#include "stdafx.h"#include <iostream>#include "MusimatChapter9.h"Go to the source code of this file.
Functions | |
| int | _tmain (int argc, _TCHAR *argv[]) |
| int _tmain | ( | int | argc, |
| _TCHAR * | argv[] | ||
| ) |
Definition at line 55 of file MusimatChapter9.cpp.
References C090400(), C090703(), C090703a(), C090703b(), C090703c(), C090903(), C091101(), C091102(), C091200(), C091201(), C091201a(), C091201b(), C091201c(), C091201d(), C091201e(), C091201f(), C091204(), C091204a(), C091204b(), C091204d(), C091405(), C091406(), C091406a(), C091406b(), C091406c(), C091704b(), C091704c(), and C091704d().
{
// Plant your first breakpoint on the line below containing
// C090400(). Then run the program, which will stop just
// before executing that function. To start, use the
// debugger's "step into" command to step into the function.
C090400(); // 9.4 Program for Guido's Method
// When you get here, you've finished stepping through C090400().
// To continue, use the debugger's "step into" command to
// step into the next function.
C090703(); // 9.7.3 Linear Congruential Method
// Use the debugger's "step into" command to continue
// by stepping into each of the following functions.
// For some sections, there may be additional functions for you
// to visit within each file.
C090400(); // Program for Guido's Method
C090703a(); // Seeding the Random Number Generator
C090703b(); // Random Real Numbers
C090703c(); // Random Integer Numbers Scaled to an Arbitrary Range
C090903(); // 9.9.3 Circular Permutation
C091101(); // 9.11.1 Precomposition
C091102(); // 9.11.2 The Set Complex
C091200(); // 9.12 Traversing and Manipulating Musical Materials
C091201(); // 9.12.1 Deterministic Serial Methods
C091201a(); // Cycle
C091201b(); // Palindrome
C091201c(); // Permutation
C091201d(); // Transpose
C091201e(); // Interpolated Tendency Mask
C091201f(); // Linear Interpolation
C091204(); // 9.12.4 Nondeterministic Serial Methods
C091204a(); // Sampling without Replacement
C091204b(); // Shuffle
C091204d(); // Random Tendency Mask
C091405(); // 9.14.5 Generating Outcomes from Probability Distributions
C091406(); // 9.14.6 Cumulative Distribution Function
C091406a(); // Accumulation
C091406b(); // Traversing the Cumulative Distribution Function
C091406c(); // A Less Boring (?) Musical Example
C091704b(); // Brownian Nose Generator
C091704c(); // Fractional Brownian Motion
C091704d(); // Voss's Method
Return 0;
}
1.7.2