def processAbf(abfFname,saveAs=False,dpi=100,show=True):
    """
    automatically generate a single representative image for an ABF.
    If saveAs is given (full path of a jpg of png file), the image will be saved.
    Otherwise, the image will pop up in a matplotlib window.
    """
    if not type(abfFname) is str or not len(abfFname)>3:
        return
    abf=swhlab.ABF(abfFname)
    plot=swhlab.plotting.ABFplot(abf)
    plot.figure_height=6
    plot.figure_width=10
    plot.subplot=False
    plot.figure(True)
    if abf.get_protocol_sequence(0)==abf.get_protocol_sequence(1) or abf.sweeps<2:
        # same protocol every time
        if abf.lengthMinutes<2:
            # short (probably a memtest or tau)
            ax1=plt.subplot(211)
            plot.figure_sweeps()
            plt.title("{} ({} sweeps)".format(abf.ID,abf.sweeps))
            plt.gca().get_xaxis().set_visible(False)
            plt.subplot(212,sharex=ax1)
            plot.figure_protocol()
            plt.title("")
        else:
            # long (probably a drug experiment)
            plot.figure_chronological()
    else:
        # protocol changes every sweep
        plots=[211,212] # assume we want 2 images
        if abf.units=='mV': # maybe it's something with APs?
            ap=swhlab.AP(abf) # go ahead and do AP detection
            ap.detect() # try to detect APs
            if len(ap.APs): # if we found some
                plots=[221,223,222,224] # get ready for 4 images
        ax1=plt.subplot(plots[0])
        plot.figure_sweeps()
        plt.title("{} ({} sweeps)".format(abf.ID,abf.sweeps))
        plt.gca().get_xaxis().set_visible(False)
        plt.subplot(plots[1],sharex=ax1)
        plot.figure_protocols()
        plt.title("protocol")
        if len(plots)>2:
            # assume we want to look at the first AP
            ax2=plt.subplot(plots[2])
            plot.rainbow=False
            plot.kwargs["color"]='b'
            plot.figure_chronological()
            plt.gca().get_xaxis().set_visible(False)
            plt.title("first AP magnitude")
            # velocity plot
            plt.subplot(plots[3],sharex=ax2)
            plot.abf.derivative=True
            plot.rainbow=False
            plot.traceColor='r'
            plot.figure_chronological()
            plt.axis([ap.APs[0]["T"]-.05,ap.APs[0]["T"]+.05,None,None])
            plt.title("first AP velocity")

    if saveAs:
        print("saving",os.path.abspath(saveAs))
        plt.savefig(os.path.abspath(saveAs),dpi=dpi)
        return
    if show:
        plot.show()
def processAbf(abfFname,saveAs=False,dpi=100,show=True):
    """
    automatically generate a single representative image for an ABF.
    If saveAs is given (full path of a jpg of png file), the image will be saved.
    Otherwise, the image will pop up in a matplotlib window.
    """
    if not type(abfFname) is str or not len(abfFname)>3:
        return
    abf=swhlab.ABF(abfFname)
    plot=swhlab.plotting.ABFplot(abf)
    plot.figure_height=6
    plot.figure_width=10
    plot.subplot=False
    plot.figure(True)
    if abf.get_protocol_sequence(0)==abf.get_protocol_sequence(1) or abf.sweeps<2:
        # same protocol every time
        if abf.lengthMinutes<2:
            # short (probably a memtest or tau)
            ax1=plt.subplot(211)
            plot.figure_sweeps()
            plt.title("{} ({} sweeps)".format(abf.ID,abf.sweeps))
            plt.gca().get_xaxis().set_visible(False)
            plt.subplot(212,sharex=ax1)
            plot.figure_protocol()
            plt.title("")
        else:
            # long (probably a drug experiment)
            plot.figure_chronological()
    else:
        # protocol changes every sweep
        plots=[211,212] # assume we want 2 images
        if abf.units=='mV': # maybe it's something with APs?
