DIMENSION X(2,325),Y(2,325)
	PI=3.1415926
	PHID=14.2601
	DIA=.032
	PSI=.5*PI
	ELS=1.15334
	HEL=.5*3.289
	SCLF=10.
	NPT=50
	FI=PI*PHID/360.
	DO 1 IL=1,NPT
	ELD=ELS+(IL-1)*1.625/(NPT-1)
	CALL BN3(XCL,YCL,ANG,ELD,FI,HEL,PSI)
	DX=.5*DIA*SIN(ANG)
	DY=.5*DIA*COS(ANG)
	ANG=ANG*180./PI
	WRITE(3,48) IL,ELD,ANG,XCL,YCL,DX,DY
48	FORMAT(1X,I3,6(4X,F10.5))
	X(1,IL)=XCL+DX
	X(2,IL)=XCL-DX
	Y(1,IL)=YCL-DY
1	Y(2,IL)=YCL+DY
C	WRITE(3,10)
10	FORMAT(//,'    CONCAVE SIDE',//)
	DO 2 I=2,NPT
	DX=SCLF*(X(1,I)-X(1,I-1))
	DY=SCLF*(Y(1,IL)-Y(1,I-1))
C2	WRITE(3,3) I,DY,DX
2	CONTINUE
3	FORMAT(2X,I5,2(3X,F10.5))
C	WRITE(3,11)
11	FORMAT(//,'     CONVEX SIDE',//)
	DO 4 II=2,NPT
	I=NPT+2-II
	DX=SCLF*(X(2,I)-X(2,I-1))
	DY=SCLF*(Y(2,I)-Y(2,I-1))
C4	WRITE(3,3) I,DX,DY
4	CONTINUE
	END