1.谁有真正的源码网白玉枇杷溯源码（赢在龙头）之动能运行轨迹 源码公式
2.哪位大哥能给我一个基于IDEA算法的c或者c++的软件以及源代码啊
谁有真正的（赢在龙头）之动能运行轨迹 源码公式
动能运行轨迹
RSV:=(((CLOSE - LLV(LOW,)) / (HHV(HIGH,) - LLV(LOW,))) * );
SMA(RSV,7,1);
SMA(SMA(RSV,7,1),4,1);
SMA(SMA(SMA(RSV,7,1),4,1),6,1);
(((CLOSE / COST(8)) <= 0.8) * );
,POINTDOT;
,POINTDOT;
RSV:=(((CLOSE - LLV(LOW,)) / (HHV(HIGH,) - LLV(LOW,))) * );
Y0:SMA(RSV,7,1);
Y1:SMA(SMA(RSV,7,1),4,1);
Y3:SMA(SMA(SMA(RSV,7,1),4,1),6,1);
Y2:((CLOSE / COST(9)) <=1) * ;
Y:,POINTDOT;
Y:,POINTDOT;
哪位大哥能给我一个基于IDEA算法的c或者c++的软件以及源代码啊
c++ code
////////////////////////////////////////////////////////
//
// Project: Implementation of IDEA (International
// Data Encryption Algorithm)
//
// ECE Term Project
// Winter
// Author: Irwin Yoon
//
// Overview: This code does the following:
// - print out all encryption and
// decryption subkeys which are used
// in the encryption and decryption
// process
// - encrypts plaintext message
// - decrypts ciphertext message
// - shows detailed, round by round results
// (8 total)
// Program contains a user driven menu where the user can select
// initial -bit key and also select messages to decrypt
// and encrypt.
//
// Compiling: This has been verified to work on SunOS
// with g++ compiler (flop.engr.orst.edu).
// To Compile: g++ Idea.cpp -o Idea.exe
//
// Note: This code is a little sloppy. Coding could
// be made more efficient.
//
// Usage: Run executable with no arguments: Idea.exe
// Then select appropriate menu options
//
//
//
//////////////////////////////////////////////
// main() is at the bottom of file!
#include <stdio.h>
#include <iostream>
#include <stdlib.h>
#include <cassert>
#include <string>
//globals
#define NUMSUBKEYS
#define NUMROUNDS 8
#define MAXINPUTSIZE
// I had problems if we use #define with
// these nums. Problem arose when taking
// mod of this number
unsigned int TWOPOWER = ;
unsigned int TWOPOWER = ;
unsigned int inputsize;
// all the subkey information
unsigned short esubkeys[NUMSUBKEYS];
unsigned short dsubkeys[NUMSUBKEYS];
unsigned int origkeyint[4];
unsigned char origkeychar[];
//
