Source code for rocketpy.prints.environment_analysis_prints
import numpy as np
from ..units import convert_units
[docs]
class _EnvironmentAnalysisPrints:
"""Class to print environment analysis results
Parameters
----------
env_analysis : EnvironmentAnalysis
EnvironmentAnalysis object to be printed
"""
[docs]
def __init__(self, env_analysis):
self.env_analysis = env_analysis
return None
def dataset(self):
print("Dataset Information: ")
print(
f"Time Period: From {self.env_analysis.start_date} to {self.env_analysis.end_date}"
)
print(
f"Available hours: From {self.env_analysis.start_hour} to {self.env_analysis.end_hour}"
)
print("Surface Data File Path: ", self.env_analysis.surface_data_file)
print(
"Latitude Range: From ",
self.env_analysis.single_level_lat0,
"° to ",
self.env_analysis.single_level_lat1,
"°",
)
print(
"Longitude Range: From ",
self.env_analysis.single_level_lon0,
"° to ",
self.env_analysis.single_level_lon1,
"°",
)
print("Pressure Data File Path: ", self.env_analysis.pressure_level_data_file)
print(
"Latitude Range: From ",
self.env_analysis.pressure_level_lat0,
"° To ",
self.env_analysis.pressure_level_lat1,
"°",
)
print(
"Longitude Range: From ",
self.env_analysis.pressure_level_lon0,
"° To ",
self.env_analysis.pressure_level_lon1,
"°\n",
)
return None
def launch_site(self):
# Print launch site details
print("Launch Site Details")
print("Launch Site Latitude: {:.5f}°".format(self.env_analysis.latitude))
print("Launch Site Longitude: {:.5f}°".format(self.env_analysis.longitude))
print(
f"Surface Elevation (from surface data file): {self.env_analysis.converted_elevation:.1f} {self.env_analysis.unit_system['length']}"
)
print(
"Max Expected Altitude: ",
self.env_analysis.max_expected_altitude,
" ",
self.env_analysis.unit_system["length"],
"\n",
)
return None
def pressure(self):
print("Pressure Information")
print(
f"Average Pressure at surface: {self.env_analysis.average_surface_pressure:.2f} ± {self.env_analysis.std_surface_pressure:.2f} {self.env_analysis.unit_system['pressure']}"
)
print(
f"Average Pressure at {convert_units(1000, 'ft', self.env_analysis.unit_system['length']):.0f} {self.env_analysis.unit_system['length']}: {self.env_analysis.average_pressure_at_1000ft:.2f} ± {self.env_analysis.std_pressure_at_1000ft:.2f} {self.env_analysis.unit_system['pressure']}"
)
print(
f"Average Pressure at {convert_units(10000, 'ft', self.env_analysis.unit_system['length']):.0f} {self.env_analysis.unit_system['length']}: {self.env_analysis.average_pressure_at_10000ft:.2f} ± {self.env_analysis.std_pressure_at_1000ft:.2f} {self.env_analysis.unit_system['pressure']}"
)
print(
f"Average Pressure at {convert_units(30000, 'ft', self.env_analysis.unit_system['length']):.0f} {self.env_analysis.unit_system['length']}: {self.env_analysis.average_pressure_at_30000ft:.2f} ± {self.env_analysis.std_pressure_at_1000ft:.2f} {self.env_analysis.unit_system['pressure']}\n"
)
return None
def temperature(self):
print("Temperature Information")
print(
f"Historical Maximum Temperature: {self.env_analysis.record_max_temperature:.2f} {self.env_analysis.unit_system['temperature']}"
)
print(
f"Historical Minimum Temperature: {self.env_analysis.record_min_temperature:.2f} {self.env_analysis.unit_system['temperature']}"
)
print(
f"Average Daily Maximum Temperature: {self.env_analysis.average_max_temperature:.2f} {self.env_analysis.unit_system['temperature']}"
)
print(
f"Average Daily Minimum Temperature: {self.env_analysis.average_min_temperature:.2f} {self.env_analysis.unit_system['temperature']}\n"
)
return None
def wind_speed(self):
print(
f"Elevated Wind Speed Information ({convert_units(10, 'm', self.env_analysis.unit_system['length']):.0f} {self.env_analysis.unit_system['length']} above ground)"
)
print(
f"Historical Maximum Wind Speed: {self.env_analysis.record_max_surface_10m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"Historical Minimum Wind Speed: {self.env_analysis.record_min_surface_10m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"Average Daily Maximum Wind Speed: {self.env_analysis.average_max_surface_10m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"Average Daily Minimum Wind Speed: {self.env_analysis.average_min_surface_10m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"\nSustained Surface Wind Speed Information ({convert_units(100, 'm', self.env_analysis.unit_system['length']):.0f} {self.env_analysis.unit_system['length']} above ground)"
)
print(
f"Historical Maximum Wind Speed: {self.env_analysis.record_max_surface_100m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"Historical Minimum Wind Speed: {self.env_analysis.record_min_surface_100m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"Average Daily Maximum Wind Speed: {self.env_analysis.average_max_surface_100m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"Average Daily Minimum Wind Speed: {self.env_analysis.average_min_surface_100m_wind_speed:.2f} {self.env_analysis.unit_system['wind_speed']}\n"
)
return None
def wind_gust(self):
print("Wind Gust Information")
print(
f"Historical Maximum Wind Gust: {self.env_analysis.record_max_wind_gust:.2f} {self.env_analysis.unit_system['wind_speed']}"
)
print(
f"Average Daily Maximum Wind Gust: {self.env_analysis.average_max_wind_gust:.2f} {self.env_analysis.unit_system['wind_speed']}\n"
)
return None
def precipitation(self):
print("Precipitation Information")
print(
f"Percentage of Days with Precipitation: {100*self.env_analysis.percentage_of_days_with_precipitation:.1f}%"
)
print(
f"Maximum Precipitation in a day: {max(self.env_analysis.precipitation_per_day):.1f} {self.env_analysis.unit_system['precipitation']}"
)
print(
f"Average Precipitation in a day: {np.mean(self.env_analysis.precipitation_per_day):.1f} {self.env_analysis.unit_system['precipitation']}\n"
)
return None
def cloud_coverage(self):
print("Cloud Base Height Information")
print(
f"Average Cloud Base Height: {self.env_analysis.average_cloud_base_height:.2f} {self.env_analysis.unit_system['length']}"
)
print(
f"Minimum Cloud Base Height: {self.env_analysis.record_min_cloud_base_height:.2f} {self.env_analysis.unit_system['length']}"
)
print(
f"Percentage of Days Without Clouds: {100*self.env_analysis.percentage_of_days_with_no_cloud_coverage:.1f} %\n"
)
return None
def all(self):
self.dataset()
self.launch_site()
self.pressure()
self.temperature()
self.wind_speed()
self.wind_gust()
self.precipitation()
self.cloud_coverage()
return None