代码搜索：float

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热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
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cpp ex0613.cpp

// Programming with C++, Second Edition, by John R. Hubbard // Copyright McGraw-Hill, 2000 // Example 6.13 on page 134 // Implementing the Bubble Sort algorithm #include // defin
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c maze.c

#include #include #include #include #include #include #include #define IDM_APPLICATION_EXIT (101) #define IDM_APP
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c actorc.c

/************************************************************************** * * NAME * actorc * * FUNCTION * * Schur recursion to do autocorrelation analysis. * Converts autocorrelation sequence to r
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c intsynth.c

/************************************************************************** * * ROUTINE * intsynth * * FUNCTION * Linearly interpolate between transmitted LSPs * to generate nn (=4) intermediate se
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c autodbn.c

/************************************************************************** * * ROUTINE * autohf * * FUNCTION * LPC autocorrelation analysis with high frequency compensation * * * SYNOPSIS * subrou
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c lsptopc.c

/************************************************************************** * * NAME * lsptopc * * FUNCTION * * convert lsp frequencies to predictor coefficients * * SYNOPSIS * * subroutine lsptopc(f
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c autohf.c

/************************************************************************** * * ROUTINE * autohf * * FUNCTION * LPC autocorrelation analysis with high frequency compensation * * * SYNOPSIS * subrou
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c rctopc.c

/************************************************************************** * * NAME * rctopc * * FUNCTION * * convert reflection coefficients into lpc coefficients * * BEWARE: This code does not use
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c bwexp.c

/************************************************************************** * * ROUTINE * bwexp * * FUNCTION * Bandwidth expansion of LPC predictor coefficients * * SYNOPSIS * subroutine bwexp(alph
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c delaynr.c

#define NFRAC 6 #define TRUE 1 #define FALSE 0 #define M1 -4 #define M2 3 /* five fractional delays plus zero delay = 6 */ static float frac[NFRAC] = {0.25, 0.33333334, 0.5, 0.66666667, 0.75, 0.0
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