def make_decision(params):
x = int(params['x'][0])
y = int(params['y'][0])
figure_name = params['figure'][0]
glass_str = params['glass'][0]
print "x:", x, " y:", y, "figure:", figure_name
figure = Figures[figure_name]
glass = Glass(glass_str)
glassWithFigure = glass.addFigure(figure, x, y)
glassWithFigure.printGlass()
print "Current surface range:", glass.getSurfaceRange()
print "Current overal range:", glass.getGlassRange()
solution = glass.findSolution(figure, x, y)
print "Solution surface range:", solution[2].getSurfaceRange()
print "Solution complete lines:", solution[2].getNumberOfCompleteLines()
print "Solution number of holes:", solution[2].getNumberOfHoles()
print "Solution max height:", solution[2].getMaxHeight()
print "Solution overal range:", solution[2].getGlassRange()
figure.printFigure()
solutionPhrase = ("left=" + str(x - solution[0]) if (solution[0] <= x) else ("right=" + str(solution[0] - x)))
solutionPhrase += ", rotate=" + str(solution[1])
solutionPhrase += ", drop"
print "Solution phrase:", solutionPhrase
return solutionPhrase
def make_decision(params):
x = int(params['x'][0])
y = int(params['y'][0])
figure_name = params['figure'][0]
glass_str = params['glass'][0]
print "x:", x, " y:", y, "figure:", figure_name
figure = Figures[figure_name]
glass = Glass(glass_str)
glassWithFigure = glass.addFigure(figure, x, y)
glassWithFigure.printGlass()
print "Current surface range:", glass.getSurfaceRange()
print "Current overal range:", glass.getGlassRange()
solution = glass.findSolution(figure, x, y)
print "Solution surface range:", solution[2].getSurfaceRange()
print "Solution complete lines:", solution[2].getNumberOfCompleteLines()
print "Solution number of holes:", solution[2].getNumberOfHoles()
print "Solution max height:", solution[2].getMaxHeight()
print "Solution overal range:", solution[2].getGlassRange()
figure.printFigure()
solutionPhrase = ("left=" + str(x - solution[0]) if (solution[0] <= x) else
("right=" + str(solution[0] - x)))
solutionPhrase += ", rotate=" + str(solution[1])
solutionPhrase += ", drop"
print "Solution phrase:", solutionPhrase
return solutionPhrase
