Clang format

Author: mcourteaux

src/FastMathFunctions.cpp

@@ -230,7 +230,7 @@ Expr fast_tan(const Expr &x_full, ApproximationPrecision precision) {
     Expr pi_over_two_minus_abs_x;
     if (type == Float(64)) {
         pi_over_two_minus_abs_x = make_const(type, PI_OVER_TWO) - abs_x;
-    } else if (type == Float(32)) { // We want to do this trick always, because we invert later.
+    } else if (type == Float(32)) {  // We want to do this trick always, because we invert later.
         auto [hi, lo] = split_float(PI_OVER_TWO);
         // TODO(mcourteaux): replace with proper strict_float intrinsic ops.
         pi_over_two_minus_abs_x = strict_float(make_const(type, hi) - abs_x) + make_const(type, lo);

test/correctness/determine_fast_function_approximation_metrics.cpp

@@ -131,7 +131,6 @@ int main(int argc, char **argv) {
     target_no_fma.bits = target.bits;
     target_no_fma.vector_bits = target.vector_bits;
 
-
     auto out_mae = Buffer<float>::make_scalar();
     auto out_mulpe = Buffer<int>::make_scalar();
     auto out_mae_fma = Buffer<float>::make_scalar();

test/correctness/fast_function_approximations.cpp

@@ -119,7 +119,6 @@ constexpr RangedAccuracyTest::Validation rlx_ulp_val = {1.01, 20};
 constexpr RangedAccuracyTest::Validation vrlx_ulp_val = {1.1, 200};
 constexpr RangedAccuracyTest::Validation rsnbl_ulp_val = {20.0, 1'000};
 
-
 struct FunctionToTest {
     std::string name;
     Call::IntrinsicOp fast_op;