+ d; b) i9 O9 X( J6 A/ D@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")& c) k# } y3 g1 f/ V
public double getMeasured pressure() {$ d& F! p5 \ C6 y! {
return measured pressure$ ]/ w+ S% y k
}6 ~2 U. L* p, S6 x1 r9 a
public void setMeasured pressure(double newValue) {5 @7 H3 o+ k# h
measured pressure = newValue + E+ e6 b" p& J }' _$ n5 C0 u( E! P$ s
public double measured pressure = 0 3 y+ K5 B+ B" D4 _6 G/ _4 X: l' \6 v3 y( V7 F9 i4 a9 V; L
/** # Y5 n, q/ Y8 V% g- f- ~3 Q * $ V+ `+ ]: Z; G: M' H# M' e * This value is used to automatically generate agent identifiers. m5 |3 Z! D5 m5 X4 A3 H* I * @field serialVersionUID1 o3 l1 Q3 s7 M- g. C
*% x$ a0 E- t; a, D6 K# Z9 L. y' N
*/ * U7 U, L, \% y/ v private static final long serialVersionUID = 1L * ^1 P) B! n4 ~: V/ T6 {( C! m0 Y3 g1 v' d% D% y
/** * C/ K4 M4 X% s. |) L. h *' v* K0 C$ @8 y' g- e0 o
* This value is used to automatically generate agent identifiers., ?' ]9 t9 V5 }' O: g- Y
* @field agentIDCounter' i' ~- L1 @6 E* G
* " B" \# t% _4 @+ x7 w& r% @1 y */ 5 W2 W1 d6 p0 j8 M4 Y protected static long agentIDCounter = 1 7 n6 J: |% R% u- U2 r& P3 D6 u* \; H- O
/*** ~1 @$ J* f( E
*1 C" ^6 }7 H% A( L5 l3 e
* This value is the agent's identifier.6 n, D# K) K, [! c& P5 `4 M
* @field agentID , z5 u0 g7 b' _" q5 d *1 A& m' _) @/ u' l
*/# S# a9 `' t6 O! I w1 c
protected String agentID = "GasNode " + (agentIDCounter++) 0 x- M; \) ~2 f+ W$ G 7 e+ _, X5 x9 g) x3 y# r: N /** $ o* |- v- r$ p# S * - D# b- I) I# k5 P4 Y * This is the step behavior. ?1 q$ H- k6 Y" }3 {4 J * @method step0 g( ` O9 f; H$ H8 k+ @. `; Q1 U
*; V; n# p. \ n! Y
*/ , m; x e: j" w8 ?% ?0 l @Watch( 5 O1 n3 K: V: j3 F/ r4 m watcheeClassName = 'infrastructuredemo.GasNode', . T- V/ \; e' H* Z6 X# @ watcheeFieldNames = 'pressure', 1 ~& o. W4 C) F, B query = 'linked_from',- |! a/ a" G6 {5 m, n
whenToTrigger = WatcherTriggerSchedule.LATER, 8 u7 H% |/ p* y* h5 Q1 [9 a scheduleTriggerDelta = 10d2 m5 u$ | X# a |. i6 Q9 u; @+ `
)" ~& T; ~: O& `* @* x
public def step(infrastructuredemo.GasNode watchedAgent) {8 o* J0 Z" _9 h/ `7 _4 J! t V
7 K: J F& k6 ]+ e f$ o. P9 W // Define the return value variable.; u0 F- M% `( F, {
def returnValue J h9 H6 I5 y6 z4 k7 ?
* j. K5 Z0 w6 A8 k6 O // Note the simulation time.4 O2 ?& S, Q7 p. V! ?4 y
def time = GetTickCountInTimeUnits() 4 J7 e- }+ m& X( s/ z - z- P0 s7 X) R * ?% }* l1 B) |( g // This is an agent decision., S' @; ^) T6 t8 d! `" z/ `$ l# x, w7 M" v
if (watchedNode.pressure<200) {6 p- z' ?* J5 \. l( O0 \0 W- A
9 Q. X, R' P; u$ l' u. j // This is a task.8 J% F- F: b* @6 R
setPressure(watchedAgent.pressure)4 b% x \1 P5 |& n) D, j1 s9 U
% ?$ P1 J8 F4 V) L& ` } else { 2 m+ J+ S ^( Q2 {2 {+ P " M1 ^7 X$ H7 n8 f3 S7 x# m& x0 n, U% V- w- v
} % ^+ e& f4 E2 S- s // Return the results.% Y0 e/ D w0 s. S$ p& p4 |$ E$ |
return returnValue 0 H5 [/ J" c* ]) x/ v* g4 M4 @8 _( j3 E: w3 t
} " C+ v* U4 M) ~! V8 ?0 V( v1 |' G" H5 h4 H
/** + ?! X& u. ]4 b6 ]9 [% \' H *, d- {0 w2 x* i: @8 N% M4 L; j
* This is the step behavior.% i p# r; f5 d/ e
* @method step . B% r8 f- M2 E( l# B& j; G9 _# x9 X *+ D5 ^; U ?$ X" j2 o9 i3 u9 z
*/ ) d! O+ {" z$ P) B7 \$ [ @ScheduledMethod(& t: ~9 J4 _6 Z0 n9 g# u- T
start = 1d,& R7 I9 t- |5 u1 Y/ G
interval = 1d, - y3 ?- b- }8 k& o' p# c shuffle = false . ?& F5 } k3 A ) ; T4 d2 N5 U9 X8 G1 _ public void step() { 8 x l! ?7 z& I n1 c0 j4 L4 k y // Note the simulation time.: V z2 h9 n* B5 z, U2 f+ \7 a
def time = GetTickCountInTimeUnits() / E0 ^5 N- T0 O8 m, n 8 d( P! A: t* k# C2 c$ a8 ]: l3 T // This is a task. 7 ~6 g. [: {: ~7 y ] Q; o$ L measurePressure=pressure+ RandomDraw(-20.0, 20.0)6 { T! o3 h2 X3 C: W
// End the method. E1 l: f3 ]2 P/ y: R( w9 c return * r. N: e+ y% `0 F9 j2 X1 V) Z3 R' k2 w1 Q+ E( y
}
注意,在函数step中% p1 W. B; j, F: s7 e
public def step(infrastructuredemo.GasNode watchedAgent) {; }! P. J* K/ J, Q6 a: ]
//这里是watchedAgent 9 @9 b$ ?3 e" Z: O0 y. p# r 但是在语句中,你填的是watchedNode 7 y* S& ?4 M/ j6 Y // This is an agent decision. L( G2 q( x( d# c7 ?- q
if (watchedNode.pressure<200) { , E; R6 |, O. z4 d0 D/ T setPressure(watchedAgent.pressure)- c2 K" k. @! f! d* F
变量名称须统一,可以都改为watchedAgent
注意,在函数step中 0 I9 J* |# V6 ^8 K. K public def step(infrastructuredemo.GasNode watchedAgent) {9 K3 K1 m) P/ H; n* Q: v
//这里是watchedAgent . u" J; |& Q, P5 [1 A% v; H3 ?: c9 K 但是在语句中,你填的是watchedNode1 }1 M( v9 R a; c5 s
// This is an agent decision./ o4 V [$ Y1 \& K( U" s0 ^* x9 I
if (watchedNode.pressure<200) { . n0 w% j- j, n- S
setPressure(watchedAgent.pressure)1 m2 J' T; e4 h! F( J
变量名称须统一,可以都改为watchedAgent