【求助】我的simulink双馈风机仿真出现了这样的提醒

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仿真进度一点也不动弹，然后出现了这样的提醒，请问下大家我这个是进入死循环了吗？
4 m6 D1 r  V# ?6 J6 v4 OFound algebraic loop containing:
  'DFIG1_new/2 Mass Drive Train4/Mutual damping'
/ C% T( o1 e3 b  'DFIG1_new/2 Mass Drive Train4/Sum2'
, L" r- n3 P; L5 m: @6 H  'DFIG1_new/2 Mass Drive Train4/Gain'
+ H+ [6 q* V2 M3 B8 ]* a! y6 e# v# \  'DFIG1_new/Product'
  'DFIG1_new/Asynchronous Machine pu Units1/Mechanical model/Discrete w input/1_Pb'
4 Q6 N) I7 w- P& b& L9 Z  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/sin(beta),cos(beta),sin(th),cos(th)'
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/sin(thr),cos(thr)1'
! s  q, ~  Q% N8 y+ A8 s  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Electromagnetic Torque/1-1'
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/Subsystem/wbase*Ts'
. J. H. X" k' S* s! }! S  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/Subsystem/Sum1'
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/Product2'
$ C8 U* {7 S4 U) _7 o0 j$ z  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/Ad*x(k-1) + Bd*u(k-1) '
$ S  o$ y: t' d$ m6 V$ C  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/IC' (discontinuity)
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Electromagnetic Torque/Mult1'
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Electromagnetic Torque/Sum2'
  'DFIG1_new/Asynchronous Machine pu Units1/Mechanical model/Discrete w input/1\p1'
  'DFIG1_new/rad//s pu'
& L" ]$ t3 p: L( R* j, [  'DFIG1_new/2 Mass Drive Train4/Sum1' (algebraic variable)
' d; x( k1 B& k9 `' z$ J: G  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/sin(thr),cos(thr)'
; k( y  D3 G) Y1 g) ~" O  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/Multiport Switch1'
6 x1 U/ N# \$ _5 f( Z  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Sum1' (algebraic variable)
* p* x, l3 I$ n  u  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Product3' (algebraic variable)
6 J7 N6 I2 E. pThis algebraic loop may be resolved when the subsystem option 'Minimize algebraic loop occurrences' is selected on some or all of the atomic and enabled subsystems in this algebraic loop.