FURY test of qreal.
| Type | Attributes | Name | Initial | |||
|---|---|---|---|---|---|---|
| type(qreal64) | :: | force1 | A force. |
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| type(qreal64) | :: | force2 | A force. |
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| type(uom64) | :: | u_acceleration | Acceleration unit. |
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| type(uom64) | :: | u_force | Force unit. |
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| type(uom64) | :: | u_length | Length unit. |
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| type(uom64) | :: | u_mass | Mass unit. |
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| type(uom64) | :: | u_speed | Speed unit. |
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| type(uom64) | :: | u_time | Time unit. |
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| logical | :: | test_passed(7) | List of passed tests. |
program fury_test_qreal_pow
!-----------------------------------------------------------------------------------------------------------------------------------
!< FURY test of [[qreal]].
!-----------------------------------------------------------------------------------------------------------------------------------
use fury
!-----------------------------------------------------------------------------------------------------------------------------------
!-----------------------------------------------------------------------------------------------------------------------------------
type(qreal64) :: force1 !< A force.
type(qreal64) :: force2 !< A force.
type(uom64) :: u_acceleration !< Acceleration unit.
type(uom64) :: u_force !< Force unit.
type(uom64) :: u_length !< Length unit.
type(uom64) :: u_mass !< Mass unit.
type(uom64) :: u_speed !< Speed unit.
type(uom64) :: u_time !< Time unit.
logical :: test_passed(7) !< List of passed tests.
!-----------------------------------------------------------------------------------------------------------------------------------
!-----------------------------------------------------------------------------------------------------------------------------------
test_passed = .false.
u_length = uom64(source='m [length]', name='metre')
u_mass = uom64(source='kg [mass]', name='kilogram')
u_time = uom64(source='s [time]', name='second')
u_speed = u_length / u_time
u_acceleration = u_speed / u_time
u_force = u_mass * u_acceleration
force1 = qreal64(magnitude=2._R_P, unit=u_force)
force2 = force1 ** 2._R16P ; test_passed(1) = force2%stringify(format='(F3.1)')=='4.0 kg2.m2.s-4'
print "(A,L1)", '(2.0 kg.m.s-2) ** 2._R16P = '//force2%stringify(format='(F3.1)')//', is correct? ', test_passed(1)
force2 = force1 ** 2._R8P ; test_passed(2) = force2%stringify(format='(F3.1)')=='4.0 kg2.m2.s-4'
print "(A,L1)", '(2.0 kg.m.s-2) ** 2._R8P = '//force2%stringify(format='(F3.1)')//', is correct? ', test_passed(2)
force2 = force1 ** 2._R4P ; test_passed(3) = force2%stringify(format='(F3.1)')=='4.0 kg2.m2.s-4'
print "(A,L1)", '(2.0 kg.m.s-2) ** 2._R4P = '//force2%stringify(format='(F3.1)')//', is correct? ', test_passed(3)
force2 = force1 ** 2_I8P ; test_passed(4) = force2%stringify(format='(F3.1)')=='4.0 kg2.m2.s-4'
print "(A,L1)", '(2.0 kg.m.s-2) ** 2_I8P = '//force2%stringify(format='(F3.1)')//', is correct? ', test_passed(4)
force2 = force1 ** 2_I4P ; test_passed(5) = force2%stringify(format='(F3.1)')=='4.0 kg2.m2.s-4'
print "(A,L1)", '(2.0 kg.m.s-2) ** 2_I4P = '//force2%stringify(format='(F3.1)')//', is correct? ', test_passed(5)
force2 = force1 ** 2_I2P ; test_passed(6) = force2%stringify(format='(F3.1)')=='4.0 kg2.m2.s-4'
print "(A,L1)", '(2.0 kg.m.s-2) ** 2_I2P = '//force2%stringify(format='(F3.1)')//', is correct? ', test_passed(6)
force2 = force1 ** 2_I1P ; test_passed(7) = force2%stringify(format='(F3.1)')=='4.0 kg2.m2.s-4'
print "(A,L1)", '(2.0 kg.m.s-2) ** 2_I1P = '//force2%stringify(format='(F3.1)')//', is correct? ', test_passed(7)
print "(A,L1)", new_line('a')//'Are all tests passed? ', all(test_passed)
stop
!-----------------------------------------------------------------------------------------------------------------------------------
endprogram fury_test_qreal_pow