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_ : ĩ _ &D > _ N ? _ & O _ $ _ $\ " _ ! _ ' \- _ # q _ !@ r _ #v _ o _ " _ ! _ % "V _ % 9 _ %^ - _ V _ "0 z _ 6 d t k C o m p o s e r ,p{ d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y N o r . j s o n !͞ d t k C o m p o s e r N o d e S p a w n E m b e d d e d . j s o n -6o d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y S q u a r e . j s o n ) $j> d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y L n . j s o n / d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y N t h r o o t . j s o n " !> d t k C o m p o s e r N o d e N u m b e r A l m o s t e q . j s o n , \ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y M u l t . j s o n ,3> d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y L o g 1 0 . j s o n + %
^ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y D e c r . j s o n + wP^ d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y O r . j s o n ^ d t k C o m p o s e r N o d e C o n t r o l W h i l e . j s o n .
d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y R a d 2 D e g . j s o n $^ d t k C o m p o s e r N o d e C o m m u n i c a t o r R a n k . j s o n d t k C o m p o s e r N o d e B o o l e a n . j s o n $
~ d t k C o m p o s e r N o d e C o m m u n i c a t o r S i z e . j s o n ,Tھ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y F l o o r . j s o n d t k C o m p o s e r N o d e E . j s o n ,rU d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y R o u n d . j s o n &> d t k C o m p o s e r N o d e C o n t r o l P a r a l l e l M a p . j s o n > d t k C o m p o s e r N o d e F i l e W r i t e . j s o n w d t k C o m p o s e r N o d e I n t e g e r . j s o n *r d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y C o s . j s o n - d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y X n o r . j s o n !e d t k C o m p o s e r N o d e S t r i n g R e p l a c e . j s o n -c d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y N i m p . j s o n -Z d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y R a t i o . j s o n +U d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y A c o s . j s o n " d t k C o m p o s e r N o d e C o n t r o l D o W h i l e . j s o n +Ϝ d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r U n a r y N o t . j s o n {Þ d t k C o m p o s e r N o d e C o n t r o l C a s e . j s o n d t k C o m p o s e r N o d e F i l e . j s o n
( d t k C o m p o s e r N o d e C o n t r o l I f . j s o n ,PI d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y A n d . j s o n 8 p i x m a p s ~ d t k C o m p o s e r N o d e F i l e L i s t . j s o n ,pB d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y X o r . j s o n d t k C o m p o s e r N o d e E x e c . j s o n +^ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y C e i l . j s o n &
u d t k C o m p o s e r N o d e N u m b e r C o m p a r a t o r G t . j s o n !@~ d t k C o m p o s e r N o d e M e t a C o n t a i n e r . j s o n -+ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y M i n u s . j s o n ' > d t k C o m p o s e r N o d e M e t a C o n t a i n e r R e s i z e . j s o n -> d t k C o m p o s e r N o d e F i l e E x i s t s . j s o n '= d t k C o m p o s e r N o d e M e t a C o n t a i n e r I n s e r t . j s o n )m d t k C o m p o s e r N o d e M e t a C o n t a i n e r R e m o v e A t . j s o n d t k C o m p o s e r N o d e P r i n t . j s o n *! d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y S i n . j s o n ,H d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y I m p . j s o n .
d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y M o d u l o . j s o n +e> d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y A s i n . j s o n d t k C o m p o s e r N o d e A n y S o u r c e . j s o n '
X^ d t k C o m p o s e r N o d e N u m b e r C o m p a r a t o r L t e . j s o n \ d t k C o m p o s e r N o d e C o m p o s i t e . j s o n X d t k C o m p o s e r N o t e . j s o n )> d t k C o m p o s e r N o d e N u m b e r C o m p a r a t o r E q u a l . j s o n , ! d t k C o m p o s e r N o d e N u m b e r C o m p a r a t o r N o t e q u a l . j s o n @ d t k C o m p o s e r N o d e L o g g e r . j s o n 6 d t k C o m p o s e r N o d e C o n t r o l M a p . j s o n %m d t k C o m p o s e r N o d e M e t a C o n t a i n e r S i z e . j s o n * d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y I n v . j s o n .D{^ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y D e g 2 R a d . j s o n $ʎ d t k C o m p o s e r N o d e C o m m u n i c a t o r S e n d . j s o n % d t k C o m p o s e r N o d e N u m b e r N o t a l m o s t e q . j s o n 7:~ d t k C o m p o s e r N o d e A n y T a g . j s o n '# d t k C o m p o s e r N o d e C o m m u n i c a t o r R e c e i v e . j s o n ~ d t k C o m p o s e r N o d e S p a w n . j s o n V^ d t k C o m p o s e r N o d e C o n t r o l F o r . j s o n & u d t k C o m p o s e r N o d e N u m b e r C o m p a r a t o r L t . j s o n d t k C o m p o s e r N o d e S t r i n g . j s o n /
