Hi,
Thanks for the tip!
But I still have problems, which drives me to consider that perhaps I do not
use ADFs properly.
After your prescribed modifications, I now receive the following shorter
error message :
Initializing Generation 0
ERROR:
The node ADF0[1] in individual pop.subpop.0.species.ind would call its
associated tree, which has an argument terminal with an argument number (0)
>= the ADF/ADM's arity (0). The argument terminal in question is ARG[0]
ERROR:
The node ADF0[1] in individual pop.subpop.0.species.ind would call its
associated tree, which has an argument terminal with an argument number (1)
>= the ADF/ADM's arity (0). The argument terminal in question is ARG[1]
ERROR:
The node ADF1[2] in individual pop.subpop.0.species.ind would call its
associated tree, which has an argument terminal with an argument number (0)
>= the ADF/ADM's arity (0). The argument terminal in question is ARG[0]
SYSTEM EXITING FROM ERRORS
I then tried to forget about using ADFarguement , and just declaring ADF0
in the function set of ADF1, and so on... But , then it gave me a
StackOverflow error...
So I thought, I would have to use not only ADFarguments but also ADFs as
well in the function set of every ADF (like in the lawnmower example).
In theory, I want to build the following tree :
Master Tree
|
Result Producing Branch
| | |
ADF0 ADF1 ... ADFn
Where ADF0 uses only classic terminals such as Ephemeral Random Constants
and input values.
Where ADF1 uses ERCs,input values, and ADF0 as terminals
Where ADF2 uses ERCs,input values, and ADF0 and ADF1 as terminals
...
Where ADFn uses ERCs,input values, and ADF0 to ADFn-1 as terminals
I thought that this can be translated by the following structure in the
parameter file for an example of going up to ADF3 :
- First define the result producing branch (I must have 3 ADFs)
gp.fs.0.func.0 = AdfReceptor
gp.fs.0.func.0.nc = nc3
- Second Declare every ADF branch :
gp.fs.0.func.1 = ec.gp.ADF
gp.fs.0.func.1.nc = nc0
gp.fs.0.func.1.tree = 1
gp.fs.0.func.1.name = 0
gp.fs.0.func.2 = ec.gp.ADF
gp.fs.0.func.2.nc = nc0
gp.fs.0.func.2.tree = 2
gp.fs.0.func.2.name = 1
gp.fs.0.func.3 = ec.gp.ADF
gp.fs.0.func.3.nc = nc0
gp.fs.0.func.3.tree = 3
gp.fs.0.func.3.name = 2
Later on, I did the following :
- the function set for ADF0 does just declare ERCs or input terminals.
- The function set for ADF1 does declare : one ADFarguement and ADF0, and
the other usual terminals
- The function set for ADF2 does declare : 2 ADFarguements and ADF0 and
ADF1, and the other usual terminals
...
- The function set for ADFn does declare : n ADFarguement and from ADF0 to
ADFn-1, and the other usual terminals
But it gives me the same type of error messages.
So, I am not sure anymore about how to structure the parameter file to get
the ADFs tree described above.
What would be the correct way?
On 5/29/06, Sean Luke <[log in to unmask]> wrote:
>
> Short version: you're doing gp.fs.1.func.0.arg=1 and gp.fs.1.func.
> 1.arg=2 when you should be doing gp.fs.1.func.0.arg=0 and gp.fs.
> 1.func.1.arg=1.
>
> Long version. ADFs are called like any other function; they can have
> arguments. For example,
>
> (adf1 4 (sin 3))
>
> Will pass in the 4 and Sin(3) to the ADF1 function. The ADF1
> function will then call the ADF1 tree. Inside the ADF1 tree you can
> access 4 and Sin(3) respectively using two ADFArgument functions --
> let's call them ARG0 and ARG1, like this:
>
> (arg0)
> or
> (arg1)
>
> Arg0 and Arg1 are just names. To know which argument an arg function
> will return, you need to tell it. Specifically, ADFArgument
> functions have each will have an 'arg' parameter, for example, gp.fs.
> 1.func.0.arg, which says which argument number that ADFArgument
> represents. Argument numbers start at 0, so the '4' argument is
> number 0 and the 'Sin(3)' argument is 1. You're starting at in each
> of your trees rather than 0.
>
> Sean
>
> On May 29, 2006, at 6:41 AM, Mehdi Khoury wrote:
>
> > Hi,
> >
> > I would like to have the following structure:
> >
> > main tree
> > ADF0 ADF1 ADF2
> >
> > Where ADF1 may contain as arguement ADF0,
> > and ADF2 may contain as arguements ADF0 and ADF1
> >
> > I have prepared my parameter file (see bottom of the message), but
> > it does
> > give me the following error message while running :
> > ...
