RESOLUTION
Arguments: var &optional obj l-tabu epsilon iter-ming [generic-function]
resolution
[generic-function]
This box is used to solve the csp.
When you don't care of the details of the resolution and you know that the csp has a solution, then just connect the csp to the input (the csp can be defined with cree-varliste, cree-varcycle or cree-varperm).
PAY ATTENTION TO THE FACT THAT THE RESOLUTION DOES NOT FINISH IN CASE THERE ARE NO SOLUTIONS TO THE CSP
In this case, please use the first optional input to see partial results.
[generic-function]
This box is used to solve the csp.
When you don't care of the details of the resolution and you know that the csp has a solution, then just connect the csp to the input (the csp can be defined with cree-varliste, cree-varcycle or cree-varperm).
PAY ATTENTION TO THE FACT THAT THE RESOLUTION DOES NOT FINISH IN CASE THERE ARE NO SOLUTIONS TO THE CSP
In this case, please use the first optional input to see partial results.
Inputs :
first optional input :
In order to deal with approximate solutions, or to see some partial results during the resolution process, use the optional inputs.
The first optional input allows to see partial results during the resolution process. The easiest way to use it is simply to connect the second output of the box cree-varliste, cree-varcycle or cree-varperm to it (always keeping its first output connected to the first input of the resolution box). Then the intermediate results, which usually are meaningfull approximate solutions of the csp, will be printed in the listener.
More precisely, this input re-evaluates its arguments each time the solver encounters an approximate solution (precisely, a local minimum, see XXX for details). It means that it is possible to place any kind of calculus between the current values given in the second output of the cree-varliste, cree-varcycle or cree-varperm boxes and this input. It can be usefull for instance when dealing with musical data that can be paced in Open Music musical objects and edited during the resolution. See the examples patches.
first optional input :
In order to deal with approximate solutions, or to see some partial results during the resolution process, use the optional inputs.
The first optional input allows to see partial results during the resolution process. The easiest way to use it is simply to connect the second output of the box cree-varliste, cree-varcycle or cree-varperm to it (always keeping its first output connected to the first input of the resolution box). Then the intermediate results, which usually are meaningfull approximate solutions of the csp, will be printed in the listener.
More precisely, this input re-evaluates its arguments each time the solver encounters an approximate solution (precisely, a local minimum, see XXX for details). It means that it is possible to place any kind of calculus between the current values given in the second output of the cree-varliste, cree-varcycle or cree-varperm boxes and this input. It can be usefull for instance when dealing with musical data that can be paced in Open Music musical objects and edited during the resolution. See the examples patches.
The second optional input, l-tabu, is a parameter of the solver.
The third optional input, epsilon, is a parameter of the solver. The solvers stops when the global error is less than epsilon.
The fourth optional input, iter-ming, is a parameter of the solver.
The third optional input, epsilon, is a parameter of the solver. The solvers stops when the global error is less than epsilon.
The fourth optional input, iter-ming, is a parameter of the solver.