R: d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y E u c l d i v . j s o n ^ d t k C o m p o s e r N o d e D i r e c t o r y . j s o n "~ d t k C o m p o s e r N o d e C o n t r o l F o r E a c h . j s o n S d t k C o m p o s e r N o d e R e m o t e S u b m i t . j s o n * " d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y E x p . j s o n d t k C o m p o s e r N o d e R e m o t e . j s o n -Ȧ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y P o w e r . j s o n .eh^ d t k C o m p o s e r N o d e S t r i n g O p e r a t o r B i n a r y A p p e n d . j s o n ' > d t k C o m p o s e r N o d e M e t a C o n t a i n e r T a k e A t . j s o n "Q d t k C o m p o s e r N o d e C o n t r o l l e r R a n k . j s o n ,> d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y P l u s . j s o n ' g d t k C o m p o s e r N o d e M e t a C o n t a i n e r A p p e n d . j s o n &
^ d t k C o m p o s e r N o d e M e t a C o n t a i n e r S e t A t . j s o n '
W d t k C o m p o s e r N o d e N u m b e r C o m p a r a t o r G t e . j s o n +~ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y M i n . j s o n (= d t k C o m p o s e r N o d e M e t a C o n t a i n e r P r e p e n d . j s o n
3 d t k C o m p o s e r N o d e R a n g e . j s o n + % d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y I n c r . j s o n M d t k C o m p o s e r N o d e R e a l . j s o n *!~ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y T a n . j s o n : d t k C o m p o s e r N o d e F i l e R e a d . j s o n 5> d t k C o m p o s e r N o d e S t r i n g O p e r a t o r B i n a r y L o g i c E q u a l i t y . j s o n + G~ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r B i n a r y M a x . j s o n d t k C o m p o s e r N o d e P i . j s o n #
2 d t k C o m p o s e r N o d e M e t a C o n t a i n e r A t . j s o n -# d t k C o m p o s e r N o d e B o o l e a n O p e r a t o r B i n a r y N a n d . j s o n + e~ d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y A t a n . j s o n *
r d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y A b s . j s o n +m> d t k C o m p o s e r N o d e N u m b e r O p e r a t o r U n a r y S q r t . j s o n *% d t k C r e a t o r T o o l b a r B u t t o n - s m a l l - I n a c t i v e . t i f ' d t k C r e a t o r T o o l b a r B u t t o n - b i g - P r e s s e d . t i f '6Sg d t k C r e a t o r T o o l b a r B u t t o n _ R u n _ P r e s s e d . p n g Ҟ d t k C o m p o s e r N o d e F l a g - y e l l o w . p n g (D d t k C r e a t o r T o o l b a r B u t t o n _ P a u s e _ A c t i v e . p n g +P d t k C r e a t o r T o o l b a r B u t t o n _ C o n t i n u e _ A c t i v e . p n g )g d t k C r e a t o r T o o l b a r B u t t o n _ P a u s e _ P r e s s e d . p n g &
d t k C r e a t o r T o o l b a r B u t t o n - b i g - A c t i v e . t i f (u d t k C r e a t o r T o o l b a r B u t t o n _ R u n _ I n a c t i v e . p n g q d t k C o m p o s e r N o d e F l a g - o r a n g e . p n g )
k d t k C r e a t o r T o o l b a r B u t t o n _ S t e p _ I n a c t i v e . p n g )
d t k C r e a t o r T o o l b a r B u t t o n - s m a l l - P r e s s e d . t i f :| d t k C o m p o s e r N o d e F l a g - r e d . p n g )
d t k C r e a t o r T o o l b a r B u t t o n _ S t o p _ I n a c t i v e . p n g *' d t k C r e a t o r T o o l b a r B u t t o n _ P a u s e _ I n a c t i v e . p n g d t k C o m p o s e r N o d e F l a g - p i n k . p n g ' d t k C r e a t o r T o o l b a r B u t t o n _ S t o p _ A c t i v e . p n g ' d t k C r e a t o r T o o l b a r B u t t o n _ S t e p _ A c t i v e . p n g (D d t k C r e a t o r T o o l b a r B u t t o n _ S t o p _ P r e s s e d . p n g (B d t k C r e a t o r T o o l b a r B u t t o n _ S t e p _ P r e s s e d . p n g (
7 d t k C r e a t o r T o o l b a r B u t t o n _ R e s e t _ A c t i v e . p n g fG d t k C o m p o s e r N o d e F l a g - b l u e . p n g (u5 d t k C r e a t o r T o o l b a r B u t t o n - b i g - I n a c t i v e . t i f & C d t k C r e a t o r T o o l b a r B u t t o n _ R u n _ A c t i v e . p n g tR d t k C o m p o s e r N o d e - b r e a k p o i n t . p n g ( d t k C r e a t o r T o o l b a r B u t t o n - s m a l l - A c t i v e . t i f Z d t k C o m p o s e r N o d e F l a g - g r a y . p n g 9G d t k C o m p o s e r N o d e F l a g - g r e e n . p n g {
"title" : "Nor",
"kind" : "atomic",
"type" : "nor",
"tags" : ["boolean", "atomic", "binary", "nor"],
"description" : "Boolean NOT OR operator
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
~{
"title" : "Embedded Spawn",
"kind" : "composite",
"type" : "spawnEmbedded",
"tags" : ["spawn", "map"],
"description" : "Embedded Spawn Node
The spawn node used by the parallel map node.
",
"inputs" : ["np", "communicator", "rank"],
"outputs" : ["communicator"]
}
{
"title" : "Square",
"kind" : "atomic",
"type" : "square",
"tags" : ["number", "atomic", "unary", "square"],
"description" : "Returns the square of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Ln",
"kind" : "atomic",
"type" : "ln",
"tags" : ["number", "atomic", "unary", "ln"],
"description" : "Returns the natural logarithm of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "nthroot",
"kind" : "atomic",
"type" : "nthroot",
"tags" : ["number", "atomic", "binary", "nthroot"],
"description" : " Returns nth root of x
",
"inputs" : ["x","n"],
"outputs" : ["value"]
}
e{
"title" : "Almosteq",
"kind" : "atomic",
"type" : "almosteq",
"tags" : ["number", "atomic", "binary", "almosteq"],
"description" : "Returns true if the absolute value of the difference of lhs and rhs is less than epsilon.
",
"inputs" : ["lhs","rhs","epsilon"],
"outputs" : ["value"]
}
{
"title" : "Mult",
"kind" : "atomic",
"type" : "mult",
"tags" : ["number", "atomic", "binary", "mult"],
"description" : "Multiply two numbers.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
0{
"title" : "Log10",
"kind" : "atomic",
"type" : "log10",
"tags" : ["number", "atomic", "unary", "log10"],
"description" : "Returns the binary logarithm in base 10 of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Decr",
"kind" : "atomic",
"type" : "decr",
"tags" : ["number", "atomic", "unary", "decr", "minus"],
"description" : "Decrease input value by one.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Or",
"kind" : "atomic",
"type" : "or",
"tags" : ["boolean", "atomic", "binary", "or"],
"description" : "Boolean OR operator
",
"inputs" : ["lhs", "rhs"],
"outputs" : ["value"]
}
{
"title" : "While",
"kind" : "control",
"type" : "while",
"tags" : ["while", "control","loop"],
"description" : "Perform while loop
The While control node allows you to execute a subpart of the
composition as long as a given condition is fullfilled. The condition
is tested before the first step is executed.
The node layout has two blocks:
- The top one enables to define the loop criterion. The bottom block
is executed if only this criterion is valid.
- The bottom block is actually the body of the while loop. It
contains the subcomposition that is executed when the top criterion is
valid.
",
"inputs" : [],
"outputs" : []
}
{
"title" : "Rad2deg",
"kind" : "atomic",
"type" : "rad2deg",
"tags" : ["number", "atomic", "unary", "rad2deg"],
"description" : "Convert radian to degree.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Comm Rank",
"kind" : "atomic",
"type" : "communicatorRank",
"tags" : ["remote", "distributed", "communicator", "network", "rank", "wid"],
"description" : "Communicator Rank Node
This node should be put in a Remote or Spawn node only.
The output is the rank (or wid, as worker id).
",
"inputs" : [],
"outputs" : ["rank"]
}
p{
"title" : "Boolean",
"kind" : "atomic",
"type" : "boolean",
"tags" : ["boolean", "atomic"],
"description" : "Boolean node
When used as a source node (ie without any edge at the input), one can set the boolean value through the node editor.
Otherwise, one can feed its input either with a boolean, integer, real or string value.
When necessary, the node performs a conversion and returns the corresponding boolean value.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Comm Size",
"kind" : "atomic",
"type" : "communicatorSize",
"tags" : ["remote", "distributed", "communicator", "network", "size"],
"description" : "Communicator Size Node
This node should be put in a Remote or Spawn node only.
The output is the size of the communicator.
",
"inputs" : [],
"outputs" : ["size"]
}
{
"title" : "Floor",
"kind" : "atomic",
"type" : "floor",
"tags" : ["number", "atomic", "unary", "floor"],
"description" : "Compute the largest previous integer.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
V{
"title" : "E",
"kind" : "atomic",
"type" : "e",
"tags" : ["constant", "e"],
"description" : "The number e is an important mathematical constant, approximately equal to 2.71828, that is the base of the natural logarithms.
