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dft_tools/test/triqs/clef/general.output
Olivier Parcollet 2c542647fd clef : new version using lvalues and moving rvalues
- change : all objects are by default
  stored now by reference, not by copy any more.
  Unless the trait force_copy_in_expr is true.
- rvalue refs are moved into the tree
- simplifies a lot the writing of lazy method, objects.
- added a macro for methods
- tests ok. Further check needed to control absence of copies...
- improved documentation
2013-09-08 15:04:12 +02:00

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(expr) ---> (5 * _1)
(eval( expr, x_=5)) ---> 25
-------------
------ start test2 -----------------
(expr) ---> (_1 + (2 * _2))
(eval(expr,x_ =1, y_ =2)) ---> 5
(eval(expr,x_ =1)) ---> (1 + (2 * _2))
(eval(expr,x_ =x_ + y_)) ---> ((_1 + _2) + (2 * _2))
(eval( eval ( expr,x_ =x_ + y_), x_ = 1, y_ = 2)) ---> 7
------ start test2 -----------------
(expr) ---> ((_1 + (2 * _2)) + _1)
(eval(expr,x_ =1, y_ =2)) ---> 6
(eval(expr,x_ =1)) ---> ((1 + (2 * _2)) + 1)
(eval(expr,x_ =x_ + y_)) ---> (((_1 + _2) + (2 * _2)) + (_1 + _2))
(eval( eval ( expr,x_ =x_ + y_), x_ = 1, y_ = 2)) ---> 10
------ start test2 -----------------
(expr) ---> ((_1 / 2) + (2 * _2))
(eval(expr,x_ =1, y_ =2)) ---> 4.5
(eval(expr,x_ =1)) ---> (0.5 + (2 * _2))
(eval(expr,x_ =x_ + y_)) ---> (((_1 + _2) / 2) + (2 * _2))
(eval( eval ( expr,x_ =x_ + y_), x_ = 1, y_ = 2)) ---> 5.5
------ start test2 -----------------
(expr) ---> F1(_1)
(eval(expr,x_ =1, y_ =2)) ---> 10
(eval(expr,x_ =1)) ---> 10
(eval(expr,x_ =x_ + y_)) ---> F1((_1 + _2))
(eval( eval ( expr,x_ =x_ + y_), x_ = 1, y_ = 2)) ---> 30
------ start test2 -----------------
(expr) ---> (F1(_1) + (2 * _2))
(eval(expr,x_ =1, y_ =2)) ---> 14
(eval(expr,x_ =1)) ---> (10 + (2 * _2))
(eval(expr,x_ =x_ + y_)) ---> (F1((_1 + _2)) + (2 * _2))
(eval( eval ( expr,x_ =x_ + y_), x_ = 1, y_ = 2)) ---> 34
------ start test2 -----------------
(expr) ---> ((1 / F1(_1)) + (2 * _2))
(eval(expr,x_ =1, y_ =2)) ---> 4.1
(eval(expr,x_ =1)) ---> (0.1 + (2 * _2))
(eval(expr,x_ =x_ + y_)) ---> ((1 / F1((_1 + _2))) + (2 * _2))
(eval( eval ( expr,x_ =x_ + y_), x_ = 1, y_ = 2)) ---> 4.03333
4 = 4
12 = 12
9 = 9
9 = 9
12 = 12
-------------
f.v before assign 7
f.v after assign 8
-------------
expr = (F2(_1, _2) + (2 * _2))
eval(expr,x_ =1, y_ =2) = 16 and it should be 16
tmp =F2(2, _2)
another = F2(2, _2)
another = 12
-------------
(eval( if_else( true , 2*x_ , y_) , x_=1, y_=3)) ---> 2
(eval( if_else( false , 2*x_ , y_) ,x_=1, y_=3)) ---> 3
(eval( if_else( x_>y_ , 2*x_ , y_) ,x_=1, y_=3)) ---> 3
(_1 < _2)