Merge_history (from Explicable) and develop_steps (from Expression)
work together
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@ -19,12 +19,12 @@ class Explicable(Renderable):
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def __init__(self, *args, **kwargs):
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super(Explicable, self).__init__()
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self.steps = []
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self.explainator = 0
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self.explained = 0
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def explain(self):
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r""" Generate and render steps which leed to itself
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After beening explained, the Explicable become amnesiac.
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After beening explained, the Explicable become amnesiac. It will return itself in a list.
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See 'history_generator' to explain it once again.
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>>> action = Explicable()
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@ -39,12 +39,19 @@ class Explicable(Renderable):
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>>> # Now action is amnesiac
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>>> for i in action.explain():
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... print(i)
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42
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>>> action = Explicable()
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>>> action.postfix_tokens = Expression('42')
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>>> for i in action.explain():
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... print(i)
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42
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"""
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if not self.explainator:
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self.explainator = self.history_generator()
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return self.explainator
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if self.explained:
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return [self.STR_RENDER(self.postfix_tokens)]
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else:
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self.explained = 1
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return self.history_generator()
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def history_generator(self):
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r""" Generator for rendered steps which leed to itself
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@ -145,9 +152,14 @@ class Explicable(Renderable):
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['2 + 10 \\times 4', '2 \\times 12']
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['2 + 40', '24']
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['42', '24']
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>>> # Now they are amnesiac
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>>> for i in action1.explain():
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... print(i)
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42
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>>> m_history = Explicable().merge_history([action1, action2])
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>>> for i in m_history:
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... print(i)
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['42', '24']
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>>> action1 = Explicable()
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>>> action1.postfix_tokens = Expression('42')
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>>> action1.this_append_before([Expression('2+10*4'), Expression('2+40')])
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@ -174,6 +186,10 @@ class Explicable(Renderable):
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['2 + 10 \\times 4', '2 \\times 12', '3 - 3']
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['2 + 40', '24', '0']
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['42', '24', '0']
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>>> m_history = Explicable().merge_history([1,2,3])
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>>> for i in m_history:
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... print(i)
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[1, 2, 3]
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"""
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steps = []
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for expl in explicables:
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@ -252,26 +252,33 @@ class Expression(Explicable):
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@classmethod
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def develop_steps(cls, tokenList):
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""" From a list of tokens, it develops steps of each tokens """
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tmp_steps = []
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for t in tokenList:
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try:
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with Expression.tmp_render():
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steps = [i for i in t.explain()]
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if steps:
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tmp_steps.append(steps)
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else:
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tmp_steps.append([t])
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except AttributeError:
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tmp_steps.append([t])
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"""
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From a list of tokens, it develops steps of each tokens and transpose it into steps respecting the stucture of the tokenList.
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if max([len(i) for i in tmp_steps]) > 1:
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tmp_steps = expand_list(tmp_steps)[:-1]
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It try to use 'explain' method for every tokens. After using this methode, tokens becom amnesiac.
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>>> e = Expression('1+2')
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>>> e1 = e.simplify()
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>>> f = Expression('3*4+5')
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>>> f1 = f.simplify()
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>>> Expression.develop_steps([e1, f1, op.add])
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[< <class 'pymath.calculus.expression.Expression'> [1, 2, +, 3, 4, *, 5, +, +] >, < <class 'pymath.calculus.expression.Expression'> [3, 12, 5, +, +] >]
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>>> e = Expression('1+2')
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>>> e1 = e.simplify()
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>>> f = Expression('3*4+5')
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>>> f1 = f.simplify()
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>>> g = Expression('6+7')
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>>> g1 = g.simplify()
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>>> Expression.develop_steps([e1, f1, op.add, g1, op.mul])
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[< <class 'pymath.calculus.expression.Expression'> [1, 2, +, 3, 4, *, 5, +, +, 6, 7, +, *] >, < <class 'pymath.calculus.expression.Expression'> [3, 12, 5, +, +, 13, *] >]
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"""
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with Expression.tmp_render():
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tmp_steps = list(Explicable().merge_history(tokenList))
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tmp_steps = list(tmp_steps)[:-1]
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steps = [Expression(s) for s in tmp_steps]
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return steps
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return []
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@classmethod
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def isExpression(cls, other):
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try:
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