",
"inputs" : [],
"outputs" : ["value"]
}
{
"title" : "Round",
"kind" : "atomic",
"type" : "round",
"tags" : ["number", "atomic", "unary", "round"],
"description" : "Round the number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Parallel Map",
"kind" : "control",
"type" : "parallelMap",
"tags" : ["map", "control", "loop", "parallel"],
"description" : "High order function: the Parallel Map node takes a
container and applies a set of functions (the subcomposition inside
the node) to each of its element to generate a new container. Contrary to the reguler Map node, the parallel one use
multiple threads; the default number of threads used is QThread::idealThreadCount(). If the output container elements are not of the same
type, you can optionnaly use the input port of the footer (bottom left) to set the
output container.
Inside the block node, the outputs (on the left) are:
- container:
- Input container
- size:
- Input container size
- index:
- Current index
- item:
- Current item
And the input (on the right) is:
- newitem:
- New item value at current index
",
"inputs" : [],
"outputs" : []
}
h{
"title" : "File Write",
"kind" : "atomic",
"type" : "fileWrite",
"tags" : ["file", "atomic","write","binary"],
"description" : "Write a binary object (QByteArray) into a file
",
"inputs" : ["content" ,"filename"],
"outputs" : ["success","filename"],
"color" : "darkgoldenrod"
}
{
"title" : "Integer",
"kind" : "atomic",
"type" : "integer",
"tags" : ["integer", "number", "long int", "int", "short int", "atomic"],
"description" : "Integer node handles 64-bit int type.
When used as a source node (ie without any edge at the input), one can set the integer value through the node editor.
Otherwise, one can feed its input either with a boolean, integer, real or string value.
When necessary, the node performs a conversion and returns the corresponding integer value.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Cos",
"kind" : "atomic",
"type" : "cos",
"tags" : ["number", "atomic", "unary", "cos"],
"description" : "Returns the cosine of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Xnor",
"kind" : "atomic",
"type" : "xnor",
"tags" : ["boolean", "atomic", "binary", "xnor"],
"description" : "Boolean NOT XOR operator
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
v{
"title" : "String List Replace",
"kind" : "atomic",
"type" : "string_replace",
"tags" : ["string", "atomic", "replace", "regexp"],
"description" : "Apply the given regexp to a string and replace the matching substring with 'after'
",
"inputs" : ["string","regexp", "after"],
"outputs" : ["string"]
}
-{
"title" : "Nimp",
"kind" : "atomic",
"type" : "nimp",
"tags" : ["boolean", "atomic", "binary", "nimp", "implication"],
"description" : "Boolean NIMP operator. Negation of IMP.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
!{
"title" : "Ratio",
"kind" : "atomic",
"type" : "ratio",
"tags" : ["number", "atomic", "binary", "ratio", "division"],
"description" : "Compute lhs divided by rhs .
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Acos",
"kind" : "atomic",
"type" : "acos",
"tags" : ["number", "atomic", "unary", "acos"],
"description" : "Compute Arc Cosine.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Do While",
"kind" : "control",
"type" : "do while",
"tags" : ["do", "while", "do while","control", "loop"],
"description" : "Perform do while loop
The Do While control node allows you to execute a subpart of the
composition as long as a given condition is fullfilled. The condition
is tested after the first step is executed.
The node layout has two blocks:
- The top one defines the body of the do while loop. It contains the
subcomposition that is executed at leas one time. The other execution
relies on the validity of the criterion that is defined by the botoom
block.
- The bottom block enables to define the loop criterion using a more
or less involved subcomposition. The loop is executed as long as this
criterion remains valid.
",
"inputs" : [],
"outputs" : []
}
{
"title" : "Not",
"kind" : "atomic",
"type" : "not",
"tags" : ["boolean", "atomic", "unary", "not"],
"description" : "Boolean NOT operator
",
"inputs" : ["value"],
"outputs" : ["value"]
}
b{
"title" : "Case",
"kind" : "control",
"type" : "case",
"tags" : ["case", "control"],
"description" : "Select part of the composition
The Case control node allows you to control if a part of the
composition is executed or not based on whether a given integer values
The value is set by linking \"switch\" port in the header of the node,
a integer type being expected.
The part of the composition located in the \"nth\" block is executed
when the value is equal to n.
",
"inputs" : [],
"outputs" : []
}
{
"title" : "File",
"kind" : "atomic",
"type" : "file",
"tags" : ["file", "atomic"],
"description" : "File node
You can either use the Browse button in the node editor, or set the input port as a string that can be a local filename or a URL. The output port is the name of the local filename (temporary file downloaded if the input was an http URL)
",
"inputs" : ["filename"],
"outputs" : ["file"],
"color" : "darkgoldenrod"
}
{
"title" : "If",
"kind" : "control",
"type" : "if",
"tags" : ["if", "control"],
"description" : "Select part of the composition
The If control node allows you to control if a part of the
composition is executed or not based on whether a given condition is
true or false.
The condition is set by linking \"cond\" port in the header of the node,
a boolean type being expected.
The part of the composition located in the \"then\" block is executed
when the condition is fullfilled. Otherwise, the part inside the
\"else\" block is performed.
