as follows:
- Input
An optiSLang BIN or OMBD file. An OMBD file is recommended. It is automatically converted to the old BIN file format that is the only optiSLang input file format that oSP3D supports.
- Output
oSP3D reads in all signals and all scalar input parameters from the input file and builds for each signal both an empirical random field model and a field-MOP. For each signal, oSP3D then writes out the following file structure as output into the current distinct working directory:
sig-name-dir serves as the root directory for each signal. The directory name matches the unique signal name, which is unique within the optiSLang input file.
sig-name-dir/fmop_solver.sim serves as the input simulation archive for further simulations based on the field-MOP of this specific signal. For more information, see Generating Field Objects in optiSLang for Use in a Simulation.
sig-name-dir/rf_generate.sim serve as the input simulation archive for further simulations based on the random field amplitudes of this specific signal. For more information, see Generating Amplitudes from Fields in optiSLang for Use in a Simulation.
sig-name-dir/sig-name_channel-ID serves as the root directory for all channel outputs. For each channel of the current signal, it contains a number of CSV files as analysis output, including:
cop.* defines the graph of the F-CoP values, including the single F-CoP values of the input parameters and the full model F-CoP value.
mean.* defines the graph of the mean value and the 5%-quartile and 95%-quantile of the current signal.
rsigma.* defines the graph of the F-CoP values in absolute numbers. For more information, see Creating Field-MOPs.
shapes.* defines the graph of the random field model shapes.
sig-name-dir/sig-name.sdb serves as the oSP3D database file used for the analysis. This database file can be used later for further checks, visualization, or just to continue working within oSP3D.
sig-name-dir/fmop-debug.omdb contains the MOP-analysis output of the random field amplitudes for debugging purposes only.
signal_mop_solver.sim serves as the input simulation archive for further simulations based on the field-MOP of all signals contained in the input file.
random_signal_generate.sim serves as the input simulation archive for further simulations based on the random field amplitudes of all signals contained in the input file.
*.omdb is the input file that the custom integration node automatically copies into its distinct working directory. If this input file is an optiSLang monitoring database, the integration node appends analysis output plots automatically for each channel of each signal. The following plots can then be visualized in a postprocessing node:
F-CoP (%) plots the F-CoP values, including the single F-CoP values of the input parameters and the full model F-CoP value
F-CoP (abs) plots the F-CoP values in absolute numbers. For more information, see Creating Field-MOPs.
Scatter shapes plots random field model shapes.
Signal statistics plots the mean value and the 5%-quantile and 95% quantile of the current signal.