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@Parameter (displayName = "Measured Pressure", usageName = "measured pressure") . F; M9 Z* q2 P7 n+ H3 `1 o/ Z public double getMeasured pressure() {. P* r* }) m. Q' e* R
return measured pressure* O/ s, ~6 N7 i; k7 n6 E
} r6 z" c: G, B2 A public void setMeasured pressure(double newValue) {9 W$ B7 ^5 L/ I; X j
measured pressure = newValue. q% g- e* R( {1 B
} 6 d- L% w( Z' p public double measured pressure = 0; x5 S# g2 T; q/ r" K/ M) p
6 s. |3 j+ O9 i7 R5 O: b1 Z+ } /**; j& ?3 O1 h+ I0 b
* 2 F/ p( p6 d$ A) L" J) @ * This value is used to automatically generate agent identifiers. ' K4 L. w) ]1 E/ F * @field serialVersionUID; Y: k; G( b: f) f- n) i8 c ^
* 8 W# g( u, `" U */ # Z( s1 p0 I1 |( O# f private static final long serialVersionUID = 1L * \0 L `' t: M, `1 |- t- t- M0 e; k2 d0 D* w
/** ( z. c; H# ~; }% N. g * ! i" R8 E: s5 A, g' o: Y * This value is used to automatically generate agent identifiers.6 S7 x2 n- r0 t6 R( \
* @field agentIDCounter2 Z4 r1 Z7 S4 y$ J
* # R. F h" w! q" y; Z; |* Z */ 7 _8 b6 J! R6 U" b+ }, J' ~ protected static long agentIDCounter = 1 |( ^( \+ p; _4 O; z. X6 x 3 @4 P$ \+ e. T; k! X( A /** $ X1 n2 R" m; G * $ C, O u8 [* ^) B$ R * This value is the agent's identifier. , _5 b, P# l% X, @; s6 {- Q# V * @field agentID) P$ t5 t5 ?: B# e! ~) V
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protected String agentID = "GasNode " + (agentIDCounter++)- M( G& d* {3 L! J- x8 L8 x& E0 `
3 Z! V3 m( d5 {9 r! C8 g1 {# t /** ) e2 N2 h! B. x# z: p, I# f, { *8 a" ~# b4 x4 i) x: m) s& S
* This is the step behavior. * ~: h) }5 L, o: a * @method step- W% J Q" s& L
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@Watch(8 t6 V7 ^- _6 m. `5 L
watcheeClassName = 'infrastructuredemo.GasNode', % C9 o. h3 }* O! m% W watcheeFieldNames = 'pressure', 4 y; t" q- J1 }- h9 G query = 'linked_from', : l! X5 w4 Y0 e: N6 P whenToTrigger = WatcherTriggerSchedule.LATER," Z, q, [& {9 }: L
scheduleTriggerDelta = 10d : Y3 Y) r; x0 _7 I/ g4 O( N )( X1 t8 r5 V3 J" X
public def step(infrastructuredemo.GasNode watchedAgent) { 0 q6 q% k f" t) K: O$ Y. I4 C- q! k* X! `6 R
// Define the return value variable. & `+ o- r' m! l8 X def returnValue5 ~* \6 U$ _6 r E' j/ p- c
& Q. i" ^" ]' M! P // Note the simulation time.' s# q) K+ Z ^) |) r. u
def time = GetTickCountInTimeUnits() 1 P z8 i( N7 `4 P# l& v* l+ A! g1 a9 ~
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// This is an agent decision., ^5 N' u& A0 W, z2 J
if (watchedNode.pressure<200) {6 q8 Z0 T- u1 `+ I
3 ]9 I1 o" g$ }( h // This is a task. 0 ]7 n! [) c, o- |% q. i/ K/ M setPressure(watchedAgent.pressure)$ {0 X- P. s" |# T/ n
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} else {* H: }: w3 k7 z, _8 v8 x
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2 n- t4 K, {- E( N3 W3 Z& S8 Y. F } 4 G" h3 w2 H% E // Return the results.2 Z! @3 ]/ D( b
return returnValue 0 a; m1 l" d" I, k # M) w, d" [2 I* i } 2 _+ m4 Z1 U( B6 v) x+ N/ z4 ~; a7 N* |9 _# T1 W9 D
/**1 v9 u9 }. s3 h: i
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* This is the step behavior. , O5 M) r9 D% z1 C6 f* _/ b/ \ * @method step8 V# l* x9 d/ I5 ^ f }6 l
* # N( ?% y5 |2 A+ _: E1 v */ 9 k% Y5 B2 u" }1 b' p& b @ScheduledMethod( 9 C: F1 s2 m+ m' n! o9 p start = 1d,: {3 O% d" K, {0 z. R" g: E3 G, E H
interval = 1d,$ m$ D" o: P: A/ u% y- F9 c. Z
shuffle = false. }; B3 L4 F( j( k% Z
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public void step() { 0 c" l" E8 F/ S ; H8 E$ s8 f: `. Y( K# A // Note the simulation time. + a$ ?% J; j; B& V' b! n8 l def time = GetTickCountInTimeUnits()$ a e/ G+ o0 B& L/ t5 _4 X' r
) ?# ?, S6 e7 {! }1 ? // This is a task. / W# n/ @, ]. k# n+ o" l8 e% B9 x measurePressure=pressure+ RandomDraw(-20.0, 20.0) , l3 K% R2 h/ ~6 M6 | // End the method. 1 O9 O! k! F+ n) |7 T: g f return + W) H# X+ W. H7 c3 v H ; H! L! u; _3 z0 R }
注意,在函数step中 3 A- y( [( a$ k m$ E public def step(infrastructuredemo.GasNode watchedAgent) { 8 G B s/ s! z2 p //这里是watchedAgent 1 Z1 J1 J; d7 r: @ 但是在语句中,你填的是watchedNode ; k2 W) q7 P8 D8 j- g9 { // This is an agent decision.: C. d2 M3 R! ^9 q
if (watchedNode.pressure<200) { 9 ^6 }* I; b) o2 R i setPressure(watchedAgent.pressure)! u! v% z' y# y
变量名称须统一,可以都改为watchedAgent