def main():
""" Main Function """
HVGC = project.fill_missing_year(
summed_platform_sales('Home Video Game Consoles'))
HGC = project.fill_missing_year(
summed_platform_sales('Handheld Game Consoles'))
MW = project.fill_missing_year(summed_platform_sales('Microsoft Windows'))
create_chart(HVGC, HGC, MW)
def main():
""" Main Function """
data_frame = pandas.read_csv('vgsales.csv')
NA_Sales = project.fill_missing_year(summed_sales(data_frame, 'NA_Sales'))
EU_Sales = project.fill_missing_year(summed_sales(data_frame, 'EU_Sales'))
JP_Sales = project.fill_missing_year(summed_sales(data_frame, 'JP_Sales'))
OT_Sales = project.fill_missing_year(
summed_sales(data_frame, 'Other_Sales'))
GB_Sales = project.fill_missing_year(
summed_sales(data_frame, 'Global_Sales'))
create_chart(NA_Sales, EU_Sales, JP_Sales, OT_Sales, GB_Sales)
def main():
""" Main function """
data_game = pandas.read_csv("vgsales.csv")
data_year = numpy.array(
data_game.groupby(["Genre", "Year"],
as_index=False).count()[["Genre", "Year",
"Rank"]]).tolist()
data_genre = [
i
for i in (data_game.groupby(["Genre"], as_index=False).count()["Genre"]
).tolist()
]
chart = pygal.StackedLine(fill=True, interpolate='cubic', dots_size=1.75)
chart.x_labels = range(1980, 2017)
chart.x_labels_major_count = 8
chart.show_minor_x_labels = False
chart.y_labels = [i for i in range(0, 1601, 200)]
chart.y_labels_major_every = 5
chart.truncate_label = 5
chart.legend_at_bottom = True
chart.legend_box_size = 16
chart.x_title = "Year"
chart.y_title = "Video Games Amount"
for i in data_genre:
temp = project.fill_missing_year([[int(float(j[1])), j[2]]
for j in data_year if j[0] == i])
chart.add(i, [j[1] for j in temp])
chart.render_to_file("releases_genre.svg")
def main():
""" Main function """
df_change_platform = project.platform_convert_df(data_frame)
game_type = [
'Home Video Game Consoles', 'Handheld Game Consoles',
'Microsoft Windows'
]
game_in_years = numpy.array(
data_frame.groupby('Year', as_index=False).count()[['Year',
'Rank']]).tolist()
g_in_year = numpy.array(
data_frame.groupby('Year', as_index=False).count()[['Year',
'Rank']]).tolist()
for i in range(len(game_in_years)):
if i == 0:
continue
else:
game_in_years[i][1] += game_in_years[i - 1][1]
game_in_years = project.fill_missing_year(game_in_years)
amount_of_HVGC = pf_count_by_all('Home Video Game Consoles')
amount_of_HHGC = pf_count_by_all('Handheld Game Consoles')
amount_of_MSW = pf_count_by_all('Microsoft Windows')
create_chart(amount_of_HVGC, amount_of_HHGC, amount_of_MSW)
def main():
"""create chart platform type of games count in each year """
data_game = pandas.read_csv('vgsales.csv')
data_game = pj.platform_convert_df(data_game)
data_Year = numpy.array(
data_game.groupby(["Platform", "Year"],
as_index=False).count()[["Platform", "Year",
"Rank"]]).tolist()
data_platform = [
i for i in (data_game.groupby(["Platform"], as_index=False).count()
["Platform"]).tolist()
]
overall = numpy.array(
data_game.groupby(["Year"],
as_index=False).count()[["Year", "Name"]]).tolist()
yearss = numpy.array(
data_game.groupby(["Year"], as_index=False).count()["Year"]).tolist()
data_Year1 = pj.fill_missing_year(overall)
value = []
for i in data_Year1:
value.append(i[1])
chart = pygal.StackedLine(fill=True, interpolate='cubic', dots_size=1.75)
chart.x_labels = range(1980, 2017)
chart.x_labels_major_count = 8
chart.show_minor_x_labels = False
chart.truncate_label = 5
chart.y_labels = [i for i in range(0, 1601, 200)]
chart.y_labels_major_every = 5
chart.legend_at_bottom = True
chart.legend_at_bottom_columns = 3
chart.legend_box_size = 16
chart.x_title = "Year"
chart.y_title = "Video Games Amount"
for i in [
'Home Video Game Consoles', 'Handheld Game Consoles',
'Microsoft Windows'
]:
temp = pj.fill_missing_year([[j[1], j[2]] for j in data_Year
if j[0] == i])
chart.add(i, [j[1] for j in temp])
chart.render_to_file("releases_platform.svg")
def main():
""" Main Function """
action = project.fill_missing_year(summed_genre_sales('Action'))
adventure = project.fill_missing_year(summed_genre_sales('Adventure'))
figthing = project.fill_missing_year(summed_genre_sales('Fighting'))
misc = project.fill_missing_year(summed_genre_sales('Misc'))
platform = project.fill_missing_year(summed_genre_sales('Platform'))
puzzle = project.fill_missing_year(summed_genre_sales('Puzzle'))
racing = project.fill_missing_year(summed_genre_sales('Racing'))
role_playing = project.fill_missing_year(summed_genre_sales('Role-Playing'))
shooter = project.fill_missing_year(summed_genre_sales('Shooter'))
simulation = project.fill_missing_year(summed_genre_sales('Simulation'))
sports = project.fill_missing_year(summed_genre_sales('Sports'))
strategy = project.fill_missing_year(summed_genre_sales('Strategy'))
create_chart(action, adventure, figthing, misc, platform, puzzle, racing, role_playing, shooter, simulation, sports, strategy)