            ap=swhlab.AP(abf) # go ahead and do AP detection
            ap.detect() # try to detect APs
            if len(ap.APs): # if we found some
                plots=[221,223,222,224] # get ready for 4 images
        ax1=plt.subplot(plots[0])
        plot.figure_sweeps()
        plt.title("{} ({} sweeps)".format(abf.ID,abf.sweeps))
        plt.gca().get_xaxis().set_visible(False)
        plt.subplot(plots[1],sharex=ax1)
        plot.figure_protocols()
        plt.title("protocol")
        if len(plots)>2:
            # assume we want to look at the first AP
            ax2=plt.subplot(plots[2])
            plot.rainbow=False
            plot.kwargs["color"]='b'
            plot.figure_chronological()
            plt.gca().get_xaxis().set_visible(False)
            plt.title("first AP magnitude")
            # velocity plot
            plt.subplot(plots[3],sharex=ax2)
            plot.abf.derivative=True
            plot.rainbow=False
            plot.traceColor='r'
            plot.figure_chronological()
            plt.axis([ap.APs[0]["T"]-.05,ap.APs[0]["T"]+.05,None,None])
            plt.title("first AP velocity")

    if saveAs:
        print("saving",os.path.abspath(saveAs))
        plt.savefig(os.path.abspath(saveAs),dpi=dpi)
        return
    if show:
        plot.show()
def processAbf ( abfFname , saveAs = False , dpi = 100 , show = True ) : if not type ( abfFname ) is str or not len ( abfFname ) > 3 : return abf = swhlab . ABF ( abfFname ) plot = swhlab . plotting . ABFplot ( abf ) plot . figure_height = 6 plot . figure_width = 10 plot . subplot = False plot . figure ( True ) if abf . get_protocol_sequence ( 0 ) == abf . get_protocol_sequence ( 1 ) or abf . sweeps < 2 : # same protocol every time if abf . lengthMinutes < 2 : # short (probably a memtest or tau) ax1 = plt . subplot ( 211 ) plot . figure_sweeps ( ) plt . title ( "{} ({} sweeps)" . format ( abf . ID , abf . sweeps ) ) plt . gca ( ) . get_xaxis ( ) . set_visible ( False ) plt . subplot ( 212 , sharex = ax1 ) plot . figure_protocol ( ) plt . title ( "" ) else : # long (probably a drug experiment) plot . figure_chronological ( ) else : # protocol changes every sweep plots = [ 211 , 212 ] # assume we want 2 images if abf . units == 'mV' : # maybe it's something with APs? ap = swhlab . AP ( abf ) # go ahead and do AP detection ap . detect ( ) # try to detect APs if len ( ap . APs ) : # if we found some plots = [ 221 , 223 , 222 , 224 ] # get ready for 4 images ax1 = plt . subplot ( plots [ 0 ] ) plot . figure_sweeps ( ) plt . title ( "{} ({} sweeps)" . format ( abf . ID , abf . sweeps ) ) plt . gca ( ) . get_xaxis ( ) . set_visible ( False ) plt . subplot ( plots [ 1 ] , sharex = ax1 ) plot . figure_protocols ( ) plt . title ( "protocol" ) if len ( plots ) > 2 : # assume we want to look at the first AP ax2 = plt . subplot ( plots [ 2 ] ) plot . rainbow = False plot . kwargs [ "color" ] = 'b' plot . figure_chronological ( ) plt . gca ( ) . get_xaxis ( ) . set_visible ( False ) plt . title ( "first AP magnitude" ) # velocity plot plt . subplot ( plots [ 3 ] , sharex = ax2 ) plot . abf . derivative = True plot . rainbow = False plot . traceColor = 'r' plot . figure_chronological ( ) plt . axis ( [ ap . APs [ 0 ] [ "T" ] - .05 , ap . APs [ 0 ] [ "T" ] + .05 , None , None ] ) plt . title ( "first AP velocity" ) if saveAs : print ( "saving" , os . path . abspath ( saveAs ) ) plt . savefig ( os . path . abspath ( saveAs ) , dpi = dpi ) return if show : plot . show ( )
automatically generate a single representative image for an ABF.
    If saveAs is given (full path of a jpg of png file), the image will be saved.
    Otherwise, the image will pop up in a matplotlib window.
automatically generate a single representative image for an ABF . If saveAs is given ( full path of a jpg of png file ) the image will be saved . Otherwise the image will pop up in a matplotlib window .