<jupyter_start><jupyter_text>Data Gathering<jupyter_code>df_Bend2010 = pd.read_csv('BendData2010.txt', sep="  ", header=None, engine='python')
df_Bend2010.columns = ["Direction", "Angle from Vertical", "Julian Day"]
df_Bend2010
df_Bend2011 = pd.read_csv('BendData2011.txt', sep="  ", header=None, engine='python')
df_Bend2011.columns = ["Direction", "Angle from Vertical", "Julian Day"]
df_Bend2011
df_CVFR2010 = pd.read_csv('CenterlineVerticalFlowRate2010.csv', sep=",", header=None, engine='python', usecols = [6,7,8])
df_CVFR2010.columns = ["Date", "Time", "Flow Rate"]
df_CVFR2010['Date Time'] = df_CVFR2010['Date'] + ' ' + df_CVFR2010['Time']
df_CVFR2010["Date Time"] = pd.to_datetime(df_CVFR2010["Date Time"])
df_CVFR2010 = df_CVFR2010.drop(["Date", "Time"], axis=1)
df_CVFR2010 = df_CVFR2010.set_index('Date Time')
df_CVFR2010
df_RAS2010 = pd.read_csv('RasData2010.csv', sep=",", header=None, engine='python', usecols = [6,7,8])
df_RAS2010.columns = ["Date", "Time", "Temperature"]
df_RAS2010['Date Time'] = df_RAS2010['Date'] + ' ' + df_RAS2010['Time']
df_RAS2010["Date Time"] = pd.to_datetime(df_RAS2010["Date Time"])
df_RAS2010 = df_RAS2010.drop(["Date", "Time"], axis=1)
df_RAS2010 = df_RAS2010.set_index('Date Time')
df_RAS2010
df_WD2010C = pd.read_csv('WeatherC2010.csv', sep=",", header=None, engine='python', usecols = [6,7,8,9,10,11,12,13,14,15])
df_WD2010C.columns = ["Date", "Time", "Julian Day", "Wave Height", "Wind Direction", "Wind Speed", "Wind Gust Speed", "Atmospheric Pressure","Air Temperature"]
df_WD2010C['Date Time'] = df_WD2010C['Date'] + ' ' + df_WD2010C['Time']
df_WD2010C["Date Time"] = pd.to_datetime(df_WD2010C["Date Time"])
df_WD2010C = df_WD2010C.drop(["Date", "Time"], axis=1)
df_WD2010C = df_WD2010C.set_index('Date Time')
df_WD2010C
df_WD2011C = pd.read_csv('WeatherC2011.csv', sep=",", header=None, engine='python', usecols = [6,7,8,9,10,11,12,13,14,15])
df_WD2011C.columns = ["Date", "Time", "Julian Day", "Wave Height", "Wind Direction", "Wind Speed", "Wind Gust Speed", "Atmospheric Pressure","Air Temperature"]
df_WD2011C['Date Time'] = df_WD2011C['Date'] + ' ' + df_WD2011C['Time']
df_WD2011C["Date Time"] = pd.to_datetime(df_WD2011C["Date Time"])
df_WD2011C = df_WD2011C.drop(["Date", "Time"], axis=1)
df_WD2011C = df_WD2011C.set_index('Date Time')
df_WD2011C
df_WD2010T = pd.read_csv('WeatherT2010.csv', sep=",", header=None, engine='python', usecols = [6,7,8,9,10,11,12,13,14,15])
df_WD2010T.columns = ["Date", "Time", "Julian Day", "Wave Height", "Wind Direction", "Wind Speed", "Wind Gust Speed", "Atmospheric Pressure","Air Temperature"]
df_WD2010T['Date Time'] = df_WD2010T['Date'] + ' ' + df_WD2010T['Time']
df_WD2010T["Date Time"] = pd.to_datetime(df_WD2010T["Date Time"])
df_WD2010T = df_WD2010T.drop(["Date", "Time"], axis=1)
df_WD2010T = df_WD2010T.set_index('Date Time')
df_WD2010T
df_WD2011T = pd.read_csv('WeatherT2011.csv', sep=",", header=None, engine='python', usecols = [6,7,8,9,10,11,12,13,14,15])
