agent-set, contains all agents that are on the edge

bool.

list, contains values for different dimensions

table of ordered lists, indexed by technology.

list, contains values for different dimensions

list, contains values for different dimensions

vector, indicating for each dimension whether the edge’s costs and benefits depend on the technology used to enter it

ordered list, holds degree (calculated from limits and payoffs) for a long time range

ordered list, holds degree (calculated from limits and payoffs) for a short time range

time needed (in number of ticks) to pass the edge, > 0 ticks

table indexed by technology, value to be multiplied to edge-duration.

holds the edges history (everything that may change in length and thus cannot be used with stats-extension)

unique ID

integer, lifetime of an edge, edge dies if lifetime becomes zero.

ordered list, holds limits for a long time range, each dimension may have an upper and a lower limit, “don’t care” indicated by “e”, Euler’s number

ordered list, holds limits for a short time range, each dimension may have an upper and a lower limit, “don’t care” indicated by “e”, Euler’s number

string, indicating the semantic type of edge

true, if capacity-limit (short-time) fo edge is exceeded, false otherwise.

represents the actual values of the edge (different dimension), calculated by use of edge-costs-benefits-edges and usage of the edge by agents.

represents the actual values of the edge (different dimension), calculated by use of edge-costs-benefits-edges and usage of the edge by agents.

represents the actual values of the edge (different dimension), calculated by use of edge-costs-benefits-edges and usage of the edge by agents.

vector: technology + boolean, indicating if the technology may be used to pass the edge (true) or if it is forbidden to use (false), empty sub-list if the respective technology-typ never will be usable on that egde

how often were control-factor-values decreased?

how often were control-factor-values increased?

holds past values of degree-values

how often were technologies re-allowed?

how often were technologies banned?

ordered list of integers, indicating standard deviation of edge-type-costs-benefits-agent-mean values.

ordered list of integers, holds mean costs and benefits values for each dimension, to be used to alter the agent’s payoff caused by by the agent himself entering the edge.

ordered list of integers, indicating standard deviation of edge-type-costs-benefits-edges-mean values.

ordered list of integers, holds mean costs and benefits values for each dimension, to be used to alter the edge’s payoff caused by an agent entering the edge.”

ordered list of integers, indicating standard deviation of edge-type-costs-benefits-external-mean values.

ordered list of integers, holds mean costs and benefits values for each dimension, to be used to alter external payoff caused by an agent entering the edge.

vector, indicating for each dimension whether the edge’s costs and benefits depend on the technology used to enter it.

integer, deviation value (of normal distribution) of this type’s duration (time in ticks needed to pass the edge).

integer, mean value (of normal distribution) of this type’s duration (time in ticks needed to pass the edge).

integer, deviation value (of normal distribution) of this type’s lifetime.

integer, mean value (of normal distribution) of this edge-type’s lifetime.

ordered list of integers, holds limits for a long time range, each dimension may have an upper and a lower limit, “don’t care” indicated by “e”, Euler’s number.

ordered list of integers, holds limits for a short time range, each dimension may have an upper and a lower limit, “don’t care” indicated by “e”, Euler’s number

string, indicating the edge-type’s name, used to instantiate edges later on.

list of strings, names of technologies allowed to enter the edge that will be instantiated based on the given edge-type.

if scenario is given by different .txt-files, this variable holds the edges-file

represents the actual values of the “world” (different dimensions), calculated by use of edge-costs-benefits-external (edges) and costs-benefits-exteral (nodes) and their usage by agents.

represents the actual values of the “world” (different dimensions), calculated by use of edge-costs-benefits-external (edges) and costs-benefits-exteral (nodes) and their usage by agents.

represents the actual values of the “world” (different dimensions), calculated by use of edge-costs-benefits-external (edges) and costs-benefits-exteral (nodes) and their usage by agents.

bool, shall an agent by marked in GUI to follow it’s movement?

vector, contains as much elements as the scenario has dimensions.

vector, contains as much elements as the scenario has dimensions.

vector, contains as much elements as the scenario has dimensions.

if scenario is given by different .txt-files, this variable holds the globals-file

bool, shall hubnet part of Simco be started? 

bool, shall

this.keyTimeout

The timeout used between a keystroke and when a search is performed.

this.keyTimeoutLength

The length of keyTimeout in thousandths of a second.

int,

int, visualize-node -

this.lastMatchCount

The number of matches from the last run of Search().

this.lastResultsPage

The last results page.

this.lastSearchValue

The last search string executed, or an empty string if none.

length (in ticks) of long-time period

point in time, at which low-emission-zone shall be initialized

int, holds the maximum number of seu-alternatives that were part of a single point of decision.

this.mode

The mode the search is going to work in, such as “HTML” or “FramedHTML”.

this.mode

The mode the search is going to work in, such as “HTML” or “FramedHTML”.