def view_spectrum():
conn = sqlite3.connect(os.path.join(BASE_DIR, 'data.db'))
c = conn.cursor()
materials = c.execute("""SELECT DISTINCT material FROM main ORDER BY material;""")
materials = dict(enumerate([material[0] for material
in materials.fetchall()], start=1))
print("Select a Material:")
for number, material in materials.items():
print ('{} - {}'.format(number, material))
spectrum = raw_input("Enter Selection: ")
print('\n')
if spectrum.isdigit() and int(spectrum) in materials.keys():
rs.plot({'material': Material(materials[int(spectrum)])})
def view_spectrum():
conn = sqlite3.connect(os.path.join(BASE_DIR, 'data.db'))
c = conn.cursor()
materials = c.execute(
"""SELECT DISTINCT material FROM main ORDER BY material;""")
materials = dict(
enumerate([material[0] for material in materials.fetchall()], start=1))
print("Select a Material:")
for number, material in materials.items():
print('{} - {}'.format(number, material))
spectrum = raw_input("Enter Selection: ")
print('\n')
if spectrum.isdigit() and int(spectrum) in materials.keys():
rs.plot({'material': Material(materials[int(spectrum)])})
def execute(self):
## GENERATE REFLECTANCE CURