#include<random.h>
#include<cstdio>


int main() {
  uint randVariable1, randVariable2;  // variables for initializing by array that are random and can be modified in program by user 
  RandNr r; // default constructor calls setSeed(); 
  
  r.newArray( 2 );  // preparing for initializing by array (optionally)
  r.array[ 0 ] = &randVariable1;
  r.array[ 1 ] = &randVariable2;
  
  r.setArray();  // initializing by array (optionally)
  //r.setSeed( randVariable1 ); // or initializing by: randVariable1 + current_seed + time( 0 );
  
  printf( "\n randInt \n" );
  for( uint i = 0; i < 100; i++ ) {
    printf( "%i ", r.randInt( 749 ) );    // print numbers (int) [ 0, 749 ) 
  }
  
  printf( "\n\n randIntFromTo \n" );
  for( uint i = 0; i < 100; i++ ) {
    printf( "%i ", r.randIntFromTo( -53, 2081 ) );    // print numbers (int) [ -53, 2081 ] 
  }
  
  
  printf( "\n\n probability \n" );
  if( r.probability( 0.78392 ) )  // true for 78.392% of chances
    printf( "~ 1 ~\n" );
  else printf( "~ 0 ~\n" );
    
 
  printf( "\n\n randDouble \n" );
  for( uint i = 0; i < 100; i++ ) {
    printf( "%f ", r.randDouble( 532.42335 ) );    // print numbers (double) [ 0, 532.42335 ] 
  }
  printf( "\n\n randDoubleFromTo \n" );
  for( uint i = 0; i < 100; i++ ) {
    printf( "%f ", r.randDoubleFromTo( -8.34, 9.78 ) );    // print numbers (double) [ -875.34, 93.78 ] 
  }

}