!---------------------------------------------------------------------- ! Copyright (c) 2009--2011 Shin-ichi Takehiro. All rights reserved. !---------------------------------------------------------------------- ! !表題 wq_zonal_module テストプログラム ! ! wr_RotRad_wq のテスト (1/r d/dr r) ! wr_DivRad_wq のテスト (1/r^2 d/dr r^2) ! wq_Rad2Inv_wq のテスト (1/r^2) ! wq_Lapla_wq のテスト (1/r^2 d/dr r^2) ! xyz_GradLon_wq のテスト ! xyz_GradLat_wq のテスト ! wq_Div_xyz_xyz_xyz のテスト ! wr_DivLon_xyr のテスト (1/r cosφ d/dλ) ! wr_DivLat_xyr のテスト (1/r cosφ d/dφ cosφ) ! xyr_RotLon_wq_wq のテスト (1/r ∂Vrad/∂φ-1/r ∂(r Vlat)/∂r) ! xyr_RotLat_wq_wq のテスト (1/r ∂(r Vlon)/∂r - 1/rcosφ・∂Vrad/∂λ) ! wr_RotRad_xyr_xyr のテスト (1/rcosφ・∂Vlat/∂λ - 1/rcosφ・∂(Vlon cosφ)/∂φ) ! !履歴 2009/12/06 竹広真一 wq_test_derivative[1-3].f90 を SJPACK 用に改造 ! 2011/09/08 竹広真一 xyr_RotLon_wq_wq, xyr_RotLat_wq_wq, ! wr_RotRad_xyr_xyr のテスト追加 ! program wq_zonal_module_derivative_test1 use dc_message, only : MessageNotify use dc_test, only : AssertEqual use wq_zonal_module implicit none integer,parameter :: im= 1, jm=16, km=8 ! 格子点の設定(経度, 緯度, 動径) integer,parameter :: nm=10, lm=15 ! 切断波数の設定(水平, 動径) real(8),parameter :: ra=1.5 ! 球半径 real(8), dimension(0:im-1,1:jm,km) :: xyr_Data real(8), dimension(0:im-1,1:jm,km) :: xyr_Data1 real(8), dimension(0:im-1,1:jm,km) :: xyr_VLon real(8), dimension(0:im-1,1:jm,km) :: xyr_VLat real(8), dimension(0:im-1,1:jm,km) :: xyr_VRad real(8), dimension(0:im-1,1:jm,km) :: xyr_Psi real(8), dimension(0:im-1,1:jm,km) :: xyr_GradLon real(8), dimension(0:im-1,1:jm,km) :: xyr_GradLat real(8), dimension(0:im-1,1:jm,km) :: xyr_Div real(8), dimension(0:im-1,1:jm,km) :: xyr_DivLon real(8), dimension(0:im-1,1:jm,km) :: xyr_DivLat real(8), dimension(0:im-1,1:jm,km) :: xyr_RotLon real(8), dimension(0:im-1,1:jm,km) :: xyr_RotLat real(8), dimension(0:im-1,1:jm,km) :: xyr_RotRad ! 判定誤差設定 integer, parameter :: check_digits = 8 integer, parameter :: ignore = -9 integer, parameter :: nmin=1, nmax=10 integer :: n call MessageNotify('M','wq_zonal_module_derivative_test1', & 'wq_zonal_module derivative function test #1') call wq_Initial(im,jm,km,nm,lm,ra) !==================== wr_RotRad_wq ==================== write( 6,* ) 'Test for wr_RotDRad_wq (even mode)' do n=nmin+1,nmax,2 write(6,*) 'n=',n xyr_Data = xyr_Rad**n xyr_Data1 = (n+1)*xyr_Rad**(n-1) xyr_Data = xyr_wr(wr_RotDRad_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wq_RotRad_wq with r^n (even n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo do n=nmin,nmax,2 xyr_Data = xyr_Rad**n*sin(xyr_Lat) xyr_Data1 = (n+1)*xyr_Rad**(n-1)*sin(xyr_Lat) xyr_Data = xyr_wr(wr_RotDRad_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wq_RotRad_wq with r^n Y_1^0 (odd n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo !