' b; k6 p, E( Y1 y% u@Parameter (displayName = "Measured Pressure", usageName = "measured pressure")% [# N1 n3 X& y, T, W
public double getMeasured pressure() {& c O6 w5 Z! B* k
return measured pressure . T+ T$ C0 I' H8 H% \) i }5 _1 W) o* x4 r% d- r4 f) }# H
public void setMeasured pressure(double newValue) { 9 ?9 E$ [# n6 G measured pressure = newValue9 ~/ l* p$ S4 f5 v [) T" G. q
}, v& z& p* B; \# X9 T! t0 \
public double measured pressure = 0 ; g: D& C) U% y . e0 V8 M( Y6 D% M* F! ^9 j /**4 o( }+ m* i2 \
* + A2 }/ x$ `& b. P( g; Q7 P * This value is used to automatically generate agent identifiers. 9 T, |- W2 D r/ p * @field serialVersionUID/ z) J# a) _, ~0 F" E$ Y
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private static final long serialVersionUID = 1L# y4 j; [1 _' d+ D* y/ b
7 B- X0 F" w- c9 W( W /** # d! Q! v2 V1 O; B- e *+ v; ^* T/ h# ^
* This value is used to automatically generate agent identifiers./ `2 l4 b7 w# |1 N
* @field agentIDCounter: h2 }" y6 f# E j4 m% A
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*/ ' x1 b7 }7 D/ M2 S- y* Y: p protected static long agentIDCounter = 10 o: |6 {" e, N
& D0 Y& k6 a+ ], G /** : s$ B! K; M0 `+ d% H' Y* \ *# e; `% n( p5 `
* This value is the agent's identifier.. B, J. v, {! h
* @field agentID d3 N) Y( I# C. [2 q9 v *. l- w* f) h. R
*/ / R0 ~" F( g6 h9 k s' i2 @ protected String agentID = "GasNode " + (agentIDCounter++) 2 X+ h3 c5 h$ q- ?" B+ e a4 e- ]: D( @! P) [, O
/**0 h. R: T, j: E2 S* f1 G% q
* 1 W! V4 S1 @7 q8 { * This is the step behavior.% Y/ |! W. N0 ~8 R% s9 w3 |
* @method step ! n% F: U2 U/ _7 h, ^& V * $ t+ [% ^* P) i- A- o */ 5 O, A# Z0 J" x1 o @Watch( 0 R- V+ n& Q( F" s0 s x watcheeClassName = 'infrastructuredemo.GasNode', / g9 j ]: E" }5 w+ x watcheeFieldNames = 'pressure', 3 P) L! U7 k% H- G$ U3 b query = 'linked_from',( q0 s, A6 D: J9 T. C1 Y" _4 r
whenToTrigger = WatcherTriggerSchedule.LATER,. O- k$ o7 Y7 G& e1 Y. j
scheduleTriggerDelta = 10d1 W3 c( `% m$ U* U$ h3 |
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public def step(infrastructuredemo.GasNode watchedAgent) { % A0 p0 j! ?" k- O; g7 @ i6 r( \* q' B8 k3 C; Q
// Define the return value variable. & h* m z2 v- z6 @' A% `! \ def returnValue+ Y2 e$ O$ [7 ]% T
" V% |$ F3 |" M // Note the simulation time." E5 J+ p6 P* Q% S: e( H
def time = GetTickCountInTimeUnits()8 O; c" t4 H/ u& T& Z. j
) F$ z" N+ J( T" L3 b! n $ V* w G/ ?, W // This is an agent decision. 7 p* g Q5 {/ ~( d! I1 E if (watchedNode.pressure<200) { 0 R1 j. q1 f7 s. P% _- {7 h( Z$ A3 c. E, p6 l" m
// This is a task. , r: `1 G% W6 H n2 i setPressure(watchedAgent.pressure)4 g/ x, o* k) ]0 z
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/**/ t1 h1 r3 X. a D6 K
* ! M) R4 N3 d" J2 L * This is the step behavior. . V- G: }$ V3 X * @method step7 E3 H @0 W9 {" N6 [0 ^
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@ScheduledMethod( 3 ?" r$ S1 Z" h9 J4 T* u6 O: p6 n start = 1d, / G" {* _' O3 ]9 d6 [0 M! V3 z interval = 1d,7 O1 @! }7 H& [# N4 R
shuffle = false. k2 X. d7 b9 ]5 ^$ X: R- u# H
) 8 N+ s5 V, r% x public void step() {+ V ^, f; B/ F4 O6 {. Y. }0 E
9 O9 e4 M' i3 Q // Note the simulation time. " d% L; y: k. W7 V+ f7 B4 Z$ \! J def time = GetTickCountInTimeUnits(), w; S1 j) q# q! B( S' f
/ X* T, @9 l/ C A+ a$ ] // This is a task. + A) F1 q4 k1 b/ } measurePressure=pressure+ RandomDraw(-20.0, 20.0)3 u( ]' Y3 P( \+ K
// End the method.. W0 K; H/ C9 a9 z Y
return ( v& R' f% t+ O, X4 }" L, d$ b+ u, b: P5 ^
}
注意,在函数step中0 |8 g: K6 D$ Y0 J8 l3 s" f; i. T" V6 A
public def step(infrastructuredemo.GasNode watchedAgent) {9 S0 _3 L# |' V# m5 q9 X6 i
//这里是watchedAgent1 H: _6 f; x) T
但是在语句中,你填的是watchedNode m4 _! a. G5 S' U& Y // This is an agent decision.! \: y4 q, p. {2 H
if (watchedNode.pressure<200) { % _' r! r. p2 C1 q+ W+ }
setPressure(watchedAgent.pressure) 3 {2 @9 a5 v# H* k* g0 G# d- I变量名称须统一,可以都改为watchedAgent