Add to ORKGNon-linear Iterated Function Systems (IFSs) are very powerful mathematical objects related to fractal theory, that can be used in order to generate (or model) very irregular shapes. We investigate in this paper how Genetic Programming techniques can be efficiently exploited in order to generate randomly or interactively artistic "fractal" 2D shapes. Two applications are presented for different types of non-linear IFSs: # interactive generation of Mixed IFSs attractors using a classical GP scheme, # random generation of Polar IFSs attractors based on an "individual" approach of GP
International audienceBoundary Controlled Iterated Function Systems is a new layer of control over t...
The inverse problem for Iterated Functions Systems (finding an IFS whose attractor is a target 2D sh...
An evolutionary algorithm is used to search for iterated function systems (IFS) that can encode blac...
Non-linear Iterated Function Systems (IFSs) are very powerful mathematical objects related to fracta...
Non-linear Iterated Function Systems (IFSs) are very powerful mathematical objects related to fracta...
Non-linear Iterated Functions Systems (IFSs) are very powerful mathematical objects related to fract...
In computer graphics, geometric modelling of complex objects is a difficult process. An important cl...
AbstractFor solving the problem that typical Iterated Function System(IFS for short) attractor is ve...
Abstract: In the field of computer graphics construction of complex objects is difficult process. Ob...
In this paper, we propose a novel methodology for automatically finding new chaotic attractors throu...
In this paper, we describe an algorithm to estimate the parameters of Iterated Function System (IFS)...
: We address here the resolution of the so-called inverse problem for IFS. This problem has already ...
We describe the basics of one-dimensional IFS type fractals including their generation, the forward ...
An iterated function f(x) is a function that when composed with itself, produces a given expression ...
[[abstract]]With iterated function systems (IFS), there are two classical algorithms of generating a...
International audienceBoundary Controlled Iterated Function Systems is a new layer of control over t...
The inverse problem for Iterated Functions Systems (finding an IFS whose attractor is a target 2D sh...
An evolutionary algorithm is used to search for iterated function systems (IFS) that can encode blac...
Non-linear Iterated Function Systems (IFSs) are very powerful mathematical objects related to fracta...
Non-linear Iterated Function Systems (IFSs) are very powerful mathematical objects related to fracta...
Non-linear Iterated Functions Systems (IFSs) are very powerful mathematical objects related to fract...
In computer graphics, geometric modelling of complex objects is a difficult process. An important cl...
AbstractFor solving the problem that typical Iterated Function System(IFS for short) attractor is ve...
Abstract: In the field of computer graphics construction of complex objects is difficult process. Ob...
In this paper, we propose a novel methodology for automatically finding new chaotic attractors throu...
In this paper, we describe an algorithm to estimate the parameters of Iterated Function System (IFS)...
: We address here the resolution of the so-called inverse problem for IFS. This problem has already ...
We describe the basics of one-dimensional IFS type fractals including their generation, the forward ...
An iterated function f(x) is a function that when composed with itself, produces a given expression ...
[[abstract]]With iterated function systems (IFS), there are two classical algorithms of generating a...
International audienceBoundary Controlled Iterated Function Systems is a new layer of control over t...
The inverse problem for Iterated Functions Systems (finding an IFS whose attractor is a target 2D sh...
An evolutionary algorithm is used to search for iterated function systems (IFS) that can encode blac...