def print_stats(self):
"""Print out the stats for a ski jumper."""
dashed_line()
kv_print("Skijumper Name", (self.name, light_green))
dashed_line()
line_break()
kv_print("Country", (self.country_of_origin, light_green))
kv_print("Home Hill", (self.home_hill, light_green))
line_break()
# type_out(f"{yellow}{'-'*21} STATS {'-'*22}{light_white}")
type_out(f"{yellow}{' STATS ':-^50}{light_white}")
line_break()
kv_print("Personality", (", ".join(self.personality), light_blue))
kv_print("Height", round(self.height, 2), "cm")
kv_print("Weight", round(self.weight, 2), "kg")
kv_print("Popularity", self.popularity, colour_map=True, symbol="◼︎")
kv_print("Speed", self.speed, colour_map=True, symbol="◼︎")
kv_print("Balance", self.balance, colour_map=True, symbol="◼︎")
kv_print("Style", self.style, colour_map=True, symbol="◼︎")
kv_print("Consistency", self.consistency, colour_map=True, symbol="◼︎")
kv_print("Risk taker", self.risk_taking, colour_map=True, symbol="◼︎")
kv_print("Relationship with father",
self.relationship_with_father,
colour_map=True,
symbol="◼︎")
line_break()
type_out(f"{yellow}{' OVERALL SCORE ':-^50}{light_white}")
kv_print("Overall score", self.overall_score)
pass
def print_stats(self):
"""Print stats for the hill."""
dashed_line()
type_out(f"Welcome to {light_green}{self.name} Hill!")
dashed_line()
line_break()
kv_print("Hill Name", (self.name, light_green))
line_break()
kv_print("Hill Horizontal Wind", self.base_wind_horizontal, "km/h")
kv_print("Hill Wind Variability", self.wind_variability)
line_break()
kv_print("Height", self.height, "m")
kv_print("Calculation Line", self.calculation_line, "m")
kv_print("Hill Record", self.hill_record, "m")
line_break()
kv_print("Hill Capacity", f"{self.capacity:,}")
pass
def introduce_country(self):
"""Announce a country upon arrival."""
dashed_line()
type_out(f"Welcome to {light_green}{self.name}")
dashed_line()
line_break()
kv_print('Official country name', (self.full_name, light_green))
kv_print('Population', f"{self.population:,}")
kv_print('Hill count', self.hill_count)
line_break()
all_hills = ', '.join([hill.name for hill in self.hills])
type_out("Hills:")
type_out(f"""{light_green}{all_hills}{light_white}""")
line_break()
hill_name = self.hills[0].name
type_out(
f"Our first hill will be {light_green}{hill_name}{light_white}")
pass
def initiate_jump(self):
"""Initiate the jump."""
dashed_line()
skijumper_name = f"{light_green}{self.skijumper.name}{light_white}"
type_out(f"{skijumper_name} is beginnning their jump...")
dashed_line()
line_break()
self.calculate_height_bonus()
self.calculate_weight_bonus()
self.calculate_popularity_bonus()
self.calculate_consistency_bonus()
self.calculate_jump_speed()
self.calculate_risk_bonus()
self.calculate_form_bonus()
self.calculate_father_bonus()
self.calculate_horizontal_wind()
self.jump_distance = max(round(self.jump_distance, 2), 0)
kv_print("Expected distance", self.estimate, "m")
pass
def print_jump_breakdown(self):
"""Print the jump breakdown results."""
dashed_line(n=50)
kv_print("Height Bonus", self.height_bonus, "m", signed=True)
kv_print("Weight Bonus", self.weight_bonus, "m", signed=True)
kv_print("Home Hill Bonus", self.hill_bonus, "m", signed=True)
kv_print("Home Country Bonus", self.home_bonus, "m", signed=True)
dashed_line(n=50)
kv_print("Jump Speed", self.jump_speed, "km/h", signed=True)
kv_print("Jump Speed Bonus", self.jump_bonus / 2, "m", signed=True)
dashed_line(n=50)
kv_print("Consistency Bonus", self.consistency_bonus, "m", signed=True)
kv_print("Risk Impact", self.risk_bonus, "m", signed=True)
kv_print("Form Impact", self.form_bonus, "m", signed=True)
kv_print("Father Presence", self.father_bonus, "m", signed=True)
dashed_line(n=50)
kv_print("Wind Horizontal", self.wind_horizontal, "km/h", signed=True)
pass
def start_jumping(self, skip_continue_taps=False, skip_ten=False):
"""Start jumping."""
self.results = []
i = 0
while True:
if i % 10 == 0:
skip_ten = False
try:
current_skijumper = self.skijumpers[self.roster.__next__()]
i += 1
except StopIteration:
break
type_out(f"Jumper {i}")
current_skijumper.print_stats()
if not skip_continue_taps and not skip_ten:
user_input = sk.tap_to_continue({
"ss":
"Skip future taps",
"s10":
"Skip to start of next 10"
})
skip_continue_taps = user_input == "ss"
skip_ten = user_input == "s10"
# BASIC RESULTS
if self.results:
# kv_print("Current Record", max(results.values()), "m")
current_results = DataFrame(self.results)
type_out(
current_results.sort_values("jump_distance",
ascending=False)[[
"skijumper",
"jump_distance"
]].head(5))
line_break()
else:
kv_print("Calculation line", self.hill.calculation_line, "m")
line_break()
# JUMP
current_jump = Jump(current_skijumper, self.hill)
current_jump.initiate_jump()
jump_distance = max(round(current_jump.jump_distance, 2), 0)
self.results.append(current_jump.get_series_data())
if not skip_continue_taps and not skip_ten:
sk.tap_to_continue()
time.sleep(0.5)
dashed_line(colour=light_green)
kv_print("Result", jump_distance, "m")
dashed_line(colour=light_green)
line_break()
dashed_line()
if jump_distance > self.hill.hill_record:
type_out("\nIt's a new hill record!\n")
line_break()
self.hill.hill_record = jump_distance
results_df = DataFrame(self.results)
type_out(
results_df.sort_values("jump_distance", ascending=False)[[
"skijumper",
"home_country",
"jump_distance",
]].head(5))
results_df.to_pickle(
f"results/{self.hill.name}_round_{self.round_type}.pkl")
if not skip_continue_taps and not skip_ten:
user_input = sk.tap_to_continue({"b": "Breakdown Results"})
if user_input == "b":
current_jump.print_jump_breakdown()
secondary_user_input = sk.tap_to_continue(
{"ds": "Display Stats"})
if secondary_user_input == "ds":
current_skijumper.print_stats()
sk.tap_to_continue()