Documentation.

compiler/generator/compile.hh

@@ -46,13 +46,13 @@
 
 enum class DelayType {
     kNotADelay = 0,
-    kZeroDelay,
-    kMonoDelay,
-    kSingleDelay,
-    kCopyDelay,
-    kDenseDelay,
-    kMaskRingDelay,
-    kSelectRingDelay
+    kZeroDelay,         // delay = 0
+    kMonoDelay,         // 1 sample delay where 1 single variable can be used (the delay appears once in the expression)
+    kSingleDelay,       // 1 sample delay where the delay appears several times in the expression, so a buffer of size 2 is used
+    kCopyDelay,         // longer delay with a cache
+    kDenseDelay,        // longer delay with a cache, only when the read density is high enough
+    kMaskRingDelay,     // sparse delay without cache, using wrapping index (based on a power-of-two size and a mask)
+    kSelectRingDelay    // sparse delay without cache, using wrapping index (based on an if/select)
 };
 std::string nameDelayType(DelayType dt);
 

compiler/generator/compile_scal.cpp

@@ -660,7 +660,7 @@ string ScalarCompiler::generateOutput(Tree sig, const string& idx, const string&
 string ScalarCompiler::generateBinOp(Tree sig, int opcode, Tree arg1, Tree arg2)
 {
     return generateCacheCode(sig, subst("($0 $1 $2)", CS(arg1), gBinOpTable[opcode]->fName, CS(arg2)));
-    }
+}
 
 /*****************************************************************************
  Primitive Operations
@@ -1209,7 +1209,7 @@ bool ScalarCompiler::isSigSimpleRec(Tree sig)
  */
 DelayType ScalarCompiler::analyzeDelayType(Tree sig)
 {
-        Occurrences* occ = fOccMarkup->retrieve(sig);
+    Occurrences* occ = fOccMarkup->retrieve(sig);
     faustassert(occ != nullptr);
     int mxd   = occ->getMaxDelay();
     int count = occ->getDelayCount();