from function_parser.FunctionParser import * ex = 'sin(0.2.*x)' parser = FunctionParser(ex) f = parser.getFunction() print(f(2))
None)
while object_builder.stop_build(ar_node) is False:
top_trio = object_builder.search_top(ar_node)
print(top_trio)
lec = top_trio.lec
top_index = self.infl_point(lec)
if isinstance(lec[top_index], object_types.Function) or isinstance(
top_element, object_types.UnaryMinus):
left_lec = None
right_lec = lec[1:]
else:
left_lec = lec[0:top_index]
right_lec = lec[top_index + 1:]
duo = self.build_ar_node(None, left_lec, right_lec, None, top_trio)
ar_node = ar_node + duo
for node in ar_node:
if node:
if node.parent is None:
result = node.calc()
print(f'result{result}')
return result
if __name__ == '__main__':
obj = FunctionParser(['math'])
builder = TreeBuilder()
string1 = '5*(3+3*(5*5))'
arr_node = builder.build_tree(string1)
print(f'result {arr_node}')
