//--------------------------------------------------------------
void myAmeManager::saveCameraPosition()
{
posMat = cam.getTarget().getGlobalTransformMatrix();
ofxXmlSettings *XML = new ofxXmlSettings("GUI/otherSettings.xml");
XML->setValue("posMat_00", posMat(0,0), 0); XML->setValue("posMat_01", posMat(0,1), 0); XML->setValue("posMat_02", posMat(0,2), 0); XML->setValue("posMat_03", posMat(0,3), 0);
XML->setValue("posMat_10", posMat(1,0), 0); XML->setValue("posMat_11", posMat(1,1), 0); XML->setValue("posMat_12", posMat(1,2), 0); XML->setValue("posMat_13", posMat(1,3), 0);
XML->setValue("posMat_20", posMat(2,0), 0); XML->setValue("posMat_21", posMat(2,1), 0); XML->setValue("posMat_22", posMat(2,2), 0); XML->setValue("posMat_23", posMat(2,3), 0);
XML->setValue("posMat_30", posMat(3,0), 0); XML->setValue("posMat_31", posMat(3,1), 0); XML->setValue("posMat_32", posMat(3,2), 0); XML->setValue("posMat_33", posMat(3,3), 0);
XML->setValue("distance", cam.getDistance(), 0);
XML->saveFile("GUI/otherSettings.xml");
delete XML;
}
//--------------------------------------------------------------
void myAmeManager::loadCameraPosition()
{
message = "loading mySettings.xml";
if( XML.loadFile("GUI/otherSettings.xml") ){
message = "otherSettings.xml loaded!";
}else{
message = "unable to load mySettings.xml check data/ folder";
}
posMat(0,0)= XML.getValue("posMat_00",0.0, 0); posMat(0,1)= XML.getValue("posMat_01",0.0, 0); posMat(0,2)= XML.getValue("posMat_02",0.0, 0); posMat(0,3)= XML.getValue("posMat_03",0.0, 0);
posMat(1,0)= XML.getValue("posMat_10",0.0, 0); posMat(1,1)= XML.getValue("posMat_11",0.0, 0); posMat(1,2)= XML.getValue("posMat_12",0.0, 0); posMat(1,3)= XML.getValue("posMat_13",0.0, 0);
posMat(2,0)= XML.getValue("posMat_20",0.0, 0); posMat(2,1)= XML.getValue("posMat_21",0.0, 0); posMat(2,2)= XML.getValue("posMat_22",0.0, 0); posMat(2,3)= XML.getValue("posMat_23",0.0, 0);
posMat(3,0)= XML.getValue("posMat_30",0.0, 0); posMat(3,1)= XML.getValue("posMat_31",0.0, 0); posMat(3,2)= XML.getValue("posMat_32",0.0, 0); posMat(3,3)= XML.getValue("posMat_33",0.0, 0);
cam.setDistance(XML.getValue("distance",0.0, 0));
cam.getTarget().setTransformMatrix(posMat);
}
int main()
{
int i, j, k, l, len, nPerms, max;
int *univ, **perm, **pos, **count;
int *averg, *result1, *result2, *result3, *final;
float avg=0, min;
printf("\nEnter size of array: ");
scanf("%d", &len);
printf("\nEnter number of permutations to take: ");
scanf("%d", &nPerms);
// Memory allocation of arrays.
{
univ = (int *)malloc(len * sizeof(int));
averg = (int *)malloc(len * sizeof(int)); // sum array
result1 = (int *)malloc(len * sizeof(int)); // result by mean
result2 = (int *)malloc(len * sizeof(int)); // result by count
result3 = (int *)calloc(len , sizeof(int)); // result by graph
perm = (int **)malloc(nPerms * sizeof(int *)); // string matrix
for (i = 0; i < nPerms; i++)
perm[i] = (int *)malloc(len * sizeof(int));
pos = (int **)malloc(nPerms * sizeof(int *)); // positional matrix
for (i = 0; i < nPerms; i++)
pos[i] = (int *)malloc(len * sizeof(int));
count = (int **)calloc(len, sizeof(int *)); // count matrix
for (i = 0; i < len; i++)
count[i] = (int *)calloc(len, sizeof(int));
}
// Generation of strings and their positional matrix and displaying them
{
randomAr(len, nPerms, perm); // Generating random strings.
printf("\n");
for (i = 0; i < nPerms; i++) // Display the random strings
{
printf("Permutation array %d\t: ", i+1);
display(perm[i], len);
}
for (i = 0; i < nPerms; i++) // Determinimg the positional matrix
posMat(len, perm[i], pos[i]);
// printf("\n"); // Display of positional matrix
// for (i = 0; i < nPerms; i++)
// {
// printf("Positional array %d\t: ", i+1);
// display(pos[i], len);
// }
}
// mean calculation
{
printf("\n");
for (j = 0; j < len; j++) // Calculating mean
{
avg=0;
for (i = 0; i < nPerms; i++)
avg+= pos[i][j];
averg[j] = avg;
// printf("%f - %f\n", avg, avg/nPerms);
}
}
// printf("The result1ant array (result1) : ");
finalMat(len, averg, result1); // result1 - result by mean
// printf("\n");
// printf("The positional resultlant array : ");
posMat(len, result1, univ); // Positional array of result1
// display(univ, len);
// printf("\n");
avg=0;
for (i = 0; i < nPerms; ++i) // Dist from the result1
avg+=dist(len, nPerms, pos[i], univ);
avg/= (len*nPerms*len);
avg*=2;
// printf("%f", avg);
min = avg;
final = result1;
