Enter 1 to input from blade parameter file, 0 to make a new one:
1
 Blade parameter file (Enter blank for "DrawBlade.txt") to read:
 
 ParmFile=DrawBlade.txt
 Output postscript file (Enter blank for "DrawBlade.ps"):
 PsFile=DrawBlade.ps
 
Add arc radius lines for illustrations(0=no? 1?):1
 Some MK blades have 1 main rocker and 1 spin rockers.
  (7 foot=84" main rocker, 9" spin rocker)
 Many JW blades have 1 main rocker and 2 spin rockers.
  (8 foot=96" main rocker, 27" (24"??) & 12" spin rockers)
# of rocker length segments(2? 3?):3
 
***Rocker #1***
This is the main rocker segment!
Rocker radius (inches):96.0000000
Rocker segment lengths are measured along curve, not straight!
Curved length of rocker segment (inches):8.00000000
x value of leftmost point on blade(0?):0.00000000
y value of lowest point on blade (0?):0.00000000
Direction angle of curve start=-4.77465057
Direction angle of curve end=0.00000000
 
***Rocker #2***
This is the backmost spin rocker segment!
Rocker radius (inches):27.0000000
Curved length of rocker segment (inches):1.50000000
Direction angle of curve start=0.00000000
Direction angle of curve end=3.18309784
 
***Rocker #3***
This is the frontmost spin rocker segment!
Rocker radius (inches):12.0000000
Curved length of rocker segment (inches):1.00000000
Direction angle of curve start=3.18309784
Direction angle of curve end=7.95774841
 
# of toepick teeth:4
 
***Toepick tooth# 1***
This is the drag pick!
 
If the drag pick points forwards from the curve,
The following angle is >90 deg, else it's <=90.
Angle from curve to drag pick(140?):140.000000
Length of back of that tooth:0.250000000
Degrees in angle at bottom of tooth:70.0000000
Length of front of that tooth:0.250000000
 
***Toepick tooth# 2***
Degrees from last tooth to this tooth:70.0000000
Length of back of that tooth:0.250000000
Degrees in angle at bottom of tooth:70.0000000
Length of front of that tooth:0.250000000
 
***Toepick tooth# 3***
Degrees from last tooth to this tooth:70.0000000
Length of back of that tooth:0.250000000
Degrees in angle at bottom of tooth:70.0000000
Length of front of that tooth:0.250000000
 
***Toepick tooth# 4***
This is the frontmost tooth!
Degrees from last tooth to this tooth:70.0000000
Length of back of that tooth:0.250000000
Degrees in angle at bottom of tooth:70.0000000
Length of front of that tooth:0.250000000
 
 
Height of runner(0 to not draw top? 1?):1.00000000
 
 *** Setup Drawing Geometry ***
 Horizontal Blade length=   11.5412550
Add boundary lines & 1" tics to let you check
printer scaling, and whether the blade fits on page!
Scaled Tic Length (inches) (0=none; .2?):0.200000003
Paper margin size (inches) (.5?):0.500000000
To print blade + Tics (if chosen) + margins at full
scale takes 13.3412542 x 3.13314509 inches.
 Depending on paper size, that may fit with
 no rotation, 90 degree rotation, or, if you are desperate,
 diagonal rotation. Typical X x Y paper sizes are
 8.5"x11" (Letter), 8.5"*14" (Legal), 11"x17" (Tabloid),
 Ghostview supports all of those, e.g.,
  gv -media=Letter DrawBlade.ps
  gv -media=Legal DrawBlade.ps
  gv -media=Tabloid DrawBlade.ps
 (See https://www.gnu.org/software/gv/manual/gv.html for other size names)
  but many printers don't.
  If you just want coordinates to guide a CAD
 program, just use pretend sizes that are a little larger
 than the blade.
X-axis paper size(8.5?):8.50000000
Y-axis paper size(11?):14.0000000
 Somewhat longer blades fit with diagonal rotation.
Rotation angle(0? 90? -1 to try diagonal fit):90
 If you think the blade won't fit at full scale, scale it by
 .5, and use a fancy photocopier to zoom it back out.
Scale factor(1? .5?):1.00000000
 ***On Mitch's printer, following needs to be 9/8=1.125***!
X scaling factor to make inches exact(1.?):1.00000000
 ***On Mitch's printer, following needs to be 12/11=1.090909091***!
Y scaling factor to make inches exact(1.?):1.00000000
Line width (inches) (.01?):0.299999993E-1
Rotation angle=90.0000000 works!
 Left alignment seems intuitive, maybe can print on small width paper.
 But right alignment may show more of radius lines.
1=Left Align,2=Right Align):2
%Blade boundaries x: 0.00000000 11.5412550 y: 0.00000000 1.33314514
 
 
Note: The following floating-point exceptions are signalling: IEEE_DENORMAL
STOP DrawBlade completed successfuly.