Processing node 6 link 1 session 4

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[                F A M I L Y    G R O U P I N G                   ]
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A GND block GND U4 if part of family 1
A component GND U4 if part of family 1
{ surfing node 6 }
A component EOUTPUT OUT3 if part of family 1
  { exploring component EOUTPUT OUT3 }
  { surfing node 13 }
A component EINPUT IN3 if part of family 1
    { exploring component EINPUT IN3 }
    { surfing node 11 }
A component PWR U3 if part of family 1
      { exploring component PWR U3 }
    { exiting due source component PWR U3 }
  { exiting node 13 }
{ exiting node 6 }

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[    P H A S E    1    -    E x p l o r i n g    T R E E    ,    a d d    S U M    n o d e s    ]
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{ Exploring node 6 which consist of 2 links }
  Plug <B> of Comp <EOUTPUT> REF=<OUT3> Node <6> assigned as OUTPUT
  Plug <A> of Comp <EOUTPUT> REF=<OUT3> Node <13> assigned as INPUT
  (|) Slowly opening door of link 0 in node 6
  (i) Component EOUTPUT OUT3 is part of the population for node 6
  Surfing inputs for component <EOUTPUT> <OUT3>
  (i) Component EOUTPUT OUT3 has 2 pins
  Invoking ExploreTree for Node 13 coming from the bidirectional a PLUG <A> of COMPONENT <EOUTPUT> REF=<OUT3>
  { Exploring node 13 which consist of 2 links }
    Plug <B> of Comp <EINPUT> REF=<IN3> Node <13> assigned as OUTPUT
    Plug <A> of Comp <EINPUT> REF=<IN3> Node <11> assigned as INPUT
    (|) Slowly opening door of link 0 in node 13
    (i) Link 0 of node 13 skipped because it is the enter node
    (|) Slowly opening door of link 1 in node 13
    (i) Component EINPUT IN3 is part of the population for node 13
    Surfing inputs for component <EINPUT> <IN3>
    (i) Component EINPUT IN3 has 2 pins
    Invoking ExploreTree for Node 11 coming from the bidirectional a PLUG <A> of COMPONENT <EINPUT> REF=<IN3>
    { Exploring node 11 which consist of 2 links }
      (|) Slowly opening door of link 0 in node 11
      (i) Component PWR U3 is part of the population for node 11
      Surfing inputs for component <PWR> <U3>
      (i) Component PWR U3 has 1 pins
      { End exploring node 11 - Tree is POWERED(+) }
      ($) Link 0 of node 11 linked to plug VCC of PWR U3 DOES produce power
    (R) After evaluating node <11> these are the results:
      -> 1 components result to be the population of the forest
      -> 1 links are SOURCED
    { End exploring node 11 - Tree is POWERED(+) }
    Plug B of EINPUT IN3 produces source for the node 13
    (x) Link 0 of node 13 linked to plug A of EOUTPUT OUT3 is an input and requires power
    ($) Link 1 of node 13 linked to plug B of EINPUT IN3 DOES produce power
  (R) After evaluating node <13> these are the results:
    -> 1 components result to be the population of the forest
    -> 1 link is THE ENTER NODE
    -> 2 links are SOURCED
    -> 1 times a node is marked as one-to-one
  { End exploring node 13 }
  Plug B of EOUTPUT OUT3 produces source for the node 6
  (|) Slowly opening door of link 1 in node 6
  (i) Link 1 of node 6 skipped because it is the enter node
  ($) Link 0 of node 6 linked to plug B of EOUTPUT OUT3 DOES produce power
  (x) Link 1 of node 6 linked to plug OUT of GND U4 is an input and requires power
(R) After evaluating node <6> these are the results:
  -> 1 components result to be the population of the forest
  -> 1 link is THE ENTER NODE
  -> 2 links are SOURCED
  -> 1 times a node is marked as one-to-one
{ End exploring node 6 }

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[    P H A S E    2    -    P l a c i n g    R E A D    /    W R I T E    B l o c k s    ]
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[    P H A S E    3    -    P l a c i n g    C A S T    B L O C K S    ]
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| Terminal component found by session 4 , GND U4 attached to [6/1] |


[---> STARTING TREE [6/1] GND U4 <---] 


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[    P H A S E    4    -    G e n e r a t i n g    P - C o d e    ]
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(STARTING FUNCTION BLOCK <EOUTPUT> REF=<OUT3>)
  (STARTING FUNCTION BLOCK <EINPUT> REF=<IN3>)
    (+) <PWR> POWER COMPONENT REF=<U3>
    (C) PLACING <EINPUT> COMPONENT REF=<IN3>
  (ENDING FUNCTION BLOCK <EINPUT> REF=<IN3>)

  (C) PLACING <EOUTPUT> COMPONENT REF=<OUT3>
(ENDING FUNCTION BLOCK <EOUTPUT> REF=<OUT3>)

Depolarizing EOUTPUT OUT3
Depolarizing EINPUT IN3
