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simulink 仿真出现过零问题,部分错误如下:
- C+ \# }4 E' E1 q( vAn error occurred while running the simulation and the simulation was terminated1 x2 A, b. b: i9 }, _& j) S
Caused by: J1 ]) J4 \; ?8 v
At time 0.0016915343915627594, simulation hits (1000) consecutive zero crossings. Consecutive zero crossings will slow down the simulation or cause the simulation to hang. To continue the simulation, you may 1) Try using Adaptive zero-crossing detection algorithm or 2) Disable the zero crossing of the blocks shown in the following table.
5 L: B# \& C2 H5 z& P--------------------------------------------------------------------------------/ d& h: s+ Z# A
Number of consecutive zero-crossings : 52860
. [8 H L2 W! w3 z Zero-crossing signal name : MinmaxInput
$ u0 n3 Q" v" I/ l# X6 ^, s Block type : MinMax
& T! @" T6 o' z4 D Block path : 'untitled/Fuzzy Logic Controller/FIS Wizard/Rule6/impMethod'
2 J3 ?" e; V' l7 t0 L--------------------------------------------------------------------------------
4 {1 I' o# C! ]! t--------------------------------------------------------------------------------
8 M6 p- m4 Z4 W" h {Number of consecutive zero-crossings : 43358( @1 @; k# w& _: F* M8 w# w( B
Zero-crossing signal name : MinmaxInput
) I0 n6 H$ B% }+ Q+ t Block type : MinMax
- ~0 D! X9 J3 g& [+ ? Block path : 'untitled/Fuzzy Logic Controller1/FIS Wizard/Rule16/impMethod'
, c, j; Q7 N( ]! r9 H1 q% I--------------------------------------------------------------------------------
3 k) t) k1 H' F# A! {--------------------------------------------------------------------------------
+ t# g* U ]" j. w4 y% I* aNumber of consecutive zero-crossings : 36086
3 ^5 y- y6 z- F& w& z6 s- @+ [ Zero-crossing signal name : MinmaxInput
0 s- s: J3 e) |9 E9 u9 n5 P Block type : MinMax
9 o6 I( f- B& d: }- x$ s4 D Block path : 'untitled/Fuzzy Logic Controller/FIS Wizard/AggMethod1'
4 Y8 o+ ]. g3 Y4 Y# Z- t. B; e9 B, {--------------------------------------------------------------------------------
! c1 w1 r4 L, m( X; I( ?3 U3 n--------------------------------------------------------------------------------; g( `' V+ I2 ?2 t9 k1 M9 c2 R
Number of consecutive zero-crossings : 34908+ J1 z; [+ O9 h# ^' A. B) E
Zero-crossing signal name : MinmaxInput. ~7 @ N6 ?+ ?' d4 p( g9 `
Block type : MinMax
8 e! e) J) Y0 L, j2 ?' ^ Block path : 'untitled/Fuzzy Logic Controller/FIS Wizard/Rule3/impMethod'
( b+ Y) w, q& T--------------------------------------------------------------------------------
G5 n3 g j) h# a V( t* r/ l7 S$ m--------------------------------------------------------------------------------7 G# `4 u& I/ g% |3 A! W; c5 W
Number of consecutive zero-crossings : 33500+ L+ O$ z+ \3 P# Q9 J0 W1 E8 Z7 k
Zero-crossing signal name : MinmaxInput
. O. W3 M+ ^( J1 V' Z3 P9 C Block type : MinMax
2 ]0 d' [" a R: k Block path : 'untitled/Fuzzy Logic Controller/FIS Wizard/Rule9/impMethod', g* r# E- x% ? c
--------------------------------------------------------------------------------
- t9 Q2 y8 \/ L--------------------------------------------------------------------------------0 z7 i( U. o& u- }
Number of consecutive zero-crossings : 335000 z; ]$ d, a& R' J) G0 e# n2 b" d
Zero-crossing signal name : MinmaxInput
2 B$ b+ K3 S* z Block type : MinMax- o4 y) ~8 Y( N. J2 V: i0 T7 b
Block path : 'untitled/Fuzzy Logic Controller/FIS Wizard/Rule2/impMethod'
2 T( ? Q* q: A9 j--------------------------------------------------------------------------------
& m, P- F7 y0 U' V0 G, f--------------------------------------------------------------------------------
) m" |# Y) w: a7 _Number of consecutive zero-crossings : 30500
, J& t1 x0 i6 |1 s. d+ X Zero-crossing signal name : MinmaxInput
3 s+ D* e& s% Q+ q% p" P, N Block type : MinMax! T8 ]& M% G! r4 s' C: l N0 X
Block path : 'untitled/Fuzzy Logic Controller1/FIS Wizard/Rule1/impMethod': I g7 V+ q1 B- f8 U' ^
--------------------------------------------------------------------------------+ t' J; |9 B# X
; ^" L) o0 Q! ]
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(中间错误省略) C4 |: J. ^3 J+ Y b
--------------------------------------------------------------------------------& e+ p; J! f2 ~6 m
Number of consecutive zero-crossings : 2& L5 O5 u+ s1 T
Zero-crossing signal name : MinmaxInput+ h7 }, A' G5 G1 D6 s
Block type : MinMax
~6 c2 g: U3 _/ @; ` Block path : 'untitled/Fuzzy Logic Controller/FIS Wizard/Rule6/andorMethod'
5 ~4 l1 d) j" ~3 e* \% v( `--------------------------------------------------------------------------------9 R3 O: \2 _# @
--------------------------------------------------------------------------------
0 o/ n( ]( S* l/ l/ Y- NNumber of consecutive zero-crossings : 2+ u7 S0 X# s- X
Zero-crossing signal name : MinmaxInput W7 {' |% {$ h0 ?* E; E
Block type : MinMax/ o1 D0 g) X# v/ h0 A- N
Block path : 'untitled/Fuzzy Logic Controller1/FIS Wizard/Rule23/andorMethod'
3 B ?; G/ g' n/ B8 i; y--------------------------------------------------------------------------------8 C7 M5 ^+ f% V
--------------------------------------------------------------------------------( l+ b' J' c; l4 p- w
Number of consecutive zero-crossings : 2- r( q" h9 R: @1 T$ O
Zero-crossing signal name : MinmaxInput! n' c+ n+ k# d- n: l% P+ i' |
Block type : MinMax4 u9 r {; ?0 R- e
Block path : 'untitled/Fuzzy Logic Controller1/FIS Wizard/Rule24/andorMethod'
$ A) a3 t+ M" r$ M5 i--------------------------------------------------------------------------------
6 N8 N0 y: R, E1 r7 O* }: b6 a: t, ^--------------------------------------------------------------------------------* q' q0 g/ _* r0 k( H
Number of consecutive zero-crossings : 23 K i$ V& s& N- [0 x
Zero-crossing signal name : MinmaxInput
6 X& K7 e' c8 d2 d/ X- u Block type : MinMax
% Z5 M; c5 E$ q7 G7 p Block path : 'untitled/Fuzzy Logic Controller1/FIS Wizard/Rule25/andorMethod'- N6 V& ]& W9 M$ T
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2 J: k: D) X; z* {# x* L/ zYou can turn off this message by using the MATLAB command:
) {' n8 [$ @ @+ D6 qset_param('untitled','MaxConsecutiveZCsMsg','none');
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