Primitive Operators and Properties - Revision history

Rsalter at 18:57, 17 November 2018

2018-11-17T18:57:48Z

← Older revision		Revision as of 18:57, 17 November 2018
Line 372:		Line 372:
	<div id="ASVALUE">		<div id="ASVALUE">
	;ASVALUE(v)		;ASVALUE(v)
	:Required when supplying an array or function value to the input pin of an aggregator. Arrays supplied as input to aggregators are usually interpreted so that each array element is used as input for one of the elements of the aggregator. An array or function wrapped with ASVALUE is sent intact to each element of the aggregator.		:Required when supplying an array or function value to the input pin of an aggregator. Arrays supplied as input to aggregators are usually interpreted so that each array element is used as input for one of the elements of the aggregator. Similarly, functions are invoked on the id of each element to compute the input value for that element. An array or function wrapped with ASVALUE is sent intact to each element of the aggregator.
	</div>		</div>
	<div id="DEPENDSON">		<div id="DEPENDSON">

Rsalter at 18:53, 17 November 2018

2018-11-17T18:53:59Z

← Older revision		Revision as of 18:53, 17 November 2018
Line 369:		Line 369:
	;_.XXX		;_.XXX
	:The underscore.js library of useful functions. See http://underscorejs.org.		:The underscore.js library of useful functions. See http://underscorejs.org.
			</div>
			<div id="ASVALUE">
			;ASVALUE(v)
			:Required when supplying an array or function value to the input pin of an aggregator. Arrays supplied as input to aggregators are usually interpreted so that each array element is used as input for one of the elements of the aggregator. An array or function wrapped with ASVALUE is sent intact to each element of the aggregator.
	</div>		</div>
	<div id="DEPENDSON">		<div id="DEPENDSON">

Rsalter: /* Mathematical Primops */

2018-08-21T18:18:55Z

Mathematical Primops

← Older revision		Revision as of 18:18, 21 August 2018
Line 189:		Line 189:
	<div id="SELECT">		<div id="SELECT">
	;SELECT([s0,...,sm], [p0, .... pm])		;SELECT([s0,...,sm], [p0, .... pm])
	:A single generalized Bernoulli trial over the states s0, ... sm with respective probabilities p0, ... pm.		:A single generalized Bernoulli trial over the states ''s0, ... sm'' with respective probabilities ''p0, ... pm''.
	:'''Returns''': One of the values ''si'' with probability ''pi''. Note: if the probabilities do not sum to 1, ~~all additional weight is added to~~ ''pm''.		:'''Returns''': One of the values ''si'' with probability ''pi''. Note: if the probabilities do not sum to 1, ''pm'' is increased accordingly
	</div>		</div>
	<div id="NORMAL">		<div id="NORMAL">

Rsalter: /* Mathematical Primops */

2018-08-21T18:17:12Z

Mathematical Primops

← Older revision		Revision as of 18:17, 21 August 2018
Line 185:		Line 185:
	<div id="MULTINOMIAL">		<div id="MULTINOMIAL">
	;MULTINOMIAL(n, [p0, p1, ... pm])		;MULTINOMIAL(n, [p0, p1, ... pm])
	:'''Returns''': an ''m''-element vector of outcomes from performing ''n'' independent generalized Bernoulli trials. ''As of ~~Version 13.5~~.''		:'''Returns''': an ''m''-element vector of outcomes from performing ''n'' independent generalized Bernoulli trials.
			</div>
			<div id="SELECT">
			;SELECT([s0,...,sm], [p0, .... pm])
			:A single generalized Bernoulli trial over the states s0, ... sm with respective probabilities p0, ... pm.
			:'''Returns''': One of the values ''si'' with probability ''pi''. Note: if the probabilities do not sum to 1, all additional weight is added to ''pm''.
	</div>		</div>
	<div id="NORMAL">		<div id="NORMAL">

