8 O1 C* D T( {* v3 k: l4 q ! y* X3 N. L6 }! j/ H7 k: j+ T2 L@Parameter (displayName = "Measured Pressure", usageName = "measured pressure"). [) O- x+ B9 U( B. m' T; \
public double getMeasured pressure() { A6 u- X4 Z' ~5 R, i+ ? return measured pressure - p7 Q) C m! U6 |/ W$ K }$ ^5 a1 S( |+ ^2 e! u( i
public void setMeasured pressure(double newValue) { / w0 ^2 ?! Z+ g, y% U measured pressure = newValue; j3 Q' G1 N! z
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public double measured pressure = 0% b8 ^; F2 }- c- ] b" F
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* This value is used to automatically generate agent identifiers. 3 Z) e$ n3 p3 n3 I( d * @field serialVersionUID ) w0 y4 V/ e, t) } * 7 u0 R3 s m4 y0 W% G" J! z */6 W2 J5 n1 {5 T
private static final long serialVersionUID = 1L ) q1 ~' ~: U1 b1 C5 V / l% u0 L) a% J8 ?- N" X" R /** 5 Q% P) y$ }- d) { *# x: N6 `; L/ z/ O8 H3 Y
* This value is used to automatically generate agent identifiers.) ], ^ F2 s; T/ l
* @field agentIDCounter 4 F. D- V- A- ]4 \, ] * 7 i. Z1 Q- t, Q5 U& D! K */- p! o5 C1 C7 k* s7 D( J
protected static long agentIDCounter = 1 1 j) h$ D, r+ z! [' Q5 |0 E. S( A8 B/ [! z3 R
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* This value is the agent's identifier. h% S. [: `8 A1 Y3 e
* @field agentID! }+ X/ q% k! @9 S1 y! r" d7 Z: i$ `
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protected String agentID = "GasNode " + (agentIDCounter++) ! Z, z3 P1 ^8 M$ L! l * [: E0 X7 g6 Q/ z* g$ ^' C /**) w/ d) k) o" T1 ]
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* This is the step behavior. . X& R# C+ h* a8 o* y * @method step + Z6 b; e+ {$ e3 Z, k3 {% M! d * ' l' Y) k' k k5 \5 f6 M( ~8 X */ . \2 I* Y9 Y: Q( S2 C- v @Watch( ' f" N# t& h) Z0 v b. `4 b1 f6 I( h watcheeClassName = 'infrastructuredemo.GasNode', 5 g z! q+ m4 q' p# i0 \1 V( _ watcheeFieldNames = 'pressure', , _; N# f7 }8 P/ W8 D query = 'linked_from', / |" Y# c/ q: h# M% Z" y whenToTrigger = WatcherTriggerSchedule.LATER,2 W# d! _* j: U E7 Q
scheduleTriggerDelta = 10d2 n {! ~" }, Y7 y3 y
) ( _) {8 z1 m5 l& Z- f! C6 `( b9 e" z public def step(infrastructuredemo.GasNode watchedAgent) {7 L) R/ N, @' K7 @3 d/ [
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// Define the return value variable.2 d& i+ @0 h2 j7 p( p
def returnValue . v) t; e1 b. z. N * X9 M& F) r# c/ G$ R // Note the simulation time. & x5 \1 X# W( J0 w def time = GetTickCountInTimeUnits(), g1 w8 Q( d* E3 h
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// This is an agent decision.+ E0 k! e* I8 L. A1 ^
if (watchedNode.pressure<200) { # `8 h/ R' C) X, [; P$ k . l! Y1 v" Y; o8 w5 N, ? // This is a task. 3 F, D( {- h. i' @- W" a setPressure(watchedAgent.pressure) 7 ^8 R. t [& d+ T ! C7 ]4 t# w4 B" B5 H- h } else {0 a: {+ _$ p/ u' d
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// Return the results. $ N! b* z- Y# C* B, _2 ` p return returnValue $ I, M9 s; ]* n" [/ Q2 @/ I/ V# I! E5 }5 x; w; ]+ r& c2 J4 u2 ]
} 5 N1 D$ H. B; e% K8 [9 V9 G: m3 n ( q7 S) K8 Y; r) ` /** p' \0 M1 |! D: i; k6 ~ *( p$ c) X# B8 x2 w* z
* This is the step behavior.3 D9 T- U% h4 F/ ~9 n
* @method step7 X5 |- d/ J# I1 t& E; a' y
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@ScheduledMethod( 9 J# ?0 P$ q/ B) R+ N start = 1d, V' L8 L* F: I interval = 1d,$ \- j1 |" h- U+ ~- j
shuffle = false ; }- U5 r2 W. f/ m" Q ) & m- s& G& @( `0 A! y/ X public void step() {" n: D6 g* W h8 S
( E! Y- L1 p$ J3 U% j. l L& ^% H // Note the simulation time.6 \, h" u' S8 P+ k
def time = GetTickCountInTimeUnits() 1 Y: ?* C$ w9 F8 T `& K% p g0 a" i' k) D; ]9 `6 p. w2 D8 V
// This is a task.7 W. Q, R, N1 a2 F) P& r% l* [
measurePressure=pressure+ RandomDraw(-20.0, 20.0)* I1 W- r% @6 g& P. p; W
// End the method./ Q5 X1 i: {# l( I8 T: ?$ i' n
return: `+ V& \- P+ z# W# D
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}
注意,在函数step中 ; b c+ U, e. T public def step(infrastructuredemo.GasNode watchedAgent) {6 f L! K, j0 V
//这里是watchedAgent/ R* t( R$ V+ x8 z
但是在语句中,你填的是watchedNode* w3 N$ l, Y: H5 O& D6 H# @
// This is an agent decision. ; @3 g2 L" v [3 g/ a if (watchedNode.pressure<200) { 7 x% B# t! _, h+ A
setPressure(watchedAgent.pressure)& m' B! Q- `+ f4 Y. N% s o3 D
变量名称须统一,可以都改为watchedAgent