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FEVariable example 33d

!!! note "" This example tests * operator. Matrix, Quadrature

Use association​

  • [[FEVariable_]]

Usage​

!!! note "Import modules and declare variable"

PROGRAM main
  USE easifemBase
  IMPLICIT NONE
  TYPE(FEVariable_) :: obj

!!! note "constant * space"

  call display("=================================")
  obj = QuadratureVariable( reshape(arange(1.0_DFP, 6.0_DFP), [3,2]), &
    & typeFEVariableMatrix,    &
    & typeFEVariableConstant ) &
    * QuadratureVariable( reshape(arange(1.0_DFP, 12.0_DFP),[3,2,2]), &
    & typeFEVariableMatrix, &
    & typeFEVariableSpace )
  CALL Display(obj, "constant * space")

!!! note "space * space"

  call display("=================================")
  obj = QuadratureVariable( reshape(arange(1.0_DFP, 12.0_DFP),[3,2,2]), &
      & typeFEVariableMatrix, &
      & typeFEVariableSpace ) &
      * QuadratureVariable( reshape(arange(1.0_DFP, 12.0_DFP),[3,2,2]), &
      & typeFEVariableMatrix, &
      & typeFEVariableSpace )
  CALL Display(obj, "space * space")

!!! note "constant * time"

  call display("=================================")
  obj = QuadratureVariable( reshape(arange(1.0_DFP, 6.0_DFP), [3,2]), &
    & typeFEVariableMatrix,    &
    & typeFEVariableConstant ) &
    * QuadratureVariable( reshape(arange(1.0_DFP, 12.0_DFP),[3,2,2]), &
    & typeFEVariableMatrix, &
    & typeFEVariableTime )
  CALL Display(obj, "constant * time")

!!! note "time * time"

  call display("=================================")
  obj = QuadratureVariable( reshape(arange(1.0_DFP, 12.0_DFP),[3,2,2]), &
      & typeFEVariableMatrix, &
      & typeFEVariableTime ) &
      * QuadratureVariable( reshape(arange(1.0_DFP, 12.0_DFP),[3,2,2]), &
      & typeFEVariableMatrix, &
      & typeFEVariableTime )
  CALL Display(obj, "time * time")

!!! note "constant * spacetime"

  call display("=================================")
  obj = QuadratureVariable( reshape(arange(1.0_DFP, 6.0_DFP), [3,2]), &
    & typeFEVariableMatrix,    &
    & typeFEVariableConstant ) &
    * QuadratureVariable( reshape(arange(1.0_DFP, 24.0_DFP), [3,2,2,2]), &
    & typeFEVariableMatrix, &
    & typeFEVariableSpaceTime )
  CALL Display(obj, "constant * spacetime")

!!! note "spacetime * spacetime"

  call display("=================================")
  obj = QuadratureVariable( reshape(arange(1.0_DFP, 24.0_DFP), [3,2,2,2]), &
    & typeFEVariableMatrix, &
    & typeFEVariableSpaceTime ) &
    * QuadratureVariable( reshape(arange(1.0_DFP, 24.0_DFP), [3,2,2,2]), &
    & typeFEVariableMatrix, &
    & typeFEVariableSpaceTime )
  CALL Display(obj, "spacetime * spacetime")
END PROGRAM main