def analyze(self, expr):
name = "f"
self.analyzer = Analyzer(expr)
self.function_view.set_from_expression(expr, name=name + "(x)")
self.function_view.set_font_size(40)
box = ListBox("Dominio")
self.box.pack_start(box, False, False, 0)
domain_block = EqualBlock(TextBlock("D(f)"), TextBlock(interval_to_string(self.analyzer.domain)))
box.make_row_with_child(domain_block)
box = ListBox("Raíces")
self.box.pack_start(box, False, False, 0)
roots_block = TextBlock(set_to_string(self.analyzer.roots.keys()))
box.make_row_with_child(roots_block)
box = ListBox("Signo")
self.box.pack_start(box, False, False, 0)
if self.analyzer.positive.__class__ != sympy.EmptySet:
positive_block = TextBlock("+ " + interval_to_string(self.analyzer.positive))
box.make_row_with_child(positive_block)
if self.analyzer.negative.__class__ != sympy.EmptySet:
negative_block = TextBlock("- " + interval_to_string(self.analyzer.negative))
box.make_row_with_child(negative_block)
box = ListBox("Continuidad")
self.box.pack_start(box, False, False, 0)
if self.analyzer.continuity == self.analyzer.domain:
block = TextBlock("f es continua en todo su dominio.")
else:
block = TextBlock("f es continua para los x %s %s\n" % (Chars.BELONGS, interval_to_string(self.analyzer.continuity)))
box.make_row_with_child(block)
box = ListBox("Ramas")
self.box.pack_start(box, False, False, 0)
if self.analyzer.branches[sympy.oo] is not None:
block = TextBlock("f posee %s cuando" % Branch.get_name(*self.analyzer.branches[sympy.oo]))
row = box.make_row_with_child(block)
trend_block = TrendBlock(TextBlock("x"), TextBlock("+" + Chars.INFINITY))
trend_block.set_margin_left(10)
row.add_child(trend_block)
if self.analyzer.branches[-sympy.oo] is not None:
block = TextBlock("f posee %s cuando" % Branch.get_name(*self.analyzer.branches[-sympy.oo]))
row = box.make_row_with_child(block)
trend_block = TrendBlock(TextBlock("x"), TextBlock("-" + Chars.INFINITY))
trend_block.set_margin_left(10)
row.add_child(trend_block)
box = ListBox("Crecimiento")
self.box.pack_start(box, False, False, 0)
block = MathView.new_from_expression(self.analyzer.derived, name + "'(x)")
box.make_row_with_child(block)
if self.analyzer.derived_things.negative.__class__ != sympy.EmptySet:
block = TextBlock(name + " decrece en ")
row = box.make_row_with_child(block)
row.add_child(make_interval_points(self.analyzer.derived_things.negative))
if self.analyzer.derived_things.positive.__class__ != sympy.EmptySet:
block = TextBlock(name + " crece en ")
row = box.make_row_with_child(block)
row.add_child(make_interval_points(self.analyzer.derived_things.positive))
mins, maxs = self.analyzer.get_minimums_and_maximums()
if mins:
block = TextBlock("Mínimos: ")
row = box.make_row_with_child(block)
for point in mins:
_x = MathView.new_from_expression(point[0])
_y = MathView.new_from_expression(point[1])
block = PointBlock(_x, _y)
row.add_child(block)
if maxs:
block = TextBlock("Máximos: ")
row = box.make_row_with_child(block)
for point in maxs:
_x = MathView.new_from_expression(point[0])
_y = MathView.new_from_expression(point[1])
block = PointBlock(_x, _y)
row.add_child(block)
box = ListBox("Concavidad")
self.box.pack_start(box, False, False, 0)
block = MathView.new_from_expression(self.analyzer.derived2, name + "''(x)")
box.make_row_with_child(block)
if self.analyzer.derived2_things.positive.__class__ != sympy.EmptySet:
block = TextBlock("f tiene concavidad positiva en: ")
row = box.make_row_with_child(block)
row.add_child(make_interval_points(self.analyzer.derived2_things.positive))
if self.analyzer.derived2_things.negative.__class__ != sympy.EmptySet:
block = TextBlock("f tiene concavidad negativa en: ")
row = box.make_row_with_child(block)
row.add_child(make_interval_points(self.analyzer.derived2_things.negative))
_analyzer = Analyzer(self.analyzer.derived)
mins, maxs = _analyzer.get_minimums_and_maximums()
inflection_points = mins + maxs
if inflection_points:
block = TextBlock("Puntos de inflexión: ")
row = box.make_row_with_child(block)
for point in inflection_points:
_x = MathView.new_from_expression(point[0])
_y = MathView.new_from_expression(point[1])
block = PointBlock(_x, _y)
block.set_margin_right(10)
row.add_child(block)
self.show_all()
