//functions
int driveHome( struct hail *weatherpointer, struct BMW *carpointer ) {
if (weatherpointer->sunny == 1 && carpointer->ownedbykevin == 1) {
weatherpointer->sunny = 0;
carpointer->driving = 1;
}
return(randomizer(1, 100));
}
/*main*/
int main(int argc, char *argv[])
{
srand (time(NULL));
//empty array
randomizer(random);
//full array
impression(random);
system("pause");
return 0;
}
//main
int main(int argc, char *argv[])
{
int matriz[6][4];
srand(time(NULL));
randomizer(matriz);
imprimir(matriz);
changer(matriz);
printf("\n");
imprimir(matriz);
system("PAUSE");
return 0;
}
void make_clist(char *id, char *pw)
{
int abc, xyz=0, i;
strcpy(clist.id, id);
strcpy(clist.pw, pw);
clist.salt = randomizer();
for(i = 0; clist.pw[i] != '\0'; i++)
{
abc = (int) clist.pw[i];
xyz = xyz ^ abc;
}
clist.maskedpw = clist.salt ^ xyz;
}
int kentuckyWeather(int chanceofrandomstorm, struct hail *weatherpointer ) {
int diceroll = randomizer(1, 100);
// for debugging || printf("+++++++++++diceroll: %d, chance: %d\n", diceroll, chanceofrandomstorm);
if ( diceroll <= chanceofrandomstorm ) {
weatherpointer->storming = 1;
printf("Typical - drive home, and it starts to storm!\n");
}
else {
weatherpointer->sunny = 1;
printf("For once, it's sunny outside\n");
}
return diceroll;
}
//begin main
int main(int argc, const char * argv[])
{
//variable declaration
int weatherhatesme;
int weatherdamage;
struct BMW mycar;
struct hail FridayStorm;
//variable initialization
weatherhatesme = 0;
weatherdamage = 0;
FridayStorm.hail_size = 0;
FridayStorm.hail_frequency = 0;
FridayStorm.storming = 0; //boolean false
FridayStorm.sunny = 1; //boolean true
mycar.driving = 0;
mycar.ownedbykevin = 1;
weatherhatesme = driveHome(&FridayStorm, &mycar);
printf("It's Kentucky, so you can expect %d percent chance of rain today\n", weatherhatesme);
kentuckyWeather(weatherhatesme, &FridayStorm);
if (mycar.ownedbykevin == true && mycar.driving == true && FridayStorm.storming == true) {
FridayStorm.hail_size = randomizer(1, 15);
FridayStorm.hail_frequency = 1;
weatherdamage = finddamage(&FridayStorm);
printf("There are %d new dents on your car from hail about %dmm!\n", weatherdamage, FridayStorm.hail_size);
}
else if (FridayStorm.sunny == 1) {
FridayStorm.storming = 0;
FridayStorm.sunny = 0;
printf("Enjoy the nice sunny weather!\n");
}
return 0;
}
void clear()
{
if (num_additional_linears>0) {
for (int ii=0; ii<num_additional_linears; ii++) {
clear_vec_d(additional_linears_terminal[ii]);
}
free(additional_linears_terminal);
for (int ii=0; ii<num_additional_linears; ii++) {
clear_vec_d(additional_linears_starting[ii]);
}
free(additional_linears_starting);
}
if (num_jac_equations>0) {
if (side_ == nullspace_handedness::LEFT) {
for (int ii=0; ii<num_jac_equations; ii++) {
for (int jj=0; jj<max_degree; jj++) {
clear_vec_d(starting_linears[ii][jj]);
}
free(starting_linears[ii]);
}
}
else
{
for (int ii=0; ii<randomizer()->num_rand_funcs(); ii++) {
for (int jj=0; jj<randomizer()->randomized_degree(ii)-1; jj++) {
clear_vec_d(starting_linears[ii][jj]);
}
free(starting_linears[ii]);
}
}
free(starting_linears);
}
if (num_v_linears>0) {
for (int ii=0; ii<num_v_linears; ii++) {
clear_vec_d(v_linears[ii]);
}
free(v_linears);
}
clear_vec_d(v_patch);
clear_mat_d(jac_with_proj);
if (num_projections>0) {
for (int ii=0; ii<num_projections; ii++) {
clear_vec_d(target_projection[ii]);
}
free(target_projection);
}
if (this->MPType==2) {
delete this->BED_mp;
}
else{
clear_deriv(SLP_derivative);
delete this->SLP_derivative;
}
} // re: clear
void CSeqVector_CI::x_InitRandomizer(CRandom& random_gen)
{
CRef<INcbi2naRandomizer> randomizer(new CNcbi2naRandomizer(random_gen));
SetRandomizeAmbiguities(randomizer);
}
//!! Must add Table and Hands to test!
