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Partial differential equations : Determine the temperature distribution at every point on a heated square plate
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Program Information

Name: Partial differential equations
Domain: Calculus
Functionality: Determine the temperature distribution at every point on a heated square plate
Input:
     P($P_1,P_2,\cdots,P_n$): A serious of points(Type: Point) G($G_1,G_2,\cdots,G_n$):A serious of mesh grids(Type: Grid)
Output:
     $T_G(P)[T_{G_1}(P),T_{G_2}(P),\cdots,T_{G_n}(P)]$: The temperatures at point P determined through the mesh grids $G_i$(Type: Double)

Reference

          Oracles Are Hardly Attain'd, and Hardly Understood: Confessions of Software Testing Researchers http://dx.doi.org/10.1109/QSIC.2013.16

MR Information


MR1


    Input relation: $G_i \prec G_j \prec G_k$
    Output relation: $T_{G_i}(P) \le$ min$\{T_{G_j}(P),T_{G_k}(P)\}$ or $T_{G_i}(P) \ge$ max$\{T_{G_j}(P),T_{G_k(P)\}$

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