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import numpy as Y-�N�ONNY-0Y-0Y-NNO��NY-
def Y-�����N�OOPUY-T-Y-T-Y-PUOO�N�����Y-(x):
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            /(Y-�N�ONNY-0Y-0Y-NNO��NY-.exp(-1/((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2)-Y-�N�ONNY-0Y-0Y-NNO��NY-.floor((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2))))+Y-�N�ONNY-0Y-0Y-NNO��NY-.exp(-1/(1-(x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2)+Y-�N�ONNY-0Y-0Y-NNO��NY-.floor((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2))))))) +
            ((-1)**Y-�N�ONNY-0Y-0Y-NNO��NY-.floor((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2)/1)*(Y-�N�ONNY-0Y-0Y-NNO��NY-.exp(-1/(1-(x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2)+Y-�N�ONNY-0Y-0Y-NNO��NY-.floor((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2))))/(Y-�N�ONNY-0Y-0Y-NNO��NY-.exp(-1/((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2)-
            Y-�N�ONNY-0Y-0Y-NNO��NY-.floor((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2))))+Y-�N�ONNY-0Y-0Y-NNO��NY-.exp(-1/(1-(x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2)+Y-�N�ONNY-0Y-0Y-NNO��NY-.floor((x/Y-�N�ONNY-0Y-0Y-NNO��NY-.pi*2))))))))/2 + .5))
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Y-������N���%OPUT-�NY-T-Y-T-Y-�NT-PUO%���N������Y-=Y-�N�ONNY-0Y-0Y-NNO��NY-.cumsum(Y-�N�ONNY-0Y-0Y-NNO��NY-.sin(Y-��NA��T-������7����Y-T-Y-T-Y-���7�������T-��AN��Y-))*(Y-��NA��T-d�Y-T-Y-T-Y-d�T-��AN��Y-[1]-Y-��NA��T-d�Y-T-Y-T-Y-d�T-��AN��Y-[0])
Y-��%Ndf����Y-T-Y-T-Y-󥴥dfN%��Y-=Y-���PU����8OT-7���%dfY-T-Y-T-Y-df%��7�T-O8����PU���Y-.Figure()
Y-��%Ndf����Y-T-Y-T-Y-󥴥dfN%��Y-.add_trace(Y-���PU����8OT-7���%dfY-T-Y-T-Y-df%��7�T-O8����PU���Y-.Scatter(x=Y-������N���%OPUT-d�Y-T-Y-T-Y-d�T-PUO%���N������Y-,y=Y-������N���%OPUT-�NY-T-Y-T-Y-�NT-PUO%���N������Y-,mode='lines',name='Curve'))
Y-��%Ndf����Y-T-Y-T-Y-󥴥dfN%��Y-.update_layout(autosize=True,xaxis=dict(scaleanchor='y',scaleratio=1))
Y-��%Ndf����Y-T-Y-T-Y-󥴥dfN%��Y-.show()