def sheet_to_cone():
print( picture )
A= input_float(" ENTER: smaller dimension of the sheet .......A=? " )
B= input_float(" ENTER: larger dimension of the sheet ........B=? " )
report= [ defaultdict( str ) for d in range(6) ]
results= conecalc.cone( A=A, B=B )
report[results.next] = results
while results.next:
results= conecalc.cone( **results )
report[results.next if results.next is not None else 5] = results
print( report[1] )
print( report[2] )
print( report[3] )
print( report[4] )
print( report[5] )
template= """\
Pattern sheet: (A) {3.A:6.2f} in. x (B) {3.B:6.2f} in.
Type Height Base Diameter Base Circum Radius Arc
1 {1.H:7.3f} {1.D:7.3f} {1.C:7.3f} {1.L:7.3f} {1.theta_d:7.3f}
2 {2.H:7.3f} {2.D:7.3f} {2.C:7.3f} {2.L:7.3f} {2.theta_d:7.3f}
3 {3.H:7.3f} {3.D:7.3f} {3.C:7.3f} {3.L:7.3f} {3.theta_d:7.3f}
4 {4.H:7.3f} {4.D:7.3f} {4.C:7.3f} {4.L:7.3f} {4.theta_d:7.3f}
5 {5.H:7.3f} {5.D:7.3f} {5.C:7.3f} {5.L:7.3f} {5.theta_d:7.3f}
Type Location of Arc Center
B
1 X = {1.X:7.3f}; Y = {1.Y:7.3f} ┌─────────┐
2 X = {2.X:7.3f}; Y = {2.Y:7.3f} y│ │A
3 X = {3.X:7.3f}; Y = {3.Y:7.3f} ││ │
4 X = {4.X:7.3f}; Y = {4.Y:7.3f} └─────────┘
5 X = {5.X:7.3f}; Y = {5.Y:7.3f} ───x
"""
print( template.format( *report ) )
def cone_to_sheet():
D= input_float(" ENTER: cone base diameter...............D=? " )
H= input_float(" ENTER: cone height......................H=? " )
results= conecalc.cone( D=D, H=H )
template="""\
Cone base dia ............... {D:7.3f}
Cone height ................. {H:7.3f}
Base circumference........... {C:7.3f}
Arc angle ................... {theta_d:7.3f}°
Arc radius .................. {L:7.3f}
Arc center coordinates... X= {X:7.3f}
Y= {Y:7.3f}
Pattern sheet ........... (A) {A:7.3f} x (B) {B:7.3f}
"""
print("CONE PATTERN")
print()
print( template.format( **results ) )
print()
print( picture )