printResults Method
Prints the final optimization results to your specifications.
Example
def printResults (self):
m = self.mbsModel
# The exact answer to the optimization problem
ax = 0
ay = 0
bx = 40
by = 200
cx = 360
cy = 600
dx = 400
dy = 0
# The exact answer stored as strings
sax = "{:>+8.2f}".format(ax)
say = "{:>+8.2f}".format(ay)
sbx = "{:>+8.2f}".format(bx)
sby = "{:>+8.2f}".format(by)
scx = "{:>+8.2f}".format(cx)
scy = "{:>+8.2f}".format(cy)
sdx = "{:>+8.2f}".format(dx)
sdy = "{:>+8.2f}".format(dy)
# The optimized value of the design variables
axo = float(m.ax.b)
ayo = float(m.ay.b)
bxo = float(m.bx.b)
byo = float(m.by.b)
cxo = float(m.cx.b)
cyo = float(m.cy.b)
dxo = float(m.dx.b)
dyo = float(m.dy.b)
# The optimized values saved as strings
saxo = "{:>+8.2f}".format(axo)
sayo = "{:>+8.2f}".format(ayo)
sbxo = "{:>+8.2f}".format(bxo)
sbyo = "{:>+8.2f}".format(byo)
scxo = "{:>+8.2f}".format(cxo)
scyo = "{:>+8.2f}".format(cyo)
sdxo = "{:>+8.2f}".format(dxo)
sdyo = "{:>+8.2f}".format(dyo)
# The difference between the exact and computed values saved as strings
daxo = "{:>+8.2f}".format(ax-axo)
dayo = "{:>+8.2f}".format(ay-ayo)
dbxo = "{:>+8.2f}".format(bx-bxo)
dbyo = "{:>+8.2f}".format(by-byo)
dcxo = "{:>+8.2f}".format(cx-cxo)
dcyo = "{:>+8.2f}".format(cy-cyo)
ddxo = "{:>+8.2f}".format(dx-dxo)
ddyo = "{:>+8.2f}".format(dy-dyo)
# The message to be written to the screen
msg = """\
Optimization Results Summary:
-----------------------------
Point Actual Obtained Deviation
----- ---------- ------------------- -------------------
A ( 0, 0) ({}, {}) ({}, {})
B ( 40, 200) ({}, {}) ({}, {})
C (360, 600) ({}, {}) ({}, {})
D (400, 0) ({}, {}) ({}, {})
""".format(saxo, sayo, daxo, dayo, sbxo, sbyo, dbxo, dbyo, scxo, scyo, dcxo, dcyo, sdxo,
sdyo, ddxo, ddyo)
print msg
return