int RunFramerTest()
{
int ret = 0;
printf("Starting Framer test...\n\n");
// Initialize random seed
unsigned int seed = (unsigned int)time(NULL);
Randomization::Randomizer randomizer(seed);
printf("Seed: %u\n", seed);
// Prepare Data //
// Creating info
printf("Creating info...\n");
Network::Info info;
memcpy(info.name, "TestName", sizeof(info.name));
printf("Info created.\n\n");
// Creating data params
printf("Creating Kinect data params...\n");
KinectDataParams dataParams;
dataParams.colorImageEnable = true;
dataParams.depthImageEnable = true;
dataParams.validityImageEnable = false;
dataParams.testImageEnable = true;
dataParams.tableEnable = false;
dataParams.handsEnable = true;
printf("Kinect data params created.\n\n");
// Creating data
printf("Creating Kinect data...\n");
KinectData kinectData;
{
// Params
kinectData.available.colorImageEnable = true;
kinectData.available.depthImageEnable = true;
kinectData.available.validityImageEnable = true;
kinectData.available.testImageEnable = true;
kinectData.available.tableEnable = true;
kinectData.available.handsEnable = true;
// Images
CreateRandomImage<ColorPixel>(kinectData.colorImage);
CreateRandomImage<DepthPixel>(kinectData.depthImage);
CreateRandomImage<BinaryPixel>(kinectData.validityImage);
CreateRandomImage<ColorPixel>(kinectData.testImage);
// Table
randomizer.Randomize(kinectData.table);
// Creating hands
const int maxHands = 5;
kinectData.hands.resize(rand() % maxHands);
randomizer.RandomizeVector(kinectData.hands);
}
printf("Kinect Data created.\n\n");
// Test Frames //
// Test Subscribe Frame
printf("Testing Subscribe Frame...\n");
ret = TestSubscribeFrame(info, dataParams);
if(ret != 0)
return -1;
printf("Done testing Subscribe Frame.\n\n");
// Test SubscribeAck Frame
printf("Testing subscribe ack Frame...\n");
bool acceptSubscription = true;
ret = TestSubscribeAckFrame(info, acceptSubscription);
if(ret != 0)
return -1;
printf("Done testing SubscribeAck Frame.\n\n");
// Test Unsubscribe Frame
printf("Testing Unsubscribe Frame...\n");
ret = TestUnsubscribeFrame();
if(ret != 0)
return -1;
printf("Done testing Unsubscribe Frame.\n\n");
// Test DataParams Frame
printf("Testing DataParams Frame...\n");
ret = TestDataParamsFrame(dataParams);
if(ret != 0)
return -1;
printf("Done testing DataParams Frame.\n\n");
// Test KinectData Frame
printf("Testing KinectData Frame...\n");
ret = TestKinectDataFrame(kinectData);
if(ret != 0)
return -1;
printf("Done testing KinectData Frame.\n\n");
// Test InfoRequest Frame
printf("Testing InfoRequest Frame...\n");
ret = TestInfoRequestFrame();
if(ret != 0)
return -1;
printf("Done testing InfoRequest Frame.\n\n");
// Test Info Frame
printf("Testing Info Frame...\n");
ret = TestInfoFrame(info);
if(ret != 0)
return -1;
printf("Done testing Info Frame.\n\n");
return ret;
}
int finddamage( struct hail *weatherpointer ) {
int random = randomizer(1, 100);
return((weatherpointer->hail_frequency) * random);
}
