【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？
9 y0 h7 W7 h6 a/ I/ o" CFound algebraic loop containing:
9 A/ O7 S# U. R* S" ^$ A9 ~) r  'DFIG1_new/2 Mass Drive Train4/Mutual damping'
  'DFIG1_new/2 Mass Drive Train4/Sum2'
  'DFIG1_new/2 Mass Drive Train4/Gain'
  'DFIG1_new/Product'
% L7 J2 ]" l8 \6 T0 e  'DFIG1_new/Asynchronous Machine pu Units1/Mechanical model/Discrete w input/1_Pb'
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/sin(beta),cos(beta),sin(th),cos(th)'
/ {8 S" t  O6 c6 h' k' l) R  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/sin(thr),cos(thr)1'
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Electromagnetic Torque/1-1'
5 V# O/ v8 i. s/ C" k* Y  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/Subsystem/wbase*Ts'
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/Subsystem/Sum1'
! J; {8 d7 _6 H; g' b, U" N3 z  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/Product2'
0 X- R7 L0 L% s9 @. M! 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) '
  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/phiqd_SR/IC' (discontinuity)
1 {) F6 y! {! w" n7 y  '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'
4 N0 n9 w& f5 K0 _6 q! [' M  'DFIG1_new/Asynchronous Machine pu Units1/Mechanical model/Discrete w input/1\p1'
  'DFIG1_new/rad//s pu'
7 C' v' n( i# [5 }7 q  'DFIG1_new/2 Mass Drive Train4/Sum1' (algebraic variable)
" t% h6 k- a8 |4 D  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/sin(thr),cos(thr)'
. C+ n& k* @$ r; B  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/sin,cos/Multiport Switch1'
( U( r, Q# V" ~! o" `% Y  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Sum1' (algebraic variable)
+ O6 R# |( A4 C2 c& o  'DFIG1_new/Asynchronous Machine pu Units1/Electrical model/Discrete/Asynchronous Machine State-space model/Product3' (algebraic variable)
; c, b$ p2 r) [This 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.
7 g6 g7 @9 @9 B3 F5 P: l: E6 G