基于FRAME的一個寫字板的例子,其中涉及到JTable, MDI, text file, array等知識,適用于初學JAVA的朋友參考
標簽: FRAME
上傳時間: 2015-02-25
上傳用戶:徐孺
基于LMS的雙向回波削除源碼,不過回波幅度不要大于0.2,否則算法認為DOUBLE TALK DETECT。各位可修改此閥值,試試效果
上傳時間: 2015-03-09
上傳用戶:lnnn30
這是我的一些數據結構(C語言)源代碼 比如LinkList,String,Array,Tr
上傳時間: 2015-03-11
上傳用戶:songnanhua
這是一個支持多位數運算(可以達到幾百位的長整數)的數類,名字叫Long,它是從long類發展過來的,但比原來的long類功能多。Long類可以和原有的double,long等等數據類型混合運算
上傳時間: 2013-12-28
上傳用戶:thinode
浮點數基本運算 浮點數的基本運算主要有四則運算、符號處理、大小比較,以及浮點數分柝等。 包含頭文件 "fn.hpp" #include "fn.hpp" 浮點數基本運算 浮點數的基本運算中有加、減、乘、除、取負、絕對值、相等比較等。 加減乘除 加、減、乘、除四個運算極為相似,都是需要兩個參數,結果當然也是浮點數了。 例子: // 加 減 乘 除 btil::fn::plus<f1, f2>::value // f1+f2 的結果 btil::fn::minus<f1, f2>::value // f1-f2 的結果 btil::fn::multiplies<f1, f2>::value // f1*f2 的結果 btil::fn::divides<f1, f2>::value // f1/f2 的結果 plus<f1, f2>::value::f_val // f1+f2 的結果的值 struct one { static const double f_val = 1.0 } // 兩個浮點數 struct two { static const double f_val = 2.0 } minus<two, plus<divides<one, two>::value, one>::value >::value::f_val == 0.5 取負 取負運算就是取一個浮點數的負數。
上傳時間: 2014-12-06
上傳用戶:exxxds
自己用C編寫的小游戲,DOS界面哦,可以運行。 浮點數基本運算 浮點數的基本運算主要有四則運算、符號處理、大小比較,以及浮點數分柝等。 包含頭文件 "fn.hpp" #include "fn.hpp" 浮點數基本運算 浮點數的基本運算中有加、減、乘、除、取負、絕對值、相等比較等。 加減乘除 加、減、乘、除四個運算極為相似,都是需要兩個參數,結果當然也是浮點數了。 例子: // 加 減 乘 除 btil::fn::plus<f1, f2>::value // f1+f2 的結果 btil::fn::minus<f1, f2>::value // f1-f2 的結果 btil::fn::multiplies<f1, f2>::value // f1*f2 的結果 btil::fn::divides<f1, f2>::value // f1/f2 的結果 plus<f1, f2>::value::f_val // f1+f2 的結果的值 struct one { static const double f_val = 1.0 } // 兩個浮點數 struct two { static const double f_val = 2.0 } minus<two, plus<divides<one, two>::value, one>::value >::value::f_val == 0.5 取負 取負運算就是取一個浮點數的負數。
上傳時間: 2014-12-06
上傳用戶:jichenxi0730
CBC下寫的串口編程,API函數實例 I wish this site had been around when I was trying to figure out how to make serial communications work in Windows95. I, like many programmers, was hit with the double-whammy of having to learn Windows programming and Win95 serial comm programming at the same time. I found both tasks confusing at best. It was particularly frustrating because I had, over the years, written so much stuff (including lots of serial comm software) for the DOS environment and numerous embedded applications. Interrupt driven serial comm, DMA transfer serial comm, TSR serial comm, C, assembler, various processors... you name it, it had written it. Yet, everything I knew seemed upside-down in the message-driven-callback world of Windows.
上傳時間: 2014-06-20
上傳用戶:cccole0605
The Audio File Library provides a uniform programming interface to standard digital audio file formats. This library allows the processing of audio data to and from audio files of many common formats (currently AIFF, AIFF-C, WAVE, NeXT/Sun .snd/.au, IRCAM, AVR, Amiga IFF/8SVX, and NIST SPHERE). The library also supports compression (currently G.711 mu-law and A-law and IMA and MS ADPCM) as well as PCM formats of all flavors (signed and unsigned integer, single- and double-precision floating point).
標簽: programming interface provides standard
上傳時間: 2014-12-06
上傳用戶:a6697238
Routine mampres: To obtain amplitude response from h(exp(jw)). input parameters: h :n dimensioned complex array. the frequency response is stored in h(0) to h(n-1). n :the dimension of h and amp. fs :sampling frequency (Hz). iamp:If iamp=0: The Amplitude Res. amp(k)=abs(h(k)) If iamp=1: The Amplitude Res. amp(k)=20.*alog10(abs(h(k))). output parameters: amp :n dimensioned real array. the amplitude-frequency response is stored in amp(0) to amp(n-1). Note: this program will generate a data file "filename.dat" . in chapter 2
標簽: dimensione parameters amplitude response
上傳時間: 2013-12-19
上傳用戶:xfbs821
Routine mar1psd: To compute the power spectum by AR-model parameters. Input parameters: ip : AR model order (integer) ep : White noise variance of model input (real) ts : Sample interval in seconds (real) a : Complex array of AR parameters a(0) to a(ip) Output parameters: psdr : Real array of power spectral density values psdi : Real work array in chapter 12
標簽: parameters AR-model Routine mar1psd
上傳時間: 2015-06-09
上傳用戶:playboys0