Rsalter: /* Convenience Primops */

2018-08-21T02:02:04Z

Convenience Primops

← Older revision		Revision as of 02:02, 21 August 2018
Line 664:		Line 664:
	;NO_NEIGHBOR(d, comp, value)		;NO_NEIGHBOR(d, comp, value)
	;SOME_NEIGHBOR(d, comp, value)		;SOME_NEIGHBOR(d, comp, value)
	Analogous to ALL_AGENTS, etc. except ''d'' ~~is provided as a distance~~ from the agent making the call. Forms ~~the~~ list of agents ~~within that distance~~ and true if for all, none, or some scope ~~in agent~~ in that list the current value of ''comp'' is '' value''; ''false'' otherwise.		:Analogous to ALL_AGENTS, etc. except the agents of interest are those within a radius of ''d'' units from the agent making the call. Forms that list of agents and returns ''true'' if for all, none, or some agent scope in that list the current value of ''comp'' is '' value''; ''false'' otherwise.
	</div></div></div>		</div></div></div>
	<div id="RANDOM_MOVE">		<div id="RANDOM_MOVE">

Rsalter: /* Convenience Primops */

2018-08-21T01:57:12Z

Convenience Primops

← Older revision		Revision as of 01:57, 21 August 2018
Line 650:		Line 650:
	</div>		</div>
	<div id="ALL_AGENTS">		<div id="ALL_AGENTS">
	<div id="~~NO_AGENTS~~">		<div id="NO_AGENT">
	<div id="SOME_AGENT">		<div id="SOME_AGENT">
	;ALL_AGENTS(l, comp, value)		;ALL_AGENTS(l, comp, value)
Line 657:		Line 657:
	:''l'' is a list of agent scopes, ''comp'' is a string naming a component in those agents, and ''value'' is any JavaScript data element.		:''l'' is a list of agent scopes, ''comp'' is a string naming a component in those agents, and ''value'' is any JavaScript data element.
	:'''Returns''': Respectively returns ''true'' if for all, none or some scope in ''l'' the current value of ''comp'' is ''value''; ''false'' otherwise.		:'''Returns''': Respectively returns ''true'' if for all, none or some scope in ''l'' the current value of ''comp'' is ''value''; ''false'' otherwise.
			</div></div></div>
			<div id="ALL_NEIGHBORS">
			<div id="NO_NEIGHBORS">
			<div id="SOME_NEIGHBOR">
			;ALL_NEIGHBORS(d, comp, value)
			;NO_NEIGHBOR(d, comp, value)
			;SOME_NEIGHBOR(d, comp, value)
			Analogous to ALL_AGENTS, etc. except ''d'' is provided as a distance from the agent making the call. Forms the list of agents within that distance and true if for all, none, or some scope in agent in that list the current value of ''comp'' is '' value''; ''false'' otherwise.
	</div></div></div>		</div></div></div>
	<div id="RANDOM_MOVE">		<div id="RANDOM_MOVE">

Rsalter: /* Primops */

2018-08-15T18:30:11Z

Primops

← Older revision		Revision as of 18:30, 15 August 2018
Line 632:		Line 632:
	:Move the location of the caller to its new location based the given ''speed'' using directional angle(s) ''theta'' (and ''phi'' in 3 dimensions). Angles are given in radians.		:Move the location of the caller to its new location based the given ''speed'' using directional angle(s) ''theta'' (and ''phi'' in 3 dimensions). Angles are given in radians.
	</div>		</div>
	<div id="HEXMOVE">		<div id="GO_BOUNCE">
			;GO_BOUNCE(speed, theta)
			:Equivalent to <tt>GO(speed, theta)</tt> except that the agent bounces off the edge of the space like a billiard ball. Currently only available in 2 dimensions.
			</div><div id="HEXMOVE">
	;HEXMOVE(speed, theta)		;HEXMOVE(speed, theta)
	:Move the location of the caller to its new location based on the given ''speed'' and direction ''theta''. ''Theta'' is one of ''N'',''NE'',''SE'',''S'',''SW'',''NW''.		:Move the location of the caller to its new location based on the given ''speed'' and direction ''theta''. ''Theta'' is one of ''N'',''NE'',''SE'',''S'',''SW'',''NW''.
	</div>		</div>

	===Convenience Primops===		===Convenience Primops===
	<div id="agent_conv">		<div id="agent_conv">

