![]() ![]() (Optional) To change the variable type for which the custom equation solves., click Cancel, and then select the correct Equation Type on the Style and Standard Editor dialog box.The equation entry field accepts keyboard entry to define a custom unfold equation.Inserts the mathematical value of Pi into a custom unfold equation. Inserts the measured thickness variable into a custom unfold equation. Inserts the measured inner radius variable into a custom unfold equation. Inserts the measured angle variable into a custom unfold equation. In the Equation Edit dialog box, enter the equation that defines the variable shown outside of the equation entry box:.In the Style and Standard Editor dialog box, when the selected Unfold Method is Custom Equation, double-click in the Custom Equation cell to the left of the bounding condition for which you want to define a custom equation.The variable type is defined by the Equation Type selected on the Style and Standard Editor dialog box before opening the Equation Editor dialog box. ![]() Character insertion keys on the Equation Edit dialog box provide single-click insert ability for: angle, radius, thickness, and Pi. You can insert the value of the inside bend radius as determined by the 20 percent rule. Bend allowance (0.017453 × Inside bend radius) + (0.0078 × Material thickness) × Complementary Bend angle. Here is where geometry and trigonometry come into play. The equation type selected on the Style and Standard Editor determines the variable defining the left side of the equation. The bend allowance is the length of the bend as measured on the material’s neutral axis. You can define four types of custom equations while editing a named unfold rule. ![]()
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