代码搜索：Step
找到约 10,000 项符合「Step」的源代码
代码结果 10,000
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cc bin_eur_call.cc
#include // standard mathematical library
#include // defining the max() operator
#include // STL vector templates
using namespace std;
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cc bin_eur_put.cc
// file bin_eur_call.cc
// author: Bernt A Oedegaard
// calculate the binomial option pricing formula for an european put
#include // standard mathematical library
#include
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cc bin_am_call.cc
#include // standard mathematical library
#include // defines the max() operator
#include // STL vector templates
using namespac
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cc bin_am_put_payout.cc
// file bin_am_put.cc
// author: Bernt A Oedegaard
// calculate the binomial option pricing formula for an American put
#include // standard mathematical library
#include
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cc bin_am_call_payout.cc
#include // standard mathematical library
#include // defines the max() operator
#include // STL vector templates
using namespac
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cc bin_am_put.cc
// file bin_am_put.cc
// author: Bernt A Oedegaard
// calculate the binomial option pricing formula for an American put
#include // standard mathematical library
#include
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cpp loghndlr.cpp
// LogHndlr.cpp - Implementation of CLogHndlr class
// CLogHndlr is derived from CMsgHndlr and it is responsible for logging the message on to
// the log file, when HandleMessage method is called
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cpp msghndlr.cpp
// MsgHndlr.cpp - Implementation of CMsgHndlr class
// This class is responsible for,
// 1. Creating the required message handler
// 2. Making sure that only one message handler ( Singleton Obje
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h motor.h
void a_step(unsigned char d,unsigned int t); //步进电机走一步d=0 正转d=1 反转 t越大走得越慢
void a_turn(unsigned char d,unsigned int t); // 步进电机走一圈
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m ex7_3.m
G=tf(1,[1,3,3,1]); Ti=1; Td=1; Kp=1; N=10;
no=Kp*([Ti*Td,0,0]+conv([Ti,1],[Td/N,1]))/Ti;
do=[Td/N 1 0]; Gc=tf(no,do);
G_c=feedback(G*Gc,1);
step(G_c), hold on
nH=[(1+Kp/N)*Ti*Td,Kp*(Ti+Td/N),Kp];