",
"inputs" : [],
"outputs" : []
}
{
"title" : "And",
"kind" : "atomic",
"type" : "and",
"tags" : ["boolean", "atomic", "binary", "and"],
"description" : "Boolean AND operator
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "File List",
"kind" : "atomic",
"type" : "fileList",
"tags" : ["file", "atomic","list", "directory", "ls"],
"description" : "Returns a list of the names of all the files and directories in the directory, according to the attribute filters. If no pattern is given, all the files in the directory are added to the list
",
"inputs" : ["directory","pattern"],
"outputs" : ["files"],
"color" : "darkgoldenrod"
}
{
"title" : "Xor",
"kind" : "atomic",
"type" : "xor",
"tags" : ["boolean", "atomic", "unary", "xor"],
"description" : "Boolean XOR operator
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Exec",
"kind" : "process",
"type" : "exec",
"tags" : ["exec", "command", "shell"],
"description" : "Exec node
Execute a command. Inputs: The outputs are the standard output and error, and the return code of the command",
"inputs" : ["command","args","timeout","environment"],
"outputs" : ["stdout","stderr","exit code"]
}
{
"title" : "Ceil",
"kind" : "atomic",
"type" : "ceil",
"tags" : ["number", "atomic", "unary", "ceil"],
"description" : "Ceiling function (smallest following integer)
",
"inputs" : ["value"],
"outputs" : ["value"]
}
?{
"title" : "Gt",
"kind" : "atomic",
"type" : "gt",
"tags" : ["number", "atomic", "binary", "gt", "greater"],
"description" : "Returns true if lhs is strictly greater than rhs.
",
"inputs" : ["lhs", "rhs"],
"outputs" : ["value"]
}
${
"title" : "Container",
"kind" : "atomic",
"type" : "container",
"tags" : ["meta", "container"],
"description" : "Meta Container
",
"inputs" : ["size", "value"],
"outputs" : ["container"]
}
{
"title" : "Minus",
"kind" : "atomic",
"type" : "minus",
"tags" : ["number", "atomic", "binary", "minus"],
"description" : "Returns a - b.
",
"inputs" : ["a","b"],
"outputs" : ["value"]
}
W{
"title" : "Container Resize",
"kind" : "atomic",
"type" : "containerResize",
"tags" : ["meta", "container", "resize"],
"description" : "Meta Container Resize
Resize container
",
"inputs" : ["container", "size"],
"outputs" : ["container"]
}
7{
"title" : "File Exists",
"kind" : "atomic",
"type" : "fileExists",
"tags" : ["file", "atomic","exists"],
"description" : "return true if the File exists
",
"inputs" : ["file"],
"outputs" : ["exists"],
"color" : "darkgoldenrod"
}
x{
"title" : "Container Insert",
"kind" : "atomic",
"type" : "containerInsert",
"tags" : ["meta", "container", "insert"],
"description" : "Meta Container Insert
Insert value in container at given index
",
"inputs" : ["container", "index", "value"],
"outputs" : ["container"]
}
t{
"title" : "Container Remove At",
"kind" : "atomic",
"type" : "containerRemoveAt",
"tags" : ["meta", "container", "remove"],
"description" : "Meta Container Remove At
Remove container value at given index
",
"inputs" : ["container", "index"],
"outputs" : ["container"]
}
{
"title" : "Print",
"kind" : "atomic",
"type" : "print",
"tags" : ["logger", "stdout", "print", "debug"],
"description" : "Print data to stout and/or stderr
",
"inputs" : ["stdout","stderr"],
"outputs" : []
}
{
"title" : "Sin",
"kind" : "atomic",
"type" : "sin",
"tags" : ["number", "atomic", "unary", "sin"],
"description" : "Returns the sine of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Imp",
"kind" : "atomic",
"type" : "imp",
"tags" : ["boolean", "atomic", "binary", "imp", "implication"],
"description" : "Boolean IMP operator. Implication: The statement A IMP B is the equivalent of the logical statement \"If A Then B.\" A IMP B is False only if A is True and B is False. It is True in all other cases.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
5{
"title" : "Modulo",
"kind" : "atomic",
"type" : "modulo",
"tags" : ["number", "atomic", "binary", "modulo", "modulus"],
"description" : "Returns the remainder of division of lhs by rhs.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["mod"]
}
{
"title" : "Asin",
"kind" : "atomic",
"type" : "asin",
"tags" : ["number", "atomic", "unary", "asin"],
"description" : "Compute Arc Sine.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
o{
"title" : "Any Source",
"kind" : "atomic",
"type" : "anySource",
"tags" : ["constant", "distributed", "remote", "network", "any" , "message"],
"description" : "Rank of ANY source (like MPI_ANY_SOURCE ). Can be used to receive a message from any source.
