Series Summation C # LANMDA notation

#pragma once#include "stdafx.h" #define MAXK 1e7//class Algomath {//public://algomath () {}//virtual ~algomath () {}//};// Series summation//pseudo LANMDA notation//double series= (double base, int limit, int Constant) + int Constant + sigma{base^i/i |  (1 <= i <=)};//constant constant term, base radix, limit limit upper bound double Series (double base, int limit, int Constant) {double sum = 0.0;int I;//limit is 1 to 100for (i = 1; I <= limit; i++) {sum + = POW (base, i)/I;} Sum initial value is 1sum + = Constant;return sum;}  Series summation, withtempdouble serieshavetemp (int Constant, double base, int limit) {Double sum = 1.0;double temp = 1;int I;//limit is 1 to 100for (i = 1; I <= limit; i++) {temp = POW (base, i); sum = sum + temp/i;} return sum;} void Main () {//int i;//clock_t start, end;//double duration;//used to stored top-end//start = clock ();//for (i = 0; i < maxk; i++) {//FUN1 (1.1),//}//end = Clock (),//duration = ((double) (End-start))/clk_tck/maxk;//printf ("Every Method fun 1 using Average time:%f\n ", duration);/start = Clock ();//for (i = 0; i < maxk; i++) {//fun2 (1.1);//}//end = Clock ();//duration = ((double) (End-start)) /clk_tck/maxk;//printf ("Every method fun2 using Average time:%f\n", duration),////}//c# series summation,//pseudo LANMDA notation//double Ser ies= (double base, int limit, int Constant) = int Constant + sigma{base^i/i | (1 <= i <=)};//constant constant term, base radix, limit limit upper bounds//double Series (double baseX, int limit, int Constant) {//D ouble sum = 0.0;//int i;////limit is 1 to 100//for (i = 1; I <= limit; i++) {//Sum + = Math.pow (base X, i)/i;//}////sum initial value is 1//sum + = constant;//return sum;//}////c# lanmda myseries notation////progression summation C # true LANMDA notation// /CONSTANT constant term, base radix, limit limit upper bound//double basex;//int limit;//int constant;//delegate double del (double baseX, int limit, int Constant);//del myseries = (BaseX, limit, Constant) = > {//double sum = 0.0;//int i;////limit is 1 to 100//for (i = 1; I <= limit; i++) {//sum + = Math.pow (BaseX, i)/i;//}/Sum initial value is 1//sum + = Constant;//return sum;//}; 

　　

Series Summation C # LANMDA notation