lda2.c

来自「LDA程式設計」· C语言 代码 · 共 1,471 行 · 第 1/5 页

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		rand_temp = rand()%10000;
		LDAFea3[i].corrcoef[0] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].corrcoef[0] = -4+8*LDAFea3[i].corrcoef[0];
		rand_temp = rand()%10000;
		LDAFea3[i].corrcoef[1] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].corrcoef[1] = -4+8*LDAFea3[i].corrcoef[1];
		rand_temp = rand()%10000;
		LDAFea3[i].corrcoef[2] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].corrcoef[2] = -4+8*LDAFea3[i].corrcoef[2];
		rand_temp = rand()%10000;
		LDAFea3[i].mad[0] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].mad[0] = -4+8*LDAFea3[i].mad[0];
		rand_temp = rand()%10000;
		LDAFea3[i].mad[1] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].mad[1] = -4+8*LDAFea3[i].mad[1];
		rand_temp = rand()%10000;
		LDAFea3[i].mad[2] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].mad[2] = -4+8*LDAFea3[i].mad[2];
		rand_temp = rand()%10000;
		LDAFea3[i].rms[0] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].rms[0] = -4+8*LDAFea3[i].rms[0];
		rand_temp = rand()%10000;
		LDAFea3[i].rms[1] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].rms[1] = -4+8*LDAFea3[i].rms[1];
		rand_temp = rand()%10000;
		LDAFea3[i].rms[2] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].rms[2] = -4+8*LDAFea3[i].rms[2];
		rand_temp = rand()%10000;
		LDAFea3[i].var[0] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].var[0] = -4+8*LDAFea3[i].var[0];
		rand_temp = rand()%10000;
		LDAFea3[i].var[1] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].var[1] = -4+8*LDAFea3[i].var[1];
		rand_temp = rand()%10000;
		LDAFea3[i].var[2] = (double)( rand_temp/10000.0 );   
		LDAFea3[i].var[2] = -4+8*LDAFea3[i].var[2];		fprintf(f, "%f, ", LDAFea3[i].mean[0]);		fprintf(f, "%f, ", LDAFea3[i].mean[1]);		fprintf(f, "%f, ", LDAFea3[i].mean[2]);		fprintf(f, "%f, ", LDAFea3[i].std[0]);		fprintf(f, "%f, ", LDAFea3[i].std[1]);		fprintf(f, "%f, ", LDAFea3[i].std[2]);		fprintf(f, "%f, ", LDAFea3[i].corrcoef[0]);		fprintf(f, "%f, ", LDAFea3[i].corrcoef[1]);		fprintf(f, "%f, ", LDAFea3[i].corrcoef[2]);		fprintf(f, "%f, ", LDAFea3[i].mad[0]);		fprintf(f, "%f, ", LDAFea3[i].mad[1]);		fprintf(f, "%f, ", LDAFea3[i].mad[2]);		fprintf(f, "%f, ", LDAFea3[i].rms[0]);		fprintf(f, "%f, ", LDAFea3[i].rms[1]);		fprintf(f, "%f, ", LDAFea3[i].rms[2]);		fprintf(f, "%f, ", LDAFea3[i].var[0]);		fprintf(f, "%f, ", LDAFea3[i].var[1]);		fprintf(f, "%f\n", LDAFea3[i].var[2]);	}	for(i=0;i<25;i++)	{		rand_temp = rand()%10000;
		LDAFea4[i].mean[0] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].mean[0] = -4+8*LDAFea4[i].mean[0];		rand_temp = rand()%10000;
		LDAFea4[i].mean[1] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].mean[1] = -4+8*LDAFea4[i].mean[1];
		rand_temp = rand()%10000;
		LDAFea4[i].mean[2] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].mean[2] = -4+8*LDAFea4[i].mean[2];
		rand_temp = rand()%10000;
		LDAFea4[i].std[0] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].std[0] = -4+8*LDAFea4[i].std[0];
		rand_temp = rand()%10000;
		LDAFea4[i].std[1] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].std[1] = -4+8*LDAFea4[i].std[1];
