6  BEAMS: 6, STF, POS1, P4=HGT1, P5=HGT2, P6=POS2, 
		FOR "MINI" BEAMS ADD 100 TO P4 (-100 FOR NEG. NUMS.)
 
	 (P7)  STEM DIR(10=↑ 20=↓), 
		-- 2ND DIG. IN P7=TOTAL NUM OF BEAMS.
	     IF P7 IS NEGATIVE THEN TREMOLO SLASHES ARE MADE.
		  IF TREMOLO, P8 SETS WIDTH. (0=2.2), P9=POS.
 
	 (P8)    -10,-20=UNATTACHED (ONE SIDE) PARTIAL BEAMS
		 THE 2ND DIGIT=DISPLACEMENT NUMBER.
		(OR P8=TREM. WIDTH IF P7 IS NEG.)
		IF P9 IS NON-ZERO, P9 = POS. UNATTACHED PARTIAL BEAM.
		IF P8 IS POSITIVE P8=POS3, P9=POS4. OF INNER BEAM.
		-- P10 WILL BE DISPLACEMENT NUMBER.
 
	 (P9)  POS3. (OR POS4 IF P8>0)
		   OR POSITION OF TREMOLO IF P7 IS NEG.
	IF P8=0 AND P10=0 AND P9=N, N WILL BE A NUMBER OVER THE BEAM.
 
	 (P10) = NUM OF BEAMS DISPLACED WHEN BOTH P8 AND P9 >0.
		(NO MORE THAN 9.)
 
	***** COMPOSITE BEAMS *****
 
	    IF P10 ≥ 100 THEN P8 IS THE RIGHT POSITION OF A PARTIAL
	    BEAM WHICH BEGINS AT POS. P3  AND P9 IS THE LEFT POSITION 
	    OF A PARTIAL BEAM WHICH ENDS AT POS. P6.  THE 2ND DIGIT 
	    OF P7 GIVES THE NUMBER OF FULL LENGTH BEAMS AND P10/100 
	    GIVES THE NUMBER (VERTICAL) OF PARTIAL BEAMS.
 
	    IF P10>100 AND THE 3RD DIGIT IS 1 THERE WILL BE A PARTIAL 
	    BEAM WHICH IS ATTACHED TO EITHER THE LEFT SIDE (P8=-1) WITH 
	    THE RIGHT POS. IN P9 OR WHICH IS ATTACHED TO THE RIGHT SIDE
	    (P9=-1) WITH THE LEFT POS. GIVEN IN P8.  AGAIN P10/100 GIVES 
	    THE VERTICAL NUMBER OF PARTIAL BEAMS.
 
	      P11 CAN RESET HOMING RANGE (OR -1 = 0 HOMING RANGE.)
 
 
	RESUME OF CODE 6 PARAMETERS
 
--------------------------------------------------------|-------|-------
						   P8	|  P9	| P10
--------------------------------------------------------|-------|-------
UNATTACHED (ON 1 SIDE) PARTIAL BEAM POINTING →	  -10	|   0	|  0
					     ←	  -20	|   0	|  0	
  DISPLACEMENT IS IN 2ND DIGIT OF P8		   	|    	|    
--------------------------------------------------------|-------|-------
INNER UNATTACHED PARTIAL BEAM POINTING →	  -10   | POS.3 |  0
				       ←	  -20   | POS.3 |  0
  DISPLACEMENT IS IN 2ND DIGIT OF P8			|	|
--------------------------------------------------------|-------|-------
INNER BEAM             				  POS.3 | POS.4 | DISP.
  DISPLACEMENT IS IN 2ND DIGIT OF P10  (P8=-1=POS OF P3)| -1=P6	|
--------------------------------------------------------|-------|-------
COMPOSITE BEAMS - ONE FULL, TWO PARTIAL           RT.END| LF.END|100*NUM.
	  2ND DIGIT IN P7=NUM OF FULL BEAMS.	  OF LF.| OF RT.|OF BEAMS
						  PARTL.| PARTL.|IN EACH
						        |       |PARTIAL.
							|	|
		- ONE FULL, ONE PARTIAL            -1 = | RIGHT |1+100*N
	  2ND DIGIT IN P7=NUM OF FULL BEAMS.	 LF. END| END OF|OF BEAMS
					 	  = P3  | PARTL.|IN EACH
						        |       |PARTIAL.
					                |       |
		                                   LEFT | -1 =  |1+100*N
	                                    	  END OF|RT. END|OF BEAMS
 					 	  PARTL.| = P6  |IN EACH
						        |       |PARTIAL.
						        |       |
    ONE (OR MORE) COMPLETE BEAM(S) AND AN        → -10  |0=ATT. |100*NUM.
    UNATTACHED PARTIAL BEAM AT ONE END OR OTHER. ← -20  |TO LEFT|  OF
     *****P7= 10 OR  20 + NUM. OF FULL BEAMS.           |OR RT. |PARTIAL
						        |       | BEAMS  
						        |≠0 =POS|
						        |  OF   |
						        |PARTIAL|
						        | BEAM. |
--------------------------------------------------------|-------|-------
TREMOLO	 		   *****P7=-10 OR -20     WIDTH |TRM,POS| DISP. 
   -PARALLEL TO OTHER BEAMS -TILT IN P3-6    	(P8=0=4)|	|
    NUMBER OF BEAMS IS SECOND DIGIT OF P7		|	|
							|	|
       			   *****P7=-10 OR -20     WIDTH |   0   | DISP. 
 -WITHOUT OTHER BEAMS - STANDARD TILT             (0=4)	|	|
    NUMBER OF BEAMS IS SECOND DIGIT OF P7		|	|
--------------------------------------------------------|-------|-------
NUMBER OVER OR UNDER BEAM			    0	| NUM.	|  0
--------------------------------------------------------|-------|-------