How to use run_5 method in SeleniumBase

Best Python code snippet using SeleniumBase

final_project.py

Source:final_project.py

...72def run_4(b4):73    global run_474    run_4 = not run_475b4 = button(text = "air",pos = scene1.title_anchor,bind=run_4)76def run_5(b5):77    global run_578    run_5 = not run_579b5 = button(text = "water",pos = scene1.title_anchor,bind=run_5)80def run_6(b6):81    global run_682    run_6 = not run_683b6 = button(text = "glass",pos = scene1.title_anchor,bind=run_6)84#scene1.bind('keydown', keyinput) # setting for the binding function85#scene2.bind('keydown', keyinput) # setting for the binding function86def get_E_field(shape1 , medium):87    if shape1 == 0:88        E_field , maxI = circle_E_field(medium)89        return E_field , maxI90    elif shape1 == 1 :...

asteroid_madness.py

Source:asteroid_madness.py

1'''2    AUTHOR: Eric Becerril-Blas3'''4import matplotlib.pyplot as plt5from matplotlib.pyplot import *6import pandas as pd7from pandas import *8Ea = 1.00000 # Earth Semi Major axis9Ja = 5.20336 # Jupiter Semi Major Axis10Sa = 9.53707 # Saturn Semi Major axis11def create_dataframe(f_name,skip):12    # Open the FileName13    f = open(f_name,'r')14    # Skip over the first 3 lines of the .aei ffile15    lines = f.readlines()[skip:]16    #print(lines)17    # Close the File18    f.close()19    # Get the header file and create the header using a super complicated brute force method that could have been easily solved by going into the raw data and deleting the space between "Time" and "(years)" in the .aei file20    header_line = lines.pop(0)21    header_line = header_line.split()22    #print(header_line)23    header = []24    first_element = 'Name'25    header.append(first_element)26    for element in header_line:27        header.append(element)28    #print(lines)29    # Turning data to float values and dataframe30    new_lines = []31    for l in lines:32         l = l.split()33         for idx,item in enumerate(l):34             if idx != 0:35                 l[idx] = float(item)36         new_lines.append(l)37    #print(new_lines)38    # Make dataframe out of the list of lists39    df = pd.DataFrame.from_records(new_lines)40    df.columns= header41    #print(" ")42    #print("Initial conditions of run are")43    #print(df.iloc[:1])44    df = df.iloc[1:]45    #print(df)46    return df47def append_dataframe(df, f_name):48    f = open(f_name,'r')49    # Skip over the first 3 lines of the .aei ffile50    lines = f.readlines()51    #print(lines)52    # Close the File53    f.close()54    new_lines = []55    for l in lines:56         l = l.split()57         for idx,item in enumerate(l):58             if idx != 0:59                 l[idx] = float(item)60         new_lines.append(l)61    #print(new_lines)62    df2 = pd.DataFrame.from_records(new_lines)63    df2.columns = [ 'Name'  ,'a'  ,'e'  ,'i' ,'mass'  ,'Rot/day' ,'Obl']64    #print(df2)65    df = df.append(df2, ignore_index=True)66    return(df)67def rm_the_planets(df):68    for index, row in df.iterrows():69        if row['Name'] == 'EARTHMOO':70            df.drop(index, inplace=True)71        if row['Name'] == 'SATURN':72            df.drop(index, inplace=True)73        if row['Name'] == 'JUPITER':74            df.drop(index, inplace=True)75    return(df)76def mean_motion_calc(p, q, ap):77    dummy = p/(p+q)78    dummy = dummy**(2/3)79    return(dummy*ap)80def main():81    print("Hello World From asteroid_madness.py ")82    elementout = create_dataframe('run_5/element.out',3)83    elementout = append_dataframe(elementout, 'run_5/element1.out')84    elementout = append_dataframe(elementout, 'run_5/element2.out')85    elementout = append_dataframe(elementout, 'run_5/element3.out')86    elementout = append_dataframe(elementout, 'run_5/element4.out')87    elementout = append_dataframe(elementout, 'run_5/element5.out')88    elementout = append_dataframe(elementout, 'run_5/element6.out')89    elementout = append_dataframe(elementout, 'run_5/element7.out')90    elementout = append_dataframe(elementout, 'run_5/element8.out')91    elementout = append_dataframe(elementout, 'run_5/element9.out')92    elementout = append_dataframe(elementout, 'run_5/element10.out')93    elementout = rm_the_planets(elementout)94    print(elementout)95    ax = elementout.plot(kind='scatter',x='a',y='e',color='red',s=5)96    ax.set_xlabel("Semi-Major Axis")97    ax.set_ylabel("Eccentricity")98    plt.axvline(x = 1, c = 'g', label = "$a_E$ = 1.0001au") #Earths spot after 10 million years99    #plt.text(1.75,0.9,'$v_{6}$',rotation=90)100    #plt.axvline(x = 2.05, c = 'k', linestyle='--',label = "$v_6$ = 2.05au") #Earths spot after 10 million years101    #plt.text(1.75,0.9,'$v_{6}$',rotation=90)102    # Mean Motion Resonances 3:1, 5:2, 7:3 and 2:1103    # 3:1 first104    ar = mean_motion_calc(1, 2, Ja)105    print("3:1 is")106    print(ar)107    plt.axvline(x = ar, c = 'b', linestyle='--',label = "3:1 = "+ str(round(ar, 2))+"au") #Earths spot after 10 million years108    #plt.text((ar+0.1),0.9,'3:1',rotation=90)109    # 5:2110    ar = mean_motion_calc(2, 3, Ja)111    print("5:2 is")112    print(ar)113    plt.axvline(x = ar, c = 'm', linestyle='--',label = "5:2 = "+ str(round(ar, 2))+"au") #Earths spot after 10 million years114    #plt.text((ar+0.1),0.9,'5:2',rotation=90)115    # 7:3116    ar = mean_motion_calc(3, 4, Ja)117    print("7:3 is")118    print(ar)119    plt.axvline(x = ar, c = 'y', linestyle='--',label = "7:3 = "+ str(round(ar, 2))+"au" ) #Earths spot after 10 million years120    #plt.text((ar+0.1),0.9,'5:2',rotation=90)121    # 2:1122    ar = mean_motion_calc(1, 1, Ja)123    print("2:1 is")124    print(ar)125    plt.axvline(x = ar, c = 'c', linestyle='--',label = "2:1 = "+ str(round(ar, 2))+"au") #Earths spot after 10 million years126    #plt.text((ar+0.1),0.9,'5:2',rotation=90)127    plt.legend(loc=0)128    plt.show()129    plt.clf()130if __name__== "__main__":...

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