		rand_temp = rand()%10000;
		LDAFea4[i].std[2] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].std[2] = -4+8*LDAFea4[i].std[2];
		rand_temp = rand()%10000;
		LDAFea4[i].corrcoef[0] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].corrcoef[0] = -4+8*LDAFea4[i].corrcoef[0];
		rand_temp = rand()%10000;
		LDAFea4[i].corrcoef[1] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].corrcoef[1] = -4+8*LDAFea4[i].corrcoef[1];
		rand_temp = rand()%10000;
		LDAFea4[i].corrcoef[2] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].corrcoef[2] = -4+8*LDAFea4[i].corrcoef[2];
		rand_temp = rand()%10000;
		LDAFea4[i].mad[0] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].mad[0] = -4+8*LDAFea4[i].mad[0];
		rand_temp = rand()%10000;
		LDAFea4[i].mad[1] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].mad[1] = -4+8*LDAFea4[i].mad[1];
		rand_temp = rand()%10000;
		LDAFea4[i].mad[2] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].mad[2] = -4+8*LDAFea4[i].mad[2];
		rand_temp = rand()%10000;
		LDAFea4[i].rms[0] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].rms[0] = -4+8*LDAFea4[i].rms[0];
		rand_temp = rand()%10000;
		LDAFea4[i].rms[1] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].rms[1] = -4+8*LDAFea4[i].rms[1];
		rand_temp = rand()%10000;
		LDAFea4[i].rms[2] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].rms[2] = -4+8*LDAFea4[i].rms[2];
		rand_temp = rand()%10000;
		LDAFea4[i].var[0] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].var[0] = -4+8*LDAFea4[i].var[0];
		rand_temp = rand()%10000;
		LDAFea4[i].var[1] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].var[1] = -4+8*LDAFea4[i].var[1];
		rand_temp = rand()%10000;
		LDAFea4[i].var[2] = (double)( rand_temp/10000.0 );   
		LDAFea4[i].var[2] = -4+8*LDAFea4[i].var[2];		fprintf(f, "%f, ", LDAFea4[i].mean[0]);		fprintf(f, "%f, ", LDAFea4[i].mean[1]);		fprintf(f, "%f, ", LDAFea4[i].mean[2]);		fprintf(f, "%f, ", LDAFea4[i].std[0]);		fprintf(f, "%f, ", LDAFea4[i].std[1]);		fprintf(f, "%f, ", LDAFea4[i].std[2]);		fprintf(f, "%f, ", LDAFea4[i].corrcoef[0]);		fprintf(f, "%f, ", LDAFea4[i].corrcoef[1]);		fprintf(f, "%f, ", LDAFea4[i].corrcoef[2]);		fprintf(f, "%f, ", LDAFea4[i].mad[0]);		fprintf(f, "%f, ", LDAFea4[i].mad[1]);		fprintf(f, "%f, ", LDAFea4[i].mad[2]);		fprintf(f, "%f, ", LDAFea4[i].rms[0]);		fprintf(f, "%f, ", LDAFea4[i].rms[1]);		fprintf(f, "%f, ", LDAFea4[i].rms[2]);		fprintf(f, "%f, ", LDAFea4[i].var[0]);		fprintf(f, "%f, ", LDAFea4[i].var[1]);		fprintf(f, "%f\n", LDAFea4[i].var[2]);	}	for(i=0;i<25;i++)	{		rand_temp = rand()%10000;
		LDAFea5[i].mean[0] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].mean[0] = -4+8*LDAFea5[i].mean[0];		rand_temp = rand()%10000;
		LDAFea5[i].mean[1] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].mean[1] = -4+8*LDAFea5[i].mean[1];
		rand_temp = rand()%10000;
		LDAFea5[i].mean[2] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].mean[2] = -4+8*LDAFea5[i].mean[2];
		rand_temp = rand()%10000;
		LDAFea5[i].std[0] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].std[0] = -4+8*LDAFea5[i].std[0];
		rand_temp = rand()%10000;
