Update thermal diffusion test program

Author: hiromatsui

tests/Models/heterogineous_temp_evolve/Makefile

@@ -28,13 +28,11 @@ test:
 		echo 'Failed volume average data check'; \
 		exit 1;\
 	fi
-	
 	$(TARGET_SPH_ENE_CHECK)  reference/sph_pwr_volume_s   monitor/sph_pwr_volume_s  >> log.txt
 	@if [ `tail -n 1 flag.txt` != 0 ]; then\
 		echo 'Failed volume mean square data check'; \
 		exit 1;\
 	fi
-	
 	$(TARGET_SPH_ENE_CHECK)  reference/sph_pwr_volume_m0  monitor/sph_pwr_volume_m0 >> log.txt
 	@if [ `tail -n 1 flag.txt` != 0 ]; then\
 		echo 'Failed axisymmetric mean square data check'; \

tests/Models/heterogineous_temp_evolve/bc_spectr.btx

@@ -8,15 +8,15 @@
 temperature
 ICB
     3
-  0  0   1.000E+00
+  0  0   0.000E+00
   1  1   2.000E-01
   2  2   3.000E-01
 #
 #    Fixed heat flux at CMB
 heat_flux
 CMB
    2
-  0  0    -0.9E+0
+  0  0    -2.0E+0
   1  -1    5.0E-1
 #
 #    Fixed composition flux at ICB

tests/Models/heterogineous_temp_evolve/control_MHD

@@ -159,9 +159,9 @@ begin MHD_control
           coef_4_t_diffuse_ctl         Prandtl_number            -1.0
         end array coef_4_t_diffuse_ctl
 !
-        array coef_4_heat_source_ctl
-          coef_4_heat_source_ctl       One                        1.0
-        end array coef_4_heat_source_ctl
+!        array coef_4_heat_source_ctl
+!          coef_4_heat_source_ctl       One                        1.0
+!        end array coef_4_heat_source_ctl
       end  thermal
 !
 !
@@ -174,9 +174,9 @@ begin MHD_control
           coef_4_c_diffuse_ctl         Composite_Prandtl_number  -1.0
         end array coef_4_c_diffuse_ctl
 !
-        array coef_4_light_source_ctl
-          coef_4_light_source_ctl     Two                         1.0
-        end array coef_4_light_source_ctl
+!        array coef_4_light_source_ctl
+!          coef_4_light_source_ctl     Two                         1.0
+!        end array coef_4_light_source_ctl
       end  composition
     end coefficients_ctl
   end model
@@ -188,10 +188,10 @@ begin MHD_control
    begin time_step_ctl
       elapsed_time_ctl      80000.
       i_step_init_ctl           0
-      i_step_finish_ctl      1000
+      i_step_finish_ctl      5000
 !
-      i_step_check_ctl        100
-      i_step_rst_ctl          500
+      i_step_check_ctl        200
+      i_step_rst_ctl         1000
       i_step_field_ctl          0
 !
       dt_ctl              1.0e-4