==================== wr_DivRad_wq ==================== do n=nmin,nmax,2 write(6,*) 'n=',n xyr_Data = xyr_Rad**n * sin(xyr_Lat) xyr_Data1 = (n+2)*xyr_Rad**(n-1)*sin(xyr_Lat) xyr_Data = xyr_wr(wr_DivRad_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wr_DivRad_wq with r^n Y_1^0 (odd n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo do n=nmin+1,nmax,2 write(6,*) 'n=',n xyr_Data = xyr_Rad**n xyr_Data1 = (n+2)*xyr_Rad**(n-1) xyr_Data = xyr_wr(wr_DivRad_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wr_DivRad_wq with r^n (even n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo !==================== wq_Rad2Inv_wq ==================== do n=nmin+2,nmax,2 write(6,*) 'n=',n xyr_Data = xyr_Rad**n * sin(xyr_Lat) xyr_Data1 = xyr_Data/xyr_Rad**2 xyr_Data = xyr_wq(wq_Rad2Inv_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wq_Rad2Inv_wq with r^n Y_1^0 (odd n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo do n=nmin+1,nmax,2 write(6,*) 'n=',n xyr_Data = xyr_Rad**n xyr_Data1 = xyr_Data/xyr_Rad**2 xyr_Data = xyr_wq(wq_Rad2Inv_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wq_Rad2Inv_wq with r^n (even n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo !==================== wq_Lapla_wq ==================== do n=nmin,nmax,2 write(6,*) 'n=',n xyr_Data = xyr_Rad**n * sin(xyr_Lat) xyr_Data1 = (n*(n+1)-2)*xyr_Data/xyr_Rad**2 xyr_Data = xyr_wq(wq_Lapla_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wq_Lapla_wq with r^n Y_1^0 (odd n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo write( 6,* ) 'Test for wq_Lapla_wq(even mode)' do n=nmin+1,nmax,2 write(6,*) 'n=',n xyr_Data = xyr_Rad**n xyr_Data1 = n*(n+1)*xyr_Data/xyr_Rad**2 xyr_Data = xyr_wq(wq_Lapla_wq(wq_xyr(xyr_Data))) call AssertEqual(& message='wq_Lapla_wq with r^n (even n)', & answer = xyr_Data1, & check = xyr_Data, & significant_digits = check_digits, ignore_digits = ignore & ) enddo !========== xyr_GradLon_wq, xyr_GradLat_wq, wr_Div_xyr_xyr_xyr ========== n=2 ! ------ r^3 Y_1^0 Poloidal field ----- xyr_VRad = 0.0D0 xyr_Psi = xyr_Rad**(n+1) * sin(xyr_Lat) ! r**3 P_1^0 xyr_GradLon = 0.0D0 xyr_GradLat = xyr_Rad**n * cos(xyr_Lat) xyr_Div = - 2* xyr_Psi/xyr_Rad**2 call AssertEqual(& message='xyr_GradLon_wq with r^3 Y_1^0', & answer = xyr_GradLon, & check = xyr_GradLon_wq(wq_xyr(xyr_Psi)), & significant_digits = check_digits, ignore_digits = ignore & ) call AssertEqual(& message='xyr_GradLat_wq with r^3 Y_1^0', & answer = xyr_GradLat, & check = xyr_GradLat_wq(wq_xyr(xyr_Psi)), & significant_digits = check_digits, ignore_digits = ignore & ) call AssertEqual(& message='wr_Div_xyr_xyr_xyr with r^3 Y_1^0', & answer = xyr_Div, & check = xyr_wr(wr_Div_xyr_xyr_xyr(xyr_GradLon,xyr_GradLat,xyr_Vrad)), & significant_digits = check_digits, ignore_digits = ignore & ) ! ------ r^2 Y_2^1 Poloidal field ----- xyr_VRad = 0.0D0 xyr_Psi = xyr_Rad**n *( (3.0D0/2.0D0)*sin(xyr_Lat)**2-(1.0D0/2.0D0) ) ! P_2^0 xyr_GradLon = 0.0D0 xyr_GradLat = xyr_Rad**(n-1)*3.0D0*cos(xyr_Lat)*sin(xyr_Lat) xyr_Div = - 6* xyr_Psi/xyr_Rad**2 call AssertEqual(& message='xyr_GradLon_wq with r^2 Y_2^0', & answer = xyr_GradLon, & check = xyr_GradLon_wq(wq_xyr(xyr_Psi)), & significant_digits = check_digits, ignore_digits = ignore & ) call AssertEqual(& message='xyr_GradLat_wq with r^2 Y_2^0', & answer = xyr_GradLat, & check = xyr_GradLat_wq(wq_xyr(xyr_Psi)), & significant_digits = check_digits, ignore_digits = ignore & ) call AssertEqual(& message='wr_Div_xyr_xyr_xyr with r^2 Y_2^0', & answer = xyr_Div, & check = xyr_wr(wr_Div_xyr_xyr_xyr(xyr_GradLon,xyr_GradLat,xyr_Vrad)), & significant_digits = check_digits, ignore_digits = ignore & ) !========== wr_DivLon_xyr, wr_DivLat_xyr ========== xyr_VLon = xyr_rad**n * cos(xyr_Lat)**2 xyr_DivLon = 0.0D0 xyr_VLat = xyr_rad**n * cos(xyr_Lat)**3 xyr_DivLat = -4*xyr_rad**(n-1)*cos(xyr_Lat)**2*sin(xyr_Lat) call AssertEqual(& message='wr_DivLon_xyr', & answer = xyr_DivLon, & check = xyr_wr(wr_DivLon_xyr(xyr_VLon)), & significant_digits = check_digits, ignore_digits = ignore & ) call AssertEqual(& message='wr_DivLat_xyr', & answer = xyr_DivLat, & check = xyr_wr(wr_DivLat_xyr(xyr_VLat)), & significant_digits = check_digits, ignore_digits = ignore & ) !========== xyr_RotLon_wq_wq, xyr_DivLat_wq_wq, wr_DivRad_xyr_xyr ========== n=3 xyr_VLon = xyr_rad**n * sin(xyr_Lat)**3 xyr_VLat = xyr_rad**n * sin(xyr_Lat)**3 xyr_VRad = xyr_Rad**n * sin(xyr_Lat)**3 xyr_RotLon = 3 * xyr_rad**(n-1) * sin(xyr_Lat)**2 * cos(xyr_Lat) & - (n+1)*xyr_rad**(n-1)*sin(xyr_Lat)**3 xyr_RotLat = (n+1)*xyr_rad**(n-1)*sin(xyr_Lat)**3 call AssertEqual(& message='xyr_RotLon_wq_wq', & answer = xyr_RotLon, & check = xyr_RotLon_wq_wq(wq_xyr(xyr_VRad),wq_xyr(xyr_VLat)), & significant_digits = check_digits, ignore_digits = ignore & ) call AssertEqual(& message='xyr_RotLat_wq_wq', & answer = xyr_RotLat, & check = xyr_RotLat_wq_wq(wq_xyr(xyr_VLon),wq_xyr(xyr_VRad)), & significant_digits = check_digits, ignore_digits = ignore & ) !!$ xyr_VLon = xyr_rad**n * sin(xyr_Lat) !!$ xyr_VLat = xyr_rad**n * sin(xyr_Lat) !!$ !!$ xyr_RotRad = xyr_rad**(n-1) * cos(2*xyr_Lat)/cos(xyr_Lat) !!$ !!$ call AssertEqual(& !!$ message='wr_RotRad_xyr_xyr', & !!$ answer = xyr_RotRad, & !!$ check = xyr_wr(wr_RotRad_xyr_xyr(xyr_VLat,xyr_VLon)), & !!$ significant_digits = check_digits, ignore_digits = ignore & !!$ ) !!$ call MessageNotify('M','wq_zonal_module_derivative_test1', & 'wq_zonal_module derivative function test #1 succeeded!') end program wq_zonal_module_derivative_test1