Method plot_time

pytta/classes/signal.py:534–600

Plots the signal in time domain. xLabel, yLabel, and title are saved for the next plots when provided. Parameters (default), (type): ------------------------------ * xLabel ('Time [s]'), (str): x axis label. * yLabel ('Amplitude'),

(self, xLabel:str=None, yLabel:str=None,
                yLim:list=None, xLim:list=None, title:str=None,
                decimalSep:str=',',timeUnit:str='s')

        return

    def plot_time(self, xLabel:str=None, yLabel:str=None,
                yLim:list=None, xLim:list=None, title:str=None,
                decimalSep:str=',',timeUnit:str='s'):
        """Plots the signal in time domain.

        xLabel, yLabel, and title are saved for the next plots when provided.

        Parameters (default), (type):
        ------------------------------

            * xLabel ('Time [s]'), (str):
                x axis label.

            * yLabel ('Amplitude'), (str):
                y axis label.

            * yLim (), (list):
                inferior and superior limits.

                >>> yLim = [-100, 100]

            * xLim (), (list):
                left and right limits

                >>> xLim = [0, 15]

            * title (), (str):
                plot title

            * decimalSep (','), (str):
                may be dot or comma.

                >>> decimalSep = ',' # in Brazil

             * timeUnit ('s'), (str):
                'ms' or 's'.


        Return:
        --------

            matplotlib.figure.Figure object.
        """
        if xLabel is not None:
            self.timeXLabel = xLabel
        else:
            if hasattr(self, 'timeXLabel'):
                if self.timeXLabel is not None:
                    xLabel = self.timeXLabel

        if yLabel is not None:
            self.timeYLabel = yLabel
        else:
            if hasattr(self, 'timeYLabel'):
                if self.timeYLabel is not None:
                    yLabel = self.timeYLabel

        if title is not None: