Regenerate code after tensor index fix to Kranc

This only affects simulations if the initial time derivative of the lapse or shift is nonzero, and Gamma-driver shift is being used.

BH test passes (initial dt(gauge) is zero), all the others fail.  RHS test shows that only the initial gauge variables are different, as expected.

Kranc commit d5a8f8cbd8ad0c5653b8dec56a9943363ebbf640

1 files changed, 35 insertions, 22 deletions

diff --git a/ML_BSSN/src/ML_BSSN_convertFromADMBaseGamma.cc b/ML_BSSN/src/ML_BSSN_convertFromADMBaseGamma.cc
index b412962..917a7e9 100644
--- a/ML_BSSN/src/ML_BSSN_convertFromADMBaseGamma.cc
+++ b/ML_BSSN/src/ML_BSSN_convertFromADMBaseGamma.cc
@@ -283,35 +283,48 @@ static void ML_BSSN_convertFromADMBaseGamma_Body(cGH const * restrict const cctk
       Gt313*gtu13 + Gt323*gtu23) + Gt333*gtu33;
     
     CCTK_REAL AL = IfThen(LapseACoeff != 
-      0,-3*INV(ToReal(harmonicF))*pow(alphaL,-ToReal(harmonicN))*(9*dtalpL - 
+      0,-(INV(ToReal(harmonicF))*pow(alphaL,-ToReal(harmonicN))*(dtalpL - 
       (beta1L*PDupwindNthAnti1alpha + beta2L*PDupwindNthAnti2alpha + 
       beta3L*PDupwindNthAnti3alpha + PDupwindNthSymm1alpha*Abs(beta1L) + 
       PDupwindNthSymm2alpha*Abs(beta2L) + 
-      PDupwindNthSymm3alpha*Abs(beta3L))*ToReal(LapseAdvectionCoeff)),0);
+      PDupwindNthSymm3alpha*Abs(beta3L))*ToReal(LapseAdvectionCoeff))),0);
     
     CCTK_REAL theta = fmin(1,exp(1 - 
       rL*INV(ToReal(SpatialShiftGammaCoeffRadius))));
     
-    CCTK_REAL B1L = IfThen(ShiftBCoeff*ShiftGammaCoeff != 
-      0,INV(theta)*INV(ToReal(ShiftGammaCoeff))*(27*dtbetaxL - 
-      3*(beta1L*PDupwindNthAnti1beta1 + beta2L*PDupwindNthAnti2beta1 + 
-      beta3L*PDupwindNthAnti3beta1 + PDupwindNthSymm1beta1*Abs(beta1L) + 
-      PDupwindNthSymm2beta1*Abs(beta2L) + 
-      PDupwindNthSymm3beta1*Abs(beta3L))*ToReal(ShiftAdvectionCoeff)),0);
-    
-    CCTK_REAL B2L = IfThen(ShiftBCoeff*ShiftGammaCoeff != 
-      0,INV(theta)*INV(ToReal(ShiftGammaCoeff))*(27*dtbetayL - 
-      3*(beta1L*PDupwindNthAnti1beta2 + beta2L*PDupwindNthAnti2beta2 + 
-      beta3L*PDupwindNthAnti3beta2 + PDupwindNthSymm1beta2*Abs(beta1L) + 
-      PDupwindNthSymm2beta2*Abs(beta2L) + 
-      PDupwindNthSymm3beta2*Abs(beta3L))*ToReal(ShiftAdvectionCoeff)),0);
-    
-    CCTK_REAL B3L = IfThen(ShiftBCoeff*ShiftGammaCoeff != 
-      0,INV(theta)*INV(ToReal(ShiftGammaCoeff))*(27*dtbetazL - 
-      3*(beta1L*PDupwindNthAnti1beta3 + beta2L*PDupwindNthAnti2beta3 + 
-      beta3L*PDupwindNthAnti3beta3 + PDupwindNthSymm1beta3*Abs(beta1L) + 
-      PDupwindNthSymm2beta3*Abs(beta2L) + 
-      PDupwindNthSymm3beta3*Abs(beta3L))*ToReal(ShiftAdvectionCoeff)),0);
+    CCTK_REAL B1L;
+    CCTK_REAL B2L;
+    CCTK_REAL B3L;
+    
+    if (ShiftBCoeff*ShiftGammaCoeff != 0)
+    {
+      B1L = INV(theta)*INV(ToReal(ShiftGammaCoeff))*(dtbetaxL - 
+        (beta1L*PDupwindNthAnti1beta1 + beta2L*PDupwindNthAnti2beta1 + 
+        beta3L*PDupwindNthAnti3beta1 + PDupwindNthSymm1beta1*Abs(beta1L) + 
+        PDupwindNthSymm2beta1*Abs(beta2L) + 
+        PDupwindNthSymm3beta1*Abs(beta3L))*ToReal(ShiftAdvectionCoeff));
+      
+      B2L = INV(theta)*INV(ToReal(ShiftGammaCoeff))*(dtbetayL - 
+        (beta1L*PDupwindNthAnti1beta2 + beta2L*PDupwindNthAnti2beta2 + 
+        beta3L*PDupwindNthAnti3beta2 + PDupwindNthSymm1beta2*Abs(beta1L) + 
+        PDupwindNthSymm2beta2*Abs(beta2L) + 
+        PDupwindNthSymm3beta2*Abs(beta3L))*ToReal(ShiftAdvectionCoeff));
+      
+      B3L = INV(theta)*INV(ToReal(ShiftGammaCoeff))*(dtbetazL - 
+        (beta1L*PDupwindNthAnti1beta3 + beta2L*PDupwindNthAnti2beta3 + 
+        beta3L*PDupwindNthAnti3beta3 + PDupwindNthSymm1beta3*Abs(beta1L) + 
+        PDupwindNthSymm2beta3*Abs(beta2L) + 
+        PDupwindNthSymm3beta3*Abs(beta3L))*ToReal(ShiftAdvectionCoeff));
+    }
+    else
+    {
+      B1L = 0;
+      
+      B2L = 0;
+      
+      B3L = 0;
+    }
+    
     
     /* Copy local copies back to grid functions */
     A[index] = AL;