		LDAFea5[i].std[1] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].std[1] = -4+8*LDAFea5[i].std[1];
		rand_temp = rand()%10000;
		LDAFea5[i].std[2] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].std[2] = -4+8*LDAFea5[i].std[2];
		rand_temp = rand()%10000;
		LDAFea5[i].corrcoef[0] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].corrcoef[0] = -4+8*LDAFea5[i].corrcoef[0];
		rand_temp = rand()%10000;
		LDAFea5[i].corrcoef[1] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].corrcoef[1] = -4+8*LDAFea5[i].corrcoef[1];
		rand_temp = rand()%10000;
		LDAFea5[i].corrcoef[2] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].corrcoef[2] = -4+8*LDAFea5[i].corrcoef[2];
		rand_temp = rand()%10000;
		LDAFea5[i].mad[0] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].mad[0] = -4+8*LDAFea5[i].mad[0];
		rand_temp = rand()%10000;
		LDAFea5[i].mad[1] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].mad[1] = -4+8*LDAFea5[i].mad[1];
		rand_temp = rand()%10000;
		LDAFea5[i].mad[2] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].mad[2] = -4+8*LDAFea5[i].mad[2];
		rand_temp = rand()%10000;
		LDAFea5[i].rms[0] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].rms[0] = -4+8*LDAFea5[i].rms[0];
		rand_temp = rand()%10000;
		LDAFea5[i].rms[1] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].rms[1] = -4+8*LDAFea5[i].rms[1];
		rand_temp = rand()%10000;
		LDAFea5[i].rms[2] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].rms[2] = -4+8*LDAFea5[i].rms[2];
		rand_temp = rand()%10000;
		LDAFea5[i].var[0] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].var[0] = -4+8*LDAFea5[i].var[0];
		rand_temp = rand()%10000;
		LDAFea5[i].var[1] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].var[1] = -4+8*LDAFea5[i].var[1];
		rand_temp = rand()%10000;
		LDAFea5[i].var[2] = (double)( rand_temp/10000.0 );   
		LDAFea5[i].var[2] = -4+8*LDAFea5[i].var[2];		fprintf(f, "%f, ", LDAFea5[i].mean[0]);		fprintf(f, "%f, ", LDAFea5[i].mean[1]);		fprintf(f, "%f, ", LDAFea5[i].mean[2]);		fprintf(f, "%f, ", LDAFea5[i].std[0]);		fprintf(f, "%f, ", LDAFea5[i].std[1]);		fprintf(f, "%f, ", LDAFea5[i].std[2]);		fprintf(f, "%f, ", LDAFea5[i].corrcoef[0]);		fprintf(f, "%f, ", LDAFea5[i].corrcoef[1]);		fprintf(f, "%f, ", LDAFea5[i].corrcoef[2]);		fprintf(f, "%f, ", LDAFea5[i].mad[0]);		fprintf(f, "%f, ", LDAFea5[i].mad[1]);		fprintf(f, "%f, ", LDAFea5[i].mad[2]);		fprintf(f, "%f, ", LDAFea5[i].rms[0]);		fprintf(f, "%f, ", LDAFea5[i].rms[1]);		fprintf(f, "%f, ", LDAFea5[i].rms[2]);		fprintf(f, "%f, ", LDAFea5[i].var[0]);		fprintf(f, "%f, ", LDAFea5[i].var[1]);		fprintf(f, "%f\n", LDAFea5[i].var[2]);	}	for(i=0;i<25;i++)	{		rand_temp = rand()%10000;
		LDAFea6[i].mean[0] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].mean[0] = -4+8*LDAFea6[i].mean[0];		rand_temp = rand()%10000;
		LDAFea6[i].mean[1] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].mean[1] = -4+8*LDAFea6[i].mean[1];
		rand_temp = rand()%10000;
		LDAFea6[i].mean[2] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].mean[2] = -4+8*LDAFea6[i].mean[2];
		rand_temp = rand()%10000;
		LDAFea6[i].std[0] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].std[0] = -4+8*LDAFea6[i].std[0];