Rsalter: /* Mathematical Primops */

2018-08-12T00:43:52Z

Mathematical Primops

← Older revision		Revision as of 00:43, 12 August 2018
Line 171:		Line 171:
	:'''Returns''': nothing; sets the seed of the random number generator. Should be part of simulation initialization.		:'''Returns''': nothing; sets the seed of the random number generator. Should be part of simulation initialization.
	</div>		</div>
			<div id="RANDOM_HEADING">
			;RANDOM_HEADING()
			:'''Returns''': a uniformly distributed random number between ''-π'' and ''π''.
	<div id="BINOMIAL">		<div id="BINOMIAL">
	;BINOMIAL(n, p)		;BINOMIAL(n, p)
Line 302:		Line 305:
	:'''Returns''': A function based on the graph defined by the ordered pairs in the argument, interpolated linearly. Acceptable input can be single argument consisting of an array of ordered pairs, or multiple arguments, each an ordered pair. The list need not be in increasing order of ''x''. The returned function maps any value smaller (greater) than the smallest (largest) domain value ''x<sub>k</sub>'' to ''x<sub>k</sub>'' 's value in the range.		:'''Returns''': A function based on the graph defined by the ordered pairs in the argument, interpolated linearly. Acceptable input can be single argument consisting of an array of ordered pairs, or multiple arguments, each an ordered pair. The list need not be in increasing order of ''x''. The returned function maps any value smaller (greater) than the smallest (largest) domain value ''x<sub>k</sub>'' to ''x<sub>k</sub>'' 's value in the range.
	</div>		</div>

	===Matrix Primops===		===Matrix Primops===
	<div id="COLUMNSPLIT">		<div id="COLUMNSPLIT">

Rsalter: /* Node Properties and Primops */

2018-08-03T18:41:34Z

Node Properties and Primops

← Older revision		Revision as of 18:41, 3 August 2018
Line 740:		Line 740:
	;myId		;myId
	:Bound to the caller’s node ''id''.		:Bound to the caller’s node ''id''.
			</div>
	<div id="count">		<div id="count">
	;count		;count
	:Bound to the number of nodes in the NodeNetwork.		:Bound to the number of nodes in the NodeNetwork.
			</div>
	<div id="nodes">		<div id="nodes">
	;nodes		;nodes
	:Bound to the 1-dimensional array of Nodes in a NodeNetwork.		:Bound to the 1-dimensional array of Nodes in a NodeNetwork.
			</div></div>
	===Primops===		===Primops===
	<div id="node">		<div id="node">
Line 752:		Line 754:
	;CONNECTION(id0, id1)		;CONNECTION(id0, id1)
	:'''Returns''': the connection from Node with id ''id0'' to Node with id ''id1'', or null if no such connection exists.		:'''Returns''': the connection from Node with id ''id0'' to Node with id ''id1'', or null if no such connection exists.
			</div>
	<div id="CONNECTIONS_IN">		<div id="CONNECTIONS_IN">
	;CONNECTIONS_IN([id])		;CONNECTIONS_IN([id])
	:'''Returns''': the array of connections into the node ''id'' (if ''id'' is omitted, it is assumed to be the caller). Each connection is an object with 3 properties: ''id'', the node id of the source; ''strength'', the raw strength of the connection; and ''n_strength'', the normalized strength of the connection, where the total normalized strength of all connections into the caller is 1.		:'''Returns''': the array of connections into the node ''id'' (if ''id'' is omitted, it is assumed to be the caller). Each connection is an object with 3 properties: ''id'', the node id of the source; ''strength'', the raw strength of the connection; and ''n_strength'', the normalized strength of the connection, where the total normalized strength of all connections into the caller is 1.
			</div>
	<div id="CONNECTIONS_OUT">		<div id="CONNECTIONS_OUT">
	;CONNECTIONS_OUT([id])		;CONNECTIONS_OUT([id])
	:'''Returns''': the array of connections from the node ''id'' (if ''id'' is omitted, it is assumed to be the caller). Each connection is an object with 3 properties: ''id'', the node id of the target; ''strength'', the raw strength of the connection; and ''n_strength'', the normalized strength of the connection, where the total normalized strength of all connections from the caller is 1.		:'''Returns''': the array of connections from the node ''id'' (if ''id'' is omitted, it is assumed to be the caller). Each connection is an object with 3 properties: ''id'', the node id of the target; ''strength'', the raw strength of the connection; and ''n_strength'', the normalized strength of the connection, where the total normalized strength of all connections from the caller is 1.
			</div>
	<div id="NODE">		<div id="NODE">
	;NODE(id)		;NODE(id)
	:'''Returns''': a scope for node ''id''.		:'''Returns''': a scope for node ''id''.
			</div>
	<div id="NODECOUNT">		<div id="NODECOUNT">
	;NODECOUNT()		;NODECOUNT()
	:'''Returns''': the total number of nodes.		:'''Returns''': the total number of nodes.
			</div>
	<div id="NODE_VALUE">		<div id="NODE_VALUE">
	;NODE_VALUE(id, comp)		;NODE_VALUE(id, comp)
Line 770:		Line 777:

