8. A method for exploring complexity in a semiotic environment, the method comprising: receiving, through an interactive portal on a first computing system, a selection of a multi-level model framework of a complex system comprising a plurality of ontologically organized cells, each ontologically organized cell representing a variable of the complex system; receiving, through the interactive portal, a selection of a multi-scale representation defining instructions for generating a plurality of observable elements based on the multi-level model framework, each observable element having at least one attribute modifiable based on at least one of: (i) a value of an ontologically organized cell, (ii) the relationship between a first ontologically organized cell and a second ontologically organized cell, and (iii) a status of an ontologically organized cell in the context of the multi-level model framework; receiving, through the interactive portal, an indication of an objective; dynamically generating an output comprising a plurality of cells based on the plurality of observable elements of the multi-scale representation, on a display of the first computing system or on a display of a second computing system; and dynamically updating the generated output in response to a received setting configuration.
8. A method for exploring complexity in a semiotic environment, the method comprising: receiving, through an interactive portal on a first computing system, a selection of a multi-level model framework of a complex system comprising a plurality of ontologically organized cells, each ontologically organized cell representing a variable of the complex system; receiving, through the interactive portal, a selection of a multi-scale representation defining instructions for generating a plurality of observable elements based on the multi-level model framework, each observable element having at least one attribute modifiable based on at least one of: (i) a value of an ontologically organized cell, (ii) the relationship between a first ontologically organized cell and a second ontologically organized cell, and (iii) a status of an ontologically organized cell in the context of the multi-level model framework; receiving, through the interactive portal, an indication of an objective; dynamically generating an output comprising a plurality of cells based on the plurality of observable elements of the multi-scale representation, on a display of the first computing system or on a display of a second computing system; and dynamically updating the generated output in response to a received setting configuration. 12. The method of claim 8 , wherein the received setting configuration is an input of additional information.