",
"inputs" : [],
"outputs" : ["value"]
}
?{
"title" : "Lte",
"kind" : "atomic",
"type" : "lte",
"tags" : ["number", "atomic", "binary", "lte", "lesser"],
"description" : "Returns true if lhs is lesser or equal than rhs.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Composite",
"kind" : "composite",
"type" : "composite",
"tags" : ["composite", "group"],
"description" : "Composite Node
The composite node enables to gather nodes in order to either hide part of a composition or create a reusable meta-component.
A composite node can contain another composite nodes and can be contained by a composite.
One can add or remove input and output ports. These ports enable to insert the composite node into the composition. They enable also to connect the contained nodes to the exterior.
User can flatten the composite node to visualise its content using the combination Ctrl + double clic.
User can also enter the composite node using double clic. In this case it can modify its content. To exit the node, another double clic on the opened composite node suffices.
To add a node into a closed composite, user can move the node over it. When the composite is opened, one uses drag and drop
",
"inputs" : [],
"outputs" : []
}
{
"title" : "Note",
"kind" : "note",
"type" : "note",
"tags" : ["note"],
"description" : "Note for annotate composition
Notes help to identify and annotate some parts of a composition.
"
}
{
"title" : "Equal",
"kind" : "atomic",
"type" : "equal",
"tags" : ["number", "atomic", "binary", "equal"],
"description" : "Returns true if lhs equals rhs.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
<{
"title" : "Notequal",
"kind" : "atomic",
"type" : "notequal",
"tags" : ["number", "atomic", "binary", "notequal"],
"description" : "Returns true if lhs is not equal to rhs.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Logger",
"kind" : "atomic",
"type" : "logger",
"tags" : ["logger", "debug"],
"description" : "Log message
",
"inputs" : ["value","header","level"],
"outputs" : []
}
{
"title" : "Map",
"kind" : "control",
"type" : "map",
"tags" : ["map", "control", "loop"],
"description" : "High order function: the Map node takes a
container and applies a set of functions (the
subcomposition inside the node) to each of its
element to generate a new container. If the
output container elements are not of the same
type, you can optionnaly use the input port of
the footer (bottom left) to set the output
container.
Inside the block node, the outputs (on the left) are:
- container:
- Input container
- size:
- Input container size
- index:
- Current index
- item:
- Current item
And the input (on the right) is:
- newitem:
- New item value at current index
",
"inputs" : [],
"outputs" : []
}
U{
"title" : "Container Size",
"kind" : "atomic",
"type" : "containerSize",
"tags" : ["meta", "container","size", "count", "length"],
"description" : "Meta Container Size
Get container size
",
"inputs" : ["container"],
"outputs" : ["size"]
}
{
"title" : "Inv",
"kind" : "atomic",
"type" : "inv",
"tags" : ["number", "atomic", "unary", "inv"],
"description" : "Returns inverse of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Deg2rad",
"kind" : "atomic",
"type" : "deg2rad",
"tags" : ["number", "atomic", "unary", "deg2rad"],
"description" : "Convert degree to radian value.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Send",
"kind" : "atomic",
"type" : "communicatorSend",
"tags" : ["remote", "distributed", "communicator", "network", "send"],
"description" : "Communicator Send Node
This node should be put in a Remote or Spawn node only.
The inputs are
- data
- data to be sent
- target rank
- Rank of the target (receiver)
- tag
- message tag (optionnal)
- socket
- send message in given socket instead of communicator (optionnal)
The output is the status of the send execution (true if successful).
",
"inputs" : ["data","target rank", "tag","socket"],
"outputs" : ["status"]
}
n{
"title" : "Notalmosteq",
"kind" : "atomic",
"type" : "notalmosteq",
"tags" : ["number", "atomic", "binary", "notalmosteq"],
"description" : "Returns true if the absolute value of the difference of lhs and rhs is more than epsilon.
",
"inputs" : ["lhs","rhs","epsilon"],
"outputs" : ["value"]
}
U{
"title" : "Any Tag",
"kind" : "atomic",
"type" : "anyTag",
"tags" : ["constant", "distributed", "remote", "network", "any", "tag", "message"],
"description" : "Can be used to receive a message with any tag (like MPI_ANY_TAG ).
",
"inputs" : [],
"outputs" : ["value"]
}
{
"title" : "Receive",
"kind" : "atomic",
"type" : "communicatorReceive",
"tags" : ["remote", "distributed", "communicator", "network", "receive"],
"description" : "Communicator Receive Node
This node should be put in a Remote or Spawn node only.
The inputs are:
- source rank
- Rank of the source (sender)
- tag
- message tag (optionnal)
- data
- (FIXME)
- socket
- receive message from given socket instead of communicator (optionnal)
The outputs are:
- data
- data received (as a variant)
- source
- source rank
- tag
- message tag
.",
"inputs" : ["source rank", "tag", "data","socket"],
"outputs" : ["data","source","tag"]
}
{
"title" : "Spawn",
"kind" : "composite",
"type" : "spawn",
"tags" : ["spawn", "distributed", "threads", "communicator"],
"description" : "Spawn Node
The spawn will spanw multiples threads to run it's internal composition. It uses a qthread communicator to achieve this.