	NODE_VALUE(id, comp) == NODE(id)[comp]		NODE_VALUE(id, comp) == NODE(id)[comp]
			</div>
	<div id="NODES">		<div id="NODES">
	;NODES()		;NODES()
	:'''Returns''': the array of node scopes.		:'''Returns''': the array of node scopes.
			</div>
	<div id="INFLOW">		<div id="INFLOW">
	;INFLOW([id])		;INFLOW([id])
	:'''Returns''': the total strength of connections into node ''id'' (if ''id'' is omitted, it is assumed to be the caller).		:'''Returns''': the total strength of connections into node ''id'' (if ''id'' is omitted, it is assumed to be the caller).
			</div>
	<div id="OUTFLOW">		<div id="OUTFLOW">
	;OUTFLOW([id])		;OUTFLOW([id])
	:'''Returns''': the total strength of connections from node ''id'' (if ''id'' is omitted, it is assumed to be the caller).		:'''Returns''': the total strength of connections from node ''id'' (if ''id'' is omitted, it is assumed to be the caller).
			</div>
	<div id="NEIGHBORS_IN">		<div id="NEIGHBORS_IN">
	<div id="NEIGHBORS_OUT">		<div id="NEIGHBORS_OUT">
Line 784:		Line 795:
	;NEIGHBORS_OUT([id])		;NEIGHBORS_OUT([id])
	:'''Returns''': a list of all scopes of Nodes with input (output) connections to the Node with given ''id''. If ''id'' is omitted, the caller's id is used.		:'''Returns''': a list of all scopes of Nodes with input (output) connections to the Node with given ''id''. If ''id'' is omitted, the caller's id is used.
			</div></div></div>

	==NetWorld Primops==		==NetWorld Primops==

Rsalter: /* SimWorld Primops */

2018-08-03T18:40:03Z

SimWorld Primops

← Older revision		Revision as of 18:40, 3 August 2018
Line 694:		Line 694:
	;MYAGENTS()		;MYAGENTS()
	:'''Returns''': the list of agents currently contained in the caller.		:'''Returns''': the list of agents currently contained in the caller.
			</div>
	<div id="MYAGENT_COUNT">		<div id="MYAGENT_COUNT">
	;MYAGENT_COUNT()		;MYAGENT_COUNT()
	:'''Returns''': the number of agents currently contained in the caller.		:'''Returns''': the number of agents currently contained in the caller.
			</div>
	===Agent Primops in a SimWorld===		===Agent Primops in a SimWorld===

Line 710:		Line 711:
	;MYCELL()		;MYCELL()
	:'''Returns''': the scope of the cell containing the caller.		:'''Returns''': the scope of the cell containing the caller.
			</div>
	===Hexagonal Agent Primop===		===Hexagonal Agent Primop===

Line 717:		Line 718:
	;HEXMOVE(dist, dir)		;HEXMOVE(dist, dir)
	:Moves the calling agent distance dist in the direction dir. Directions are denoted by compass directions; i.e., “N”, “NE”, “SE”, “S”, “SW”, “NW”.		:Moves the calling agent distance dist in the direction dir. Directions are denoted by compass directions; i.e., “N”, “NE”, “SE”, “S”, “SW”, “NW”.
			</div>
	===Convenience Primops===		===Convenience Primops===
	These primops perform useful functions that could otherwise be programmed.		These primops perform useful functions that could otherwise be programmed.
Line 729:		Line 730:
	;AGENTWRING(n, ["sort"])		;AGENTWRING(n, ["sort"])
	:'''Returns''': a list of scopes for all agents in the ring or block (wrapped or otherwise) specified by ''n''. If “sort” is included, the list is sorted in order of increasing distance from the caller.		:'''Returns''': a list of scopes for all agents in the ring or block (wrapped or otherwise) specified by ''n''. If “sort” is included, the list is sorted in order of increasing distance from the caller.
			</div></div></div></div>

	==Node Properties and Primops==		==Node Properties and Primops==