df_WD2011T.columns = ["Date", "Time", "Julian Day", "Wave Height", "Wind Direction", "Wind Speed", "Wind Gust Speed", "Atmospheric Pressure","Air Temperature"]
df_WD2011T['Date Time'] = df_WD2011T['Date'] + ' ' + df_WD2011T['Time']
df_WD2011T["Date Time"] = pd.to_datetime(df_WD2011T["Date Time"])
df_WD2011T = df_WD2011T.drop(["Date", "Time"], axis=1)
df_WD2011T = df_WD2011T.set_index('Date Time')
df_WD2011T
DirPlot2010 = df_Bend2010.plot(kind='line',x='Julian Day',y="Direction",color='red')
DirPlot2010.set_title("Direction of Bending")
DirPlot2010.set_xlabel('Julian Day')
DirPlot2010.set_ylabel('Direction (Degrees from North)')
AFVPlot2010 = df_Bend2010.plot(kind='line',x='Julian Day',y="Angle from Vertical",color='red')
AFVPlot2010.set_title("Bending Angle from Vertical")
AFVPlot2010.set_xlabel('Julian Day')
AFVPlot2010.set_ylabel('Angle from Vertical (Degrees)')
DirAFVPlot2010 = df_Bend2010.plot(kind='line',x='Julian Day',y=["Direction", "Angle from Vertical"],color=['blue','green'])
DirAFVPlot2010.set_title("Plume Bending Data 2010")
DirAFVPlot2010.set_xlabel('Julian Day')
DirAFVPlot2010.set_ylabel('Degrees')
CVFRPlot = df_CVFR2010.plot(kind='line',color='black')
CVFRPlot.set_title("Centerline Vertical Flow Rate")
CVFRPlot.set_xlabel('Date Time')
CVFRPlot.set_ylabel('Flow Rate (m/s)')
RASPlot = df_RAS2010.plot(kind='line',color='black')
RASPlot.set_title("RAS Temperature")
RASPlot.set_xlabel('Date Time')
RASPlot.set_ylabel('Temperature (°C)')
WH2010CPlot = df_WD2010C.plot(kind='line',color='black', y='Wave Height')
WH2010CPlot.set_title("Wave Height 2010 at C46036")
WH2010CPlot.set_xlabel('Date Time')
WH2010CPlot.set_ylabel('Wave Height')
WDir2010CPlot = df_WD2010C.plot(kind='line',color='black', y='Wind Direction')
WDir2010CPlot.set_title("Wind Direction 2010 at C46036")
WDir2010CPlot.set_xlabel('Date Time')
WDir2010CPlot.set_ylabel('Wind Direction')
WS2010CPlot = df_WD2010C.plot(kind='line',color='black', y='Wind Speed')
WS2010CPlot.set_title("Wind Speed 2010 at C46036")
WS2010CPlot.set_xlabel('Date Time')
WS2010CPlot.set_ylabel('Wind Speed (m/s)')
WGS2010CPlot = df_WD2010C.plot(kind='line',color='black', y='Wind Gust Speed')
WGS2010CPlot.set_title("Wind Gust Speed 2010 at C46036")
WGS2010CPlot.set_xlabel('Date Time')
WGS2010CPlot.set_ylabel('Wind Gust Speed (m/s)')
AP2010CPlot = df_WD2010C.plot(kind='line',color='black', y='Atmospheric Pressure')
AP2010CPlot.set_title("Atmospheric Pressure 2010 at C46036")
AP2010CPlot.set_xlabel('Date Time')
AP2010CPlot.set_ylabel('Atmospheric Pressure')
AT2010CPlot = df_WD2010C.plot(kind='line',color='black', y='Air Temperature')
AT2010CPlot.set_title("Air Temperature 2010 at C46036")
AT2010CPlot.set_xlabel('Date Time')
AT2010CPlot.set_ylabel('Air Temperature')
WH2011CPlot = df_WD2011C.plot(kind='line',color='black', y='Wave Height')
WH2011CPlot.set_title("Wave Height 2011 at C46036")
WH2011CPlot.set_xlabel('Date Time')
