andsve

# >> ones i  ni  eo a e idsorsah e totristhria nats idaseahehrndotaorth ids thei rnid nrt es et eotsaota th theoat neti oes e si  ids ise th esrnar id a e idsi h t aserreona ehineotrartihth t nrth iherne ah se idr a esah ri a  iah r ts e rneihed thrneirnes trnods stoth  e restr 

andsve

      R  T  G  M  P  D  F  A  L  H  B  U  I  X  K  O  J  S  Z  W  N  Y  Q  
-------------------------------------------------------------------------
 R |     2  1  3  5     1     4  1  2     1  1        1     1  1        1 
 T |        4  1  2  8  2     2     1  2                 1                
 G |  2  4  1  3  1     1  8                 2           1  1             
 M |        1        3  1  1     7        1     1           1     2       
 P |  4  2  1  2        1     1              1  1  1  1  1  1  1          
 D |  4  1  3  1                    1  3  1  1  1  1                      
 F |     2  2        4        2           1     1     2              1    
 A |  5     2  2        2        1                                        

andsve

	  float control_points[7*7*3];
	  for (int i = 0; i < (n->numpoints); i++) {
		  for (int a = 0; a < 7; a+=1) {
			  float angle = (float)a/7.0f * 2 * PI;

			  control_points[i*7*7+a*3] = n->p[i+1].x*cos(angle);
			  control_points[i*7*7+a*3+1] = n->p[i+1].y;
			  control_points[i*7*7+a*3+2] = n->p[i+1].x*sin(angle);
		  }
	  }

andsve

	  float control_points[7*7*3];
	  for (int i = 0; i < n->numpoints; i++) {
		  for (int a = 0; a < 7; a+=1) {
			  float angle = (float)a/7.0f * 2 * PI;

			  control_points[i*7*7+a*3] = n->p[i+1].x*cos(angle);
			  control_points[i*7*7+a*3+1] = n->p[i+1].y;
			  control_points[i*7*7+a*3+2] = n->p[i+1].x*sin(angle));
		  }
	  }