! !======================================================================= ! MODULE CALCULATORS_TEST ! USE ACCURACY_REAL ! ! This module contains the test subroutines ! CONTAINS ! !======================================================================= ! SUBROUTINE CALC_TEST(IX,X) ! ! This subroutine tests different subroutines ! ! Input parameters: ! ! * X : dimensionless factor --> X = q / (2 * k_F) ! ! ! Intermediate parameters: ! ! * RS : Wigner-Seitz radius (in units of a_0) ! * T : temperature in SI ! ! ! ! Author : D. Sébilleau ! ! Last modified : 15 Sep 2020 ! ! USE DIMENSION_CODE, ONLY : NSIZE USE REAL_NUMBERS, ONLY : ONE USE FERMI_SI, ONLY : EF_SI USE MATERIAL_PROP, ONLY : RS USE EXT_FIELDS, ONLY : T ! USE E_GRID ! USE LF_VALUES, ONLY : GQ_TYPE USE SF_VALUES, ONLY : SQ_TYPE ! USE RELAXATION_TIME_STATIC ! IMPLICIT NONE ! INTEGER :: IX,IE ! REAL (WP), INTENT(IN) :: X REAL (WP) :: E,EK REAL (WP) :: TAU_1,TAU_2,TAU_3,TAU_4,TAU_5 ! IF(IX == 1) THEN TAU_1 = BACA_RT_3D(RS,T) ! TAU_2 = FSTB_RT_3D(RS) ! TAU_3 = UTIC_RT_3D(X,RS,T,SQ_TYPE,GQ_TYPE) ! ! PRINT *,'BACA_RT_3D = ',TAU_1 ! ! PRINT *,'FSTB_RT_3D = ',TAU_2 ! ! PRINT *,'UTIC_RT_3D = ',TAU_3 ! END IF ! ! DO IE = 1, N_E ! energy loop ! E = E_MIN + FLOAT(IE - 1) * E_STEP ! E = hbar omega / E_F EK = E * EF_SI ! TAU_4 = QIVI_RT_3D(EK,X,T) ! TAU_5 = QIV2_RT_3D(EK,X,T) ! ! IF(TAU_4 < ONE) THEN ! ! PRINT *,'QIVI_RT_3D = ',TAU_4 ! ! PRINT *,'QIV2_RT_3D = ',TAU_5 ! END IF ! ! ! END DO ! ! END SUBROUTINE CALC_TEST ! END MODULE CALCULATORS_TEST