",
"inputs" : ["np", "communicator", "rank"],
"outputs" : [""]
}
{
"title" : "For",
"kind" : "control",
"type" : "for",
"tags" : ["for", "control"],
"description" : "Perform for loop
The For control node is a convenient node that enable users to
mimic classical for instruction of C-language.
The node layout has threee blocks plus an input counter
value i_begin provided by a previous node of the
composition. This counter value can be incremented and used for test
stop criterion inside dedicated blocks, namely the
conditional block and the increment
block. The body of the loop is defined by the subcomposition standing
inside the body block.
During execution, the condition is firstly tested, then if it is valid
then the body composition is executed and eventually, the incrmental
process is performed.
The last value of the loop counter can be used further in the
composition thanks to i_end port.
",
"inputs" : [],
"outputs" : []
}
:{
"title" : "Lt",
"kind" : "atomic",
"type" : "lt",
"tags" : ["number", "atomic", "binary", "lt", "lesser"],
"description" : "Returns true if lhs is strictly less than rhs.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
M{
"title" : "String",
"kind" : "atomic",
"type" : "string",
"tags" : ["string", "atomic", "string"],
"description" : "String node
When used as a source node (ie without any edge at the input), one can set the string value through the node editor.
Otherwise, one can feed its input with any value.
When necessary, the node performs a conversion and returns the corresponding string value.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
8{
"title" : "Eucldiv",
"kind" : "atomic",
"type" : "eucldiv",
"tags" : ["number", "atomic", "binary", "eucldiv"],
"description" : ".Returns lhs div rhs where div is the Euclidean division.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Directory",
"kind" : "atomic",
"type" : "fileDir",
"tags" : ["file", "atomic","directory"],
"description" : "Directory node
You can either use the Browse button in the node editor, or set the input port as is a string that can be a local directory name. The output port is the name of the local directory name
",
"inputs" : ["dir"],
"outputs" : ["dir"],
"color" : "darkgoldenrod"
}
{
"title" : "ForEach",
"kind" : "control",
"type" : "foreach",
"tags" : ["foreach", "control", "loop", "container"],
"description" : "Perform foreach loop
The Foreach control node enable to iterate over all the items
of a given input container in order.
The node takes a container as input and executes the body
blocks until reaching the end of this container. For each iteration, users can retrieve the container itself, its size, the current item and the index of the current iteration.
During execution, the condition is firstly tested, then if it is valid
then the body composition is executed and eventually, the incrmental
process is performed.
The las value of the loop counter can be used further in the composition thanks to i_end port.
",
"inputs" : [],
"outputs" : []
}
{
"title" : "Remote Submit",
"kind" : "process",
"type" : "remoteSubmit",
"tags" : ["remote", "distributed", "world", "network", "submit"],
"description" : "Remote Submit Node
The remote submit node enables to submit a job on a remote cluster/machine.
The inputs are:
- cluster:
- url of the cluster (e.g. http://nef-devel.inria.fr/)
- nodes:
- number of nodes (default: 1)
- cores:
- number of cores (default: 1)
- walltime:
- walltime of job, HH:MM:SS (optionnal)
- queuename:
- scheduler queue (optionnal)
- options:
- scheduler specific options
- policy:
- dtkDistributed policy qthread, mpi or mpi3 (defaut:qthread)
The output is the jobid.
",
"inputs" : ["cluster", "nodes", "cores", "walltime", "queuename","options" ,"policy"],
"outputs" : ["jobid"]
}
!{
"title" : "Exp",
"kind" : "atomic",
"type" : "exp",
"tags" : ["number", "atomic", "unary", "exp"],
"description" : "Returns the exponential value of the input number..
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Remote",
"kind" : "composite",
"type" : "remote",
"tags" : ["remote", "distributed", "world", "network"],
"description" : "Remote Node
The remote node executes a subcomposition on a remote device.
",
"inputs" : ["jobid", "socket"],
"outputs" : ["socket"]
}
{
"title" : "Power",
"kind" : "atomic",
"type" : "power",
"tags" : ["number", "atomic", "binary", "power"],
"description" : "Returns lhs^rhs .
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Append",
"kind" : "atomic",
"type" : "append",
"tags" : ["string", "atomic", "concatenate", "append"],
"description" : "Append two strings.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["string"]
}
{
"title" : "Container Take At",
"kind" : "atomic",
"type" : "containerTakeAt",
"tags" : ["meta", "container", "takeat"],
"description" : "Meta Container Take At
Remove container value at given index, the value is available as an output port
",
"inputs" : ["container", "index"],
"outputs" : ["container", "value"]
}
`{
"title" : "Controller Rank",
"kind" : "atomic",
"type" : "controllerRank",
"tags" : ["constant", "controller", "rank"],
"description" : "Rank of the controller. Can be used to send a message to the controller using send in a remote node.