WH2011CPlot.set_ylabel('Wave Height')
WDir2011CPlot = df_WD2011C.plot(kind='line',color='black', y='Wind Direction')
WDir2011CPlot.set_title("Wind Direction 2011 at C46036")
WDir2011CPlot.set_xlabel('Date Time')
WDir2011CPlot.set_ylabel('Wind Direction')
WS2011CPlot = df_WD2011C.plot(kind='line',color='black', y='Wind Speed')
WS2011CPlot.set_title("Wind Speed 2011 at C46036")
WS2011CPlot.set_xlabel('Date Time')
WS2011CPlot.set_ylabel('Wind Speed (m/s)')
WGS2011CPlot = df_WD2011C.plot(kind='line',color='black', y='Wind Gust Speed')
WGS2011CPlot.set_title("Wind Gust Speed 2011 at C46036")
WGS2011CPlot.set_xlabel('Date Time')
WGS2011CPlot.set_ylabel('Wind Gust Speed (m/s)')
AP2011CPlot = df_WD2011C.plot(kind='line',color='black', y='Atmospheric Pressure')
AP2011CPlot.set_title("Atmospheric Pressure 2011 at C46036")
AP2011CPlot.set_xlabel('Date Time')
AP2011CPlot.set_ylabel('Atmospheric Pressure')
AT2011CPlot = df_WD2011C.plot(kind='line',color='black', y='Air Temperature')
AT2011CPlot.set_title("Air Temperature 2011 at C46036")
AT2011CPlot.set_xlabel('Date Time')
AT2011CPlot.set_ylabel('Air Temperature')
WDir2010TPlot = df_WD2010T.plot(kind='line',color='black', y='Wind Direction')
WDir2010TPlot.set_title("Wind Direction 2010 at Tillamook")
WDir2010TPlot.set_xlabel('Date Time')
WDir2010TPlot.set_ylabel('Wind Direction')
WS2010TPlot = df_WD2010T.plot(kind='line',color='black', y='Wind Speed')
WS2010TPlot.set_title("Wind Speed 2010 at Tillamook")
WS2010TPlot.set_xlabel('Date Time')
WS2010TPlot.set_ylabel('Wind Speed (m/s)')
WGS2010TPlot = df_WD2010T.plot(kind='line',color='black', y='Wind Gust Speed')
WGS2010TPlot.set_title("Wind Gust Speed 2010 at Tillamook")
WGS2010TPlot.set_xlabel('Date Time')
WGS2010TPlot.set_ylabel('Wind Gust Speed (m/s)')
AT2010TPlot = df_WD2010T.plot(kind='line',color='black', y='Air Temperature')
AT2010TPlot.set_title("Air Temperature 2010 at Tillamook")
AT2010TPlot.set_xlabel('Date Time')
AT2010TPlot.set_ylabel('Air Temperature')
WDir2011TPlot = df_WD2011T.plot(kind='line',color='black', y='Wind Direction')
WDir2011TPlot.set_title("Wind Direction 2011 at Tillamook")
WDir2011TPlot.set_xlabel('Date Time')
WDir2011TPlot.set_ylabel('Wind Direction')
WS2011TPlot = df_WD2011T.plot(kind='line',color='black', y='Wind Speed')
WS2011TPlot.set_title("Wind Speed 2011 at Tillamook")
WS2011TPlot.set_xlabel('Date Time')
WS2011TPlot.set_ylabel('Wind Speed (m/s)')
WGS2011TPlot = df_WD2011T.plot(kind='line',color='black', y='Wind Gust Speed')
WGS2011TPlot.set_title("Wind Gust Speed 2011 at Tillamook")
WGS2011TPlot.set_xlabel('Date Time')
WGS2011TPlot.set_ylabel('Wind Gust Speed (m/s)')
AT2011TPlot = df_WD2011T.plot(kind='line',color='black', y='Air Temperature')
AT2011TPlot.set_title("Air Temperature 2011 at Tillamook")
AT2011TPlot.set_xlabel('Date Time')
AT2011TPlot.set_ylabel('Air Temperature')<jupyter_output><empty_output>
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