microgrid energy storage

1-4-3. Calculation of energy storage inductance of the parallel switching power supplySimilar to the numerical method used to calculate the energy-saving inductance in the inverted series switching power supply, the energy storage inductance of the parallel switching power s

1-3-2. Calculation of energy storage inductance of inverted series Switching Power SupplyThe calculation method of the energy storage inductance of the inverted series switching power supply is basically the same as that of the previous "calculation of the energy

1-2-3. Calculation of energy storage filter inductance of tandem Switching Power SupplyFrom the above analysis, we can see that the output voltage of the tandem switch power supply is related to the duty cycle D of the control switch and the energy storage inductance L, because the

*= Tw[pos])%= p; NDP + = Mid; (NDP + = DFS (pos-1, un i== nb,um j = Mb,uk X==k[pos]))%= p; } } }returnNDP;} LL Cal (ll n,ll m,ll K) {tw[0] =1; for(intI=1; i1] *2)% P; } N--, m--; Biter (N,n); Biter (M,M); Biter (K,K);memset(dp,-1,sizeof(DP));memset(cnt,-1,sizeof(CNT)); LL Tim = DFSN (maxn-1,true,true,true); LL val = dfs (maxn-1,true,true,true); K%= p; Tim *= K% p; (Val-= Tim% P)%= p; val + = p; Val%= p;returnVal;}intMain () {intT LL n,m,k;Cin>>T;

I'm such a sb!!!.F[I][0/1][0/1][0/1] to consider whether the first I bit is the upper bound of card N, whether the upper bound of card m, whether the number of the lower bound of card KG[I][0/1][0/1][0/1] Indicates whether the upper bounds of card n is the upper bound of the first I position of the I-bit, or if the lower bound of card K is the number pair andDirect DP#include "bzoj4513" [Sdoi2016] Energy-Storage