> > Initializing Generation 0
> > ERROR:
> > The node ADF0[1] in individual pop.subpop.0.species.ind would call its
> > associated tree, which has an argument terminal with an argument
> > number
> > (1) >= the ADF/ADM's arity (0). The argument terminal in question
> > is ARG
> > [1]
> > ERROR:
> > The node ADF0[1] in individual pop.subpop.0.species.ind would call its
> > associated tree, which has an argument terminal with an argument
> > number
> > (2) >= the ADF/ADM's arity (0). The argument terminal in question
> > is ARG
> > [2]
> > ERROR:
> > The node ADF1[2] in individual pop.subpop.0.species.ind would call its
> > associated tree, which has an argument terminal with an argument
> > number
> > (1) >= the ADF/ADM's arity (1). The argument terminal in question
> > is ARG
> > [1]
> > WARNING:
> > There is no argument terminal for argument #0 for the node ADF1[2] in
> > individual pop.subpop.0.species.ind
> > WARNING:
> > There is no argument terminal for argument #0 for the node ADF2[3] in
> > individual pop.subpop.0.species.ind
> > WARNING:
> > There is no argument terminal for argument #1 for the node ADF2[3] in
> > individual pop.subpop.0.species.ind
> > SYSTEM EXITING FROM ERRORS
> >
> > I don't understand why it can't find the terminal for the
> > arguements. Any
> > idea of what is going on ?
> >
> > Here is my parameter file :
> > parent.0 = koza.params
> > pop.subpop.0.species.ind.numtrees = 4
> > pop.subpop.0.species.ind.tree.0 = ec.gp.GPTree
> > pop.subpop.0.species.ind.tree.0.tc = tc0
> > pop.subpop.0.species.ind.tree.1 = ec.gp.GPTree
> > pop.subpop.0.species.ind.tree.1.tc = tc1
> > pop.subpop.0.species.ind.tree.2 = ec.gp.GPTree
> > pop.subpop.0.species.ind.tree.2.tc = tc2
> > pop.subpop.0.species.ind.tree.3 = ec.gp.GPTree
> > pop.subpop.0.species.ind.tree.3.tc = tc3
> > gp.tc.size = 4
> > gp.tc.0 = ec.gp.GPTreeConstraints
> > gp.tc.0.name = tc0
> > gp.tc.0.fset = f0
> > gp.tc.0.returns = nil
> > gp.tc.0.init = ADFtreeBuilder
> > gp.tc.0.init.growp = 0.5
> > gp.tc.0.init.min-depth = 2
> > gp.tc.0.init.max-depth = 2
> > gp.tc.1 = ec.gp.GPTreeConstraints
> > gp.tc.1.name = tc3
> > gp.tc.1.fset = f1
> > gp.tc.1.returns = nil
> > gp.tc.1.init = ec.gp.koza.HalfBuilder
> > gp.tc.1.init.growp = 0.5
> > gp.tc.1.init.min = 2
> > gp.tc.1.init.max = 10
> > gp.tc.2 = ec.gp.GPTreeConstraints
> > gp.tc.2.name = tc2
> > gp.tc.2.fset = f2
> > gp.tc.2.returns = nil
> > gp.tc.2.init = ec.gp.koza.HalfBuilder
> > gp.tc.2.init.growp = 0.5
> > gp.tc.2.init.min = 2
> > gp.tc.2.init.max = 10
> > gp.tc.3 = ec.gp.GPTreeConstraints
> > gp.tc.3.name = tc1
> > gp.tc.3.fset = f3
> > gp.tc.3.returns = nil
> > gp.tc.3.init = ec.gp.koza.HalfBuilder
> > gp.tc.3.init.growp = 0.5
> > gp.tc.3.init.min = 2
> > gp.tc.3.init.max = 10
> > gp.fs.size = 4
> > gp.fs.0.name = f0
> > gp.fs.0.info = ec.gp.GPFuncInfo
> > gp.fs.0.size = 4
> > gp.fs.0 = ec.gp.GPFunctionSet
> > gp.fs.0.func.0 = AdfReceptor
> > gp.fs.0.func.0.nc = nc3
> > gp.fs.0.func.1 = ec.gp.ADF
> > gp.fs.0.func.1.nc = nc0
> > gp.fs.0.func.1.tree = 1
> > gp.fs.0.func.1.name = 0
> > gp.fs.0.func.2 = ec.gp.ADF
