Bunco Simulator

Check-in [d20fed]
Overview
Comment:Add function to spit out overview of game in Excel (start on [927402827e])
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SHA3-256: d20fed451934c0348b668721c372dd648934e755c6e1a1c61500a92cbd99ca7e
User & Date: joel on 2018-11-22 13:24:25
Other Links: manifest | tags
References
2018-11-22
13:27 Ticket [927402] Support Excel output status still Open with 3 other changes artifact: 0748b0 user: joel
Context
2018-11-22
13:41
Track player wins and losses check-in: eb8331 user: joel tags: trunk
13:24
Add function to spit out overview of game in Excel (start on [927402827e]) check-in: d20fed user: joel tags: trunk
13:20
Log team scores at each table check-in: a09452 user: joel tags: trunk
Changes

Modified bunco_app.py from [894897] to [e250da].

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import bunco

from blessings import Terminal

t = Terminal()
g = bunco.Game("players.csv")

def plural(str,n,suffix="s"):
    return str + suffix if n > 1 else str
................................................................................

    ts = [f"Round {g.current_round()} @ {curtable} with {sitch['teammate']}:",
          f"You made {player.round_roll_counts[g.current_round()-1]} rolls,",
          f"adding {player.personal_roll_scores[g.current_round()-1]} pts{buncos}",
          f"to your team score of {player.round_scores[g.current_round()-1]},",
          f"{winloss} {foe_names}’s score of {sitch['opponent_score']}."]
    return " ".join(ts)


























































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import bunco
import xlsxwriter
from blessings import Terminal

t = Terminal()
g = bunco.Game("players.csv")

def plural(str,n,suffix="s"):
    return str + suffix if n > 1 else str
................................................................................

    ts = [f"Round {g.current_round()} @ {curtable} with {sitch['teammate']}:",
          f"You made {player.round_roll_counts[g.current_round()-1]} rolls,",
          f"adding {player.personal_roll_scores[g.current_round()-1]} pts{buncos}",
          f"to your team score of {player.round_scores[g.current_round()-1]},",
          f"{winloss} {foe_names}’s score of {sitch['opponent_score']}."]
    return " ".join(ts)

def excel_sheet(title):
    wb = xlsxwriter.Workbook('bunco.xlsx')
    ws = wb.add_worksheet('Overview')

    col_heading = wb.add_format({'font_name': 'Back Issues BB', 
                                 'font_size': 12,
                                 'align': 'center'})
    title_style = wb.add_format({'font_name': 'Back Issues BB', 
                                 'font_size': 14,
                                 'bold': True})
    row_heading = wb.add_format({'font_name': 'Back Issues BB', 
                                 'font_size': 12})
    score_style = wb.add_format({'font_name': 'Milk Mustache BB', 
                                 'font_size': 14,
                                 'align': 'right',
                                 'num_format': '_(* #,##0_);_(* (#,##0);_(* "-"??_);_(@_)',
                                 'color': '#0070C0'})
    total_style = wb.add_format({'font_name': 'Milk Mustache BB', 
                                 'font_size': 14,
                                 'align': 'center',
                                 'bold': 'true'})
    
    ws.set_column('A:A', 30)
    
    ws.write('A1', title, title_style)
    ws.set_landscape()
    ws.fit_to_pages(1, 1)

    # Column headings for each round
    for n in range(g.current_round()):
        ws.write(2, n + 1, n + 1, col_heading)
    
    end_col = g.current_round()
    ws.set_column(1, end_col, 5)
    ws.set_column(end_col + 1, end_col + 5, 10)

    ws.write(2, end_col + 1, "Total", col_heading)
    ws.write(2, end_col + 2, "Wins", col_heading)
    ws.write(2, end_col + 3, "Losses", col_heading)
    ws.write(2, end_col + 4, "Buncos", col_heading)
    ws.write(2, end_col + 5, "Rolls", col_heading)

    # Write players and their scores for each round
    for n, player in enumerate(g.players):
        row = n + 3
        ws.write(row, 0, player.name, row_heading)

        for r in range(g.current_round()):
            col = r + 1
            ws.write(row, col, player.round_scores[r], score_style)

        ws.write(row, end_col + 1, sum(player.round_scores), total_style)
        ws.write(row, end_col + 4, sum(player.round_bunco_counts), total_style)
        ws.write(row, end_col + 5, sum(player.round_roll_counts), total_style)

    wb.close()