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From parent (the default) to use the same dataset as the plot group to which it belongs.
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Other applicable types of datasets for the plot. For a 1D plot, for example, you can use a Cut Line dataset to visualize a quantity along the cut line (a cross section) or a Parameterized Curve dataset to visualize a quantity along the parameterized curve.
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None to not use any of the available datasets.
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For parametric solutions, choose a parameter from the Parameter value list or, if applicable, from the Parameter selection list or separate lists from a parameter switch (see Inputs for Parametric Solver and Parametric Sweep Studies below). For a material sweep or function sweep, use the Switch list to choose a material or function for which to plot the corresponding solution.
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For time-dependent solutions, choose the time of the solution to use from the Time list for 2D and 3D plots. For 1D plots and data evaluation, choose from the Time selection list: All to use all time steps, First, Last, From list to select from a list of all time steps, Manual to enter a range of times as indices directly, or Interpolated to enter Times.
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For eigenmode solutions, choose the eigenmode or eigenvalue of the solution to use from the Eigenmode or Eigenvalue list. For 1D plots and data evaluation, choose from the Eigenmode selection or Eigenvalue selection list: All to use all eigenmodes, First, Last, From list to select from a list of all eigenmodes, or Manual to enter a range of eigenmodes as indices directly.
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For solutions using adaptive mesh refinement (selecting a Solution dataset for the adaptive mesh refinement solutions), choose a refinement level from the Parameter selection (Refinement level) list. Level 0 is the base level (no mesh adaptation), and the highest level represents the final adaptive mesh refinement solution. For 1D plots and data evaluation, choose from the Parameter selection (Refinement level) list: All to use all refinement levels; First, Last, or From list to select from a list of all refinement levels; or Manual to enter a range of refinement levels as indices directly.
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