题目kedaOJ#P2849时间涟漪思路栈代码#include<bits/stdc++.h>usingnamespacestd;intmain(){intN;cin>>N;stack<int>timeRipples;intmaxEnergy=INT_MIN;for(inti=0;i<N;++i){intinstruction;

题目传送门前置知识树链剖分|线段树解法树链剖分后维护一个支持区间修改，单点查询的线段树即可。也可以树上差分，同146.DFS序3，树上差分1的\(1,2\)操作，时间复杂度比树链剖分更优。代码#include<bits/stdc++.h>usingnamespacestd;#definelllonglong#define

在神秘的地牢中，n 个魔法师站成一排。每个魔法师都拥有一个属性，这个属性可以给你提供能量。有些魔法师可能会给你负能量，即从你身上吸取能量。你被施加了一种诅咒，当你从魔法师 i 处吸收能量后，你将被立即传送到魔法师 (i+k) 处。这一过程将重复进行，直到你到达一个不存在 (i

importsysrows=4cols=4matrix=[[0,1,1,1],[30,30,-1,40],[0,20,20,40],[10,-1,30,40]]offsets=((-1,0),(1,0),(0,-1),(0,1))classNode:def__init__(self,x,y):self.x=xself.y=yself.initial_energy=0

 论文提出用于out-of-distributions输入检测的energy-based方案，通过非概率的energyscore区分in-distribution数据和out-of-distribution数据。不同于softmax置信度，energyscore能够对齐输入数据的密度，提升OOD检测的准确率，对算法的实际应用有很大的意义来源：晓飞的算法工程笔记

1.研究背景        随着全球能源需求的增长以及环境保护的压力，综合能源系统（IES）成为了实现能源可持续发展的关键方案之一。IES通过集成多种能源资源，优化能源的产、供、存、消过程，提高能源利用效率，减少环境污染。然而，可再生能源的高度不确定性和负荷需求的波动为IES的优

BallisticsOneofthemostcommonapplicationsofphysicssimulationingamesistomodelballistics.Thishasbeenthecasefortwodecades,predatingthecurrentvogueforphysicsengines.Regardlessoftheobjectbeingfired,wewillcallthisa“projec

题面有\(n\)个电池，每个初始电量为\(a_{i}\)，现在需要通过能量传递让所有电池电量相等。能量传递的方法是：选择两个电池，一个失去\(x\)电量（\(x\)可以不是整数），另一个得到$x-\dfrac{xk}{100}$点电量。也就是说，传递过程中会损失\(k\%\)的电量。现给出\(a_{i}\)，求通过能量传

1.背景介绍Reinforcementlearning(RL)isasubfieldofmachinelearningthatfocusesonhowagentsoughttotakeactionsinanenvironmentinordertomaximizesomenotionofcumulativereward.Inrecentyears,reinforcementlearninghasbeenappliedtoawid

HowcanIdotoprotecttheEnvironmental  Protectingtheenvironmentisanimportantresponsibilitythatweallshare.Herearesomesimplestepsyoucantaketohelpprotecttheenvironmentandreduceyourimpactontheplanet:  Reduce,reuse,andrecyc

HowcanIdotoprotecttheEnvironmental  Protectingtheenvironmentisanimportantresponsibilitythatweallshare.Herearesomesimplestepsyoucantaketohelpprotecttheenvironmentandreduceyourimpactontheplanet:  Reduce,reuse,

CheapRobot题面翻译给你一张\(N\)个点的带权无向连通图，其中结点\(1,2,…,k\)为充电中心。一个机器人在图中行走，假设机器人的电池容量为\(c\)，则任何时刻，机器人的电量\(x\)都必须满足\(0\lex\lec\)。如果机器人沿着一条边权为\(w\)的边从结点\(i\)走到结点\(j\)，

计算结构的应变能,ALLSE=所有单元的ESEDEN*EVOL。但这不适用于模态分析，因为模态分析EVOL不能用ALLSEField:noHistory:yes.fil:automatic.dat:automaticRecoverablestrainenergy.Insteady-statedynamicandfrequencyextractionanalyses,thisisthecyclicm

Reducinggreenhousegasemissions1.Turningtocleanenergy:reducingdependenceonfossilfuelsandimprovingtheutilizationrateofrenewableenergy.Increasethedevelopmentandutilizationofcleanenergysourcessuchaswind,solar,andhydropower.2

Chinahastakenaseriesofmeasurestoaddressairpollution,including:Reducepollutionsources:Strengthenpollutioncontrolinkeyindustriessuchasindustrialenterprises,powerplants,andsteelmills,promotetheeliminationofhighlypollutingc

Theuseofgreenenergycaneffectivelysolvetheproblemofairpollution一、theoperationofgreenenergy  Greenenergyreferstoawayofproducingandconsumingnon-pollutingorlesspollutingenergysourcessuchasrenewableenergyandcleanenergy

Measure:Reduceorpreventtheemissionofpollutants Reformtheenergystructureandadoptnon-pollutingenergysourcessuchassolarenergy,windpower,andwaterpowerandlow-pollutingenergysourcessuchasnaturalgas,biogas,andalcohol.Pre-t

HowToSolveTheProblemOfAirPollutionThereport"China'sCarbonNeutralityandCleanAirSynergyPathway(2023)"waspublishedinBeijingonNovember1.ThereportcomprehensivelyshowsthecurrentstatusofChina'scarbonneutrali

 OneofthemanyspecificmeasuresandpoliciesChinahasimplementedtosolvetheproblemofairpollutionistoimplementtheActionPlanforthePreventionandControlofAirPollution.  Theworkingprincipleofthisactionplanistopromotethe

DefinitionofGlobalwarming:Asoundecologyandenvironmentisnotjustanaturalasset,butalsoaneconomicasset,anditaffectsthepotentialandmomentumofeconomicandsocialdevelopment.Weneedtospeedupeffortstofosteragreenwayofdevel

`includeincludeincludeusingnamespacestd;classGame{public:Game(){this->energy=this->energy2=0;this->HP=this->HP2=100;this->round=1;}voidstart(){cout<<"Welcometomagicfight!"<<endl;st

SELECT customer_id, count(*)numFROM uic_contractGROUPBY customer_idORDERBY numdescSELECT uea.energy_id, uep.prod_name, sum(uea.cost_num)numFROM uic_energy_accountuea LEFTJOINuic_energy_produepONuep.id=uea.energy_idWHERE u

问题描述2383.赢得比赛需要的最少训练时长(Easy)你正在参加一场比赛，给你两个正整数initialEnergy和initialExperience分别表示你的初始精力和初始经验。另给你两个下标从0开始的整数数组energy和experience，长度均为n。你将会依次对上n个对手。第i个对手

Vasya正在玩一款新的电脑游戏 EnergyTycoon游戏的规则非常简单：有一行 �n 个空位。有一些能源装置，每个能源装置会占用 11 或 22 个相邻的空位，并且每回合产生一个单位的能量。在游戏里，每个回合可以建造一个新的能源装置（也可以不建造）。如果没有地方建新的能源装置，可以拆

matlab代码：【AppliedEnergy顶刊复现】基于双层优化模型的大规模电动汽车时空调度。该matlab代码研究了发电机、电动汽车和风力发电的协同优化问题。从时域和空间域中，解决了在风电条件下，电动汽车在各自的时间域和空间域进行充放电的调度问题。输电网中的上层优化将电动汽车与热