s/in_range()/is_in_range()/

git-svn-id: http://svn.einsteintoolkit.org/cactus/EinsteinAnalysis/AHFinderDirect/trunk@120 f88db872-0e4f-0410-b76b-b9085cfa78c5

1 files changed, 9 insertions, 9 deletions

diff --git a/src/jtutil/test_linear_map.cc b/src/jtutil/test_linear_map.cc
index c4dc866..387e9d1 100644
--- a/src/jtutil/test_linear_map.cc
+++ b/src/jtutil/test_linear_map.cc
@@ -35,12 +35,12 @@ linear_map<double> lm = *new linear_map<double>(lm_wide, min_int, max_int);
 printf("checking bounds and range info...\n");
 assert(lm.min_int() == min_int);
 assert(lm.max_int() == max_int);
-assert(lm.N_points() == jtutil::how_many_in_range(min_int,max_int));
+assert(lm.N_points() == jtutil::how_many_is_in_range(min_int,max_int));
 
-assert(   lm.in_range(min_int)   );
-assert(   lm.in_range(max_int)   );
-assert( ! lm.in_range(min_int-1) );
-assert( ! lm.in_range(max_int+1) );
+assert(   lm.is_in_range(min_int)   );
+assert(   lm.is_in_range(max_int)   );
+assert( ! lm.is_in_range(min_int-1) );
+assert( ! lm.is_in_range(max_int+1) );
 
 assert( lm.clamp(min_int-100) == min_int    );
 assert( lm.clamp(min_int-1  ) == min_int    );
@@ -57,10 +57,10 @@ assert( fuzzy<double>::EQ(lm.delta_fp(), delta_fp) );
 assert( fuzzy<double>::EQ(lm.inverse_delta_fp(), 1.0/delta_fp) );
 assert( fuzzy<double>::EQ(lm.max_fp(), max_fp) );
 
-assert(   lm.in_range(min_fp)         );
-assert(   lm.in_range(max_fp)         );
-assert( ! lm.in_range(min_fp-1.0e-10) );
-assert( ! lm.in_range(max_fp+1.0e-10) );
+assert(   lm.is_in_range(min_fp)         );
+assert(   lm.is_in_range(max_fp)         );
+assert( ! lm.is_in_range(min_fp-1.0e-10) );
+assert( ! lm.is_in_range(max_fp+1.0e-10) );
 
 assert( fuzzy<double>::EQ(lm.clamp(min_fp - 100.0*delta_fp), min_fp) );
 assert( fuzzy<double>::EQ(lm.clamp(min_fp -   0.4*delta_fp), min_fp) );