ALEA::IFSX
Arguments: data ints objet efact ffact mode [generic-function]
Iterated function system
list of coordinates in two dimensions of the transformed object
¥ objet is a list of lists containing the coordinates of an object (a figure) or a BPF with a geometric object;
¥ ints is the number of desired iterations;
¥ data is a list of lists containing the data for the linear transformations. To this input it is possible to connect either a module ifs-lib, or a module make-w (which allows the user to construct personalized linear transforma-tions), or a module make3-w (which is the equivalent of three make-w modules) or a module app-W-trans (used to group multiple make-w modules;
¥ efact is a multiplicative factor for the horizontal translation;
¥ ffact is a multiplicative factor for the vertical translation;
¥ mode is in fact a list of menu options which allow the user to chose the way in which the module will function: either deterministicly or probalisticly .
The first output of this module is a list of coordinates:
( (x0 y0 ) (x1 x2 ) ... (xn yn )),
the second input is a list of the x values and the third one a list of the y values
list of coordinates in two dimensions of the transformed object
¥ objet is a list of lists containing the coordinates of an object (a figure) or a BPF with a geometric object;
¥ ints is the number of desired iterations;
¥ data is a list of lists containing the data for the linear transformations. To this input it is possible to connect either a module ifs-lib, or a module make-w (which allows the user to construct personalized linear transforma-tions), or a module make3-w (which is the equivalent of three make-w modules) or a module app-W-trans (used to group multiple make-w modules;
¥ efact is a multiplicative factor for the horizontal translation;
¥ ffact is a multiplicative factor for the vertical translation;
¥ mode is in fact a list of menu options which allow the user to chose the way in which the module will function: either deterministicly or probalisticly .
The first output of this module is a list of coordinates:
( (x0 y0 ) (x1 x2 ) ... (xn yn )),
the second input is a list of the x values and the third one a list of the y values