",
"inputs" : [],
"outputs" : ["value"]
}
#{
"title" : "Plus",
"kind" : "atomic",
"type" : "plus",
"tags" : ["number", "atomic", "binary", "plus", "add", "sum"],
"description" : "Compute the sum of two numbers.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
c{
"title" : "Container Append",
"kind" : "atomic",
"type" : "containerAppend",
"tags" : ["meta", "container","append"],
"description" : "Meta Container Append
Append an item in a container
",
"inputs" : ["container", "value"],
"outputs" : ["container"]
}
p{
"title" : "Container Set At",
"kind" : "atomic",
"type" : "containerSetAt",
"tags" : ["meta", "container", "setat"],
"description" : "Meta Container Set At
Set container value at given index
",
"inputs" : ["container", "index", "value"],
"outputs" : ["container"]
}
A{
"title" : "Gte",
"kind" : "atomic",
"type" : "gte",
"tags" : ["number", "atomic", "binary", "gte", "greater"],
"description" : "Returns true if lhs is greater or equal than rhs.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Min",
"kind" : "atomic",
"type" : "min",
"tags" : ["number", "atomic", "binary", "min"],
"description" : "Returns the minimum of two numbers.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["min"]
}
f{
"title" : "Container Prepend",
"kind" : "atomic",
"type" : "containerprepend",
"tags" : ["meta", "container", "prepend"],
"description" : "Meta Container Prepend
Prepend value in container
",
"inputs" : ["container", "value"],
"outputs" : ["container"]
}
{
"title" : "Range",
"kind" : "atomic",
"type" : "range",
"tags" : ["range", "number"],
"description" : "Range node
Provides a value contained within a range.
",
"outputs" : ["value"]
}
>{
"title" : "Incr",
"kind" : "atomic",
"type" : "incr",
"tags" : ["number", "atomic", "unary", "incr","plus"],
"description" : ">Increments the input number of one (equivalent to the '++' operator).
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Real",
"kind" : "atomic",
"type" : "real",
"tags" : ["real", "number", "double", "float", "atomic"],
"description" : "Real node handles 64-bit floating type (aka double).
When used as a source node (ie without any edge at the input), one can set the real value through the node editor.
Otherwise, one can feed its input either with a boolean, integer, double or string value.
When necessary, the node performs a conversion and returns the corresponding real value.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Tan",
"kind" : "atomic",
"type" : "tan",
"tags" : ["number", "atomic", "unary", "tan"],
"description" : "Returns the tangent of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
A{
"title" : "File Read",
"kind" : "atomic",
"type" : "fileRead",
"tags" : ["file", "atomic","read","binary"],
"description" : "Read a file as a binary (QByteArray)
",
"inputs" : ["file"],
"outputs" : ["content"],
"color" : "darkgoldenrod"
}
;{
"title" : "String Equality",
"kind" : "atomic",
"type" : "string_equality",
"tags" : ["string", "atomic", "equality", "comparison"],
"description" : "Test the equality of two strings.
",
"inputs" : ["string","string"],
"outputs" : ["value"]
}
{
"title" : "Max",
"kind" : "atomic",
"type" : "max",
"tags" : ["number", "atomic", "binary", "max"],
"description" : "Returns the maximum of two numbers.
",
"inputs" : ["lhs","rhs"],
"outputs" : ["max"]
}
{
"title" : "Pi",
"kind" : "atomic",
"type" : "pi",
"tags" : ["constant", "pi"],
"description" : "Pi
",
"inputs" : [],
"outputs" : ["value"]
}
U{
"title" : "Container At",
"kind" : "atomic",
"type" : "containerAt",
"tags" : ["meta", "container", "at"],
"description" : "Meta Container At
Get container value at given index
",
"inputs" : ["container", "index"],
"outputs" : ["value"]
}
{
"title" : "Nand",
"kind" : "atomic",
"type" : "nand",
"tags" : ["boolean", "atomic", "binary", "nand"],
"description" : "Boolean NOT AND operator
",
"inputs" : ["lhs","rhs"],
"outputs" : ["value"]
}
{
"title" : "Atan",
"kind" : "atomic",
"type" : "atan",
"tags" : ["number", "atomic", "unary", "atan"],
"description" : "Compute Arc tangent.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Abs",
"kind" : "atomic",
"type" : "abs",
"tags" : ["number", "atomic", "unary", "abs"],
"description" : "Returns the absolute value of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
{
"title" : "Sqrt",
"kind" : "atomic",
"type" : "sqrt",
"tags" : ["number", "atomic", "unary", "sqrt"],
"description" : "Returns the square root of the input number.
",
"inputs" : ["value"],
"outputs" : ["value"]
}
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