		rand_temp = rand()%10000;
		LDAFea6[i].std[1] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].std[1] = -4+8*LDAFea6[i].std[1];
		rand_temp = rand()%10000;
		LDAFea6[i].std[2] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].std[2] = -4+8*LDAFea6[i].std[2];
		rand_temp = rand()%10000;
		LDAFea6[i].corrcoef[0] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].corrcoef[0] = -4+8*LDAFea6[i].corrcoef[0];
		rand_temp = rand()%10000;
		LDAFea6[i].corrcoef[1] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].corrcoef[1] = -4+8*LDAFea6[i].corrcoef[1];
		rand_temp = rand()%10000;
		LDAFea6[i].corrcoef[2] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].corrcoef[2] = -4+8*LDAFea6[i].corrcoef[2];
		rand_temp = rand()%10000;
		LDAFea6[i].mad[0] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].mad[0] = -4+8*LDAFea6[i].mad[0];
		rand_temp = rand()%10000;
		LDAFea6[i].mad[1] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].mad[1] = -4+8*LDAFea6[i].mad[1];
		rand_temp = rand()%10000;
		LDAFea6[i].mad[2] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].mad[2] = -4+8*LDAFea6[i].mad[2];
		rand_temp = rand()%10000;
		LDAFea6[i].rms[0] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].rms[0] = -4+8*LDAFea6[i].rms[0];
		rand_temp = rand()%10000;
		LDAFea6[i].rms[1] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].rms[1] = -4+8*LDAFea6[i].rms[1];
		rand_temp = rand()%10000;
		LDAFea6[i].rms[2] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].rms[2] = -4+8*LDAFea6[i].rms[2];
		rand_temp = rand()%10000;
		LDAFea6[i].var[0] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].var[0] = -4+8*LDAFea6[i].var[0];
		rand_temp = rand()%10000;
		LDAFea6[i].var[1] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].var[1] = -4+8*LDAFea6[i].var[1];
		rand_temp = rand()%10000;
		LDAFea6[i].var[2] = (double)( rand_temp/10000.0 );   
		LDAFea6[i].var[2] = -4+8*LDAFea6[i].var[2];		fprintf(f, "%f, ", LDAFea6[i].mean[0]);		fprintf(f, "%f, ", LDAFea6[i].mean[1]);		fprintf(f, "%f, ", LDAFea6[i].mean[2]);		fprintf(f, "%f, ", LDAFea6[i].std[0]);		fprintf(f, "%f, ", LDAFea6[i].std[1]);		fprintf(f, "%f, ", LDAFea6[i].std[2]);		fprintf(f, "%f, ", LDAFea6[i].corrcoef[0]);		fprintf(f, "%f, ", LDAFea6[i].corrcoef[1]);		fprintf(f, "%f, ", LDAFea6[i].corrcoef[2]);		fprintf(f, "%f, ", LDAFea6[i].mad[0]);		fprintf(f, "%f, ", LDAFea6[i].mad[1]);		fprintf(f, "%f, ", LDAFea6[i].mad[2]);		fprintf(f, "%f, ", LDAFea6[i].rms[0]);		fprintf(f, "%f, ", LDAFea6[i].rms[1]);		fprintf(f, "%f, ", LDAFea6[i].rms[2]);		fprintf(f, "%f, ", LDAFea6[i].var[0]);		fprintf(f, "%f, ", LDAFea6[i].var[1]);		fprintf(f, "%f\n", LDAFea6[i].var[2]);	}	for(i=0;i<25;i++)	{		rand_temp = rand()%10000;
		LDAFea7[i].mean[0] = (double)( rand_temp/10000.0 );   
		LDAFea7[i].mean[0] = -4+8*LDAFea7[i].mean[0];		rand_temp = rand()%10000;
		LDAFea7[i].mean[1] = (double)( rand_temp/10000.0 );   
		LDAFea7[i].mean[1] = -4+8*LDAFea7[i].mean[1];
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lda2.c - 源码说明

本页面展示了「LDA程式設計」中的 lda2.c 源码文件，采用 C语言 编程语言编写，共 1,471 行代码。您可以在线阅读完整代码内容，也可以返回资源详情页下载完整源码包进行本地学习和开发。

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