> > gp.fs.0.func.2.nc = nc1
> > gp.fs.0.func.2.tree = 2
> > gp.fs.0.func.2.name = 1
> > gp.fs.0.func.3 = ec.gp.ADF
> > gp.fs.0.func.3.nc = nc2
> > gp.fs.0.func.3.tree = 3
> > gp.fs.0.func.3.name = 2
> >
> > # ADF1's tree
> > gp.fs.1 = ec.gp.GPFunctionSet
> > gp.fs.1.name = f1
> > gp.fs.1.info = ec.gp.GPFuncInfo
> > gp.fs.1.size = 9
> > gp.fs.1.func.0 = Var1
> > gp.fs.1.func.0.nc = nc0
> > gp.fs.1.func.1 = MyAdd
> > gp.fs.1.func.1.nc = nc2
> > gp.fs.1.func.2 = MySub
> > gp.fs.1.func.2.nc = nc2
> > gp.fs.1.func.3 = MyMul
> > gp.fs.1.func.3.nc = nc2
> > gp.fs.1.func.4 = MyERC
> > gp.fs.1.func.4.nc = nc0
> > gp.fs.1.func.5 = MyMinus
> > gp.fs.1.func.5.nc = nc1
> > gp.fs.1.func.6 = MyDiv
> > gp.fs.1.func.6.nc = nc2
> > gp.fs.1.func.7 = MyInv
> > gp.fs.1.func.7.nc = nc1
> > gp.fs.1.func.8 = MyDeriv
> > gp.fs.1.func.8.nc = nc1
> >
> > # ADF2's tree
> > gp.fs.2 = ec.gp.GPFunctionSet
> > gp.fs.2.name = f2
> > gp.fs.2.info = ec.gp.GPFuncInfo
> > gp.fs.2.size = 11
> > # ARG1
> > gp.fs.2.func.0 = ec.gp.ADFArgument
> > gp.fs.2.func.0.nc = nc0
> > gp.fs.2.func.0.arg = 1
> > gp.fs.2.func.1 = Var1
> > gp.fs.2.func.1.nc = nc0
> > gp.fs.2.func.2 = Var2
> > gp.fs.2.func.2.nc = nc0
> > gp.fs.2.func.3 = MyAdd
> > gp.fs.2.func.3.nc = nc2
> > gp.fs.2.func.4 = MySub
> > gp.fs.2.func.4.nc = nc2
> > gp.fs.2.func.5 = MyMul
> > gp.fs.2.func.5.nc = nc2
> > gp.fs.2.func.6 = MyERC
> > gp.fs.2.func.6.nc = nc0
> > gp.fs.2.func.7 = MyMinus
> > gp.fs.2.func.7.nc = nc1
> > gp.fs.2.func.8 = MyDiv
> > gp.fs.2.func.8.nc = nc2
> > gp.fs.2.func.9 = MyInv
> > gp.fs.2.func.9.nc = nc1
> > gp.fs.2.func.10 = MyDeriv
> > gp.fs.2.func.10.nc = nc1
> >
> > # ADF3's tree
> > gp.fs.3 = ec.gp.GPFunctionSet
> > gp.fs.3.name = f3
> > gp.fs.3.info = ec.gp.GPFuncInfo
> > gp.fs.3.size = 13
> > # ARG1
> > gp.fs.3.func.0 = ec.gp.ADFArgument
> > gp.fs.3.func.0.nc = nc0
> > gp.fs.3.func.0.arg = 1
> > # ARG2
> > gp.fs.3.func.1 = ec.gp.ADFArgument
> > gp.fs.3.func.1.nc = nc0
> > gp.fs.3.func.1.arg = 2
> > gp.fs.3.func.2 = Var1
> > gp.fs.3.func.2.nc = nc0
> > gp.fs.3.func.3 = Var2
> > gp.fs.3.func.3.nc = nc0
> > gp.fs.3.func.4 = Var3
> > gp.fs.3.func.4.nc = nc0
> > gp.fs.3.func.5 = MyAdd
> > gp.fs.3.func.5.nc = nc2
> > gp.fs.3.func.6 = MySub
> > gp.fs.3.func.6.nc = nc2
> > gp.fs.3.func.7 = MyMul
> > gp.fs.3.func.7.nc = nc2
> > gp.fs.3.func.8 = MyERC
> > gp.fs.3.func.8.nc = nc0
> > gp.fs.3.func.9 = MyMinus
> > gp.fs.3.func.9.nc = nc1
> > gp.fs.3.func.10 = MyDiv
> > gp.fs.3.func.10.nc = nc2
> > gp.fs.3.func.11 = MyInv
> > gp.fs.3.func.11.nc = nc1
> > gp.fs.3.func.12 = MyDeriv
> > gp.fs.3.func.12.nc = nc1
> > stat= ec.simple.SimpleStatistics
> > stat.num-children = 1
> > stat.child.0 = SimpleXYSeriesChartStatistics
> > stat.child.0.title = Best of Generation
> > stat.child.0.x-axis-label = generation
> > stat.child.0.y-axis-label = fitness
> > eval.problem = FuzzySymbolicRegression
> > eval.problem.data = FuzzyTuple
> > eval.problem.stack.context.data = FuzzyTuple
> >
> > Just to tell you , that ecj is really cool and that you are doing a
> > great
> > job!
> > Thanks !
>
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