[class.expl.init] - C++17 → C++20

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tmp/tmpw2pqu6w1/{from.md → to.md} RENAMED Viewed

@@ -17,24 +17,23 @@ struct complex {
   complex(double,double);
 };
 complex sqrt(complex,complex);
-complex a(1);                   // initialize by a call of complex(double)
-complex b = a;                  // initialize by a copy of a
-complex c = complex(1,2);       // construct complex(1,2) using complex(double,double),
- // copy/move it into c
-complex d = sqrt(b,c); // call sqrt(complex,complex) and copy/move the result into d
-complex e; // initialize by a call of complex()
-complex f = 3; // construct complex(3) using complex(double), copy/move it into f
-complex g = { 1, 2 };           // initialize by a call of complex(double, double)
 ```
 — *end example*]
-[*Note 1*:  Overloading of the assignment operator ([[over.ass]]) has
-no effect on initialization. — *end note*]
 An object of class type can also be initialized by a *braced-init-list*.
 List-initialization semantics apply; see  [[dcl.init]] and
 [[dcl.init.list]].

   complex(double,double);
 };
 complex sqrt(complex,complex);
+complex a(1);                   // initialized by calling complex(double) with argument 1
+complex b = a;                  // initialized as a copy of a
+complex c = complex(1,2);       // initialized by calling complex(double,double) with arguments 1 and 2
+complex d = sqrt(b,c);          // initialized by calling sqrt(complex,complex) with d as its result object
+complex e; // initialized by calling complex()
+complex f = 3; // initialized by calling complex(double) with argument 3
+complex g = { 1, 2 }; // initialized by calling complex(double, double) with arguments 1 and 2
 ```
 — *end example*]
+[*Note 1*:  Overloading of the assignment operator [[over.ass]] has no
+effect on initialization. — *end note*]
 An object of class type can also be initialized by a *braced-init-list*.
 List-initialization semantics apply; see  [[dcl.init]] and
 [[dcl.init.list]].

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