Apply autopep8 formatting

Author: github-actions[bot]

Fast/FastC/FastC/PyTree.py

@@ -3010,17 +3010,17 @@ def _BCcompact(t):
             ind_bc[5] = indrange[2][1]
 
             if 'BCFluxOctree' in btype:
-              name = bc[0].split('_')
-              idir=-100
-              if 'imin' == name[2][0:4]: idir=1
-              if 'imax' == name[2][0:4]: idir=2
-              if 'jmin' == name[2][0:4]: idir=3
-              if 'jmax' == name[2][0:4]: idir=4
-              if 'kmin' == name[2][0:4]: idir=5
-              if 'kmax' == name[2][0:4]: idir=6
-              param_int[pt_bc+ 1]=idir
-              param_int[pt_bc+ 2: pt_bc+ 8 ]= ind_bc[0:6]
-              #print(z[0], bc[0], idir,  param_int[pt_bc+ 1])
+                name = bc[0].split('_')
+                idir=-100
+                if 'imin' == name[2][0:4]: idir=1
+                if 'imax' == name[2][0:4]: idir=2
+                if 'jmin' == name[2][0:4]: idir=3
+                if 'jmax' == name[2][0:4]: idir=4
+                if 'kmin' == name[2][0:4]: idir=5
+                if 'kmax' == name[2][0:4]: idir=6
+                param_int[pt_bc+ 1]=idir
+                param_int[pt_bc+ 2: pt_bc+ 8 ]= ind_bc[0:6]
+                #print(z[0], bc[0], idir,  param_int[pt_bc+ 1])
             else:
                 fastc.PygetRange(ind_bc,  param_int, pt_bc+ 1)
 

Fast/FastS/test/nearmatchConservatif_t1.py

@@ -58,9 +58,9 @@
 IFLOW='NSLaminar'
 
 for base in Internal.getBases(tb):
-  C._addState(base, 'GoverningEquations', IFLOW)
-  C._addState(base, 'EquationDimension', 2)
-  C._addState(base, UInf=U0, RoInf=R0, PInf=P0, LInf=L0, alphaZ=0., adim='dim3')
+    C._addState(base, 'GoverningEquations', IFLOW)
+    C._addState(base, 'EquationDimension', 2)
+    C._addState(base, UInf=U0, RoInf=R0, PInf=P0, LInf=L0, alphaZ=0., adim='dim3')
 
 t,tc=AppIBM.prepare1(tb, t_out, tc_out,   vmin=15, snearsf=snearsf, frontType=frontType, cleanCellN=False,
                      nature=1, order=2, ext=ext, optimized=optimized, check=True)
@@ -99,9 +99,8 @@
 test.testT(t1, 4)
 
 for it in range(100):
-     FastS._compute(t, metrics, it, tc)
-     if it%(modulo_verif) == 0:
-         FastS.displayTemporalCriteria(t, metrics, it)
+    FastS._compute(t, metrics, it, tc)
+    if it%(modulo_verif) == 0:
+        FastS.displayTemporalCriteria(t, metrics, it)
 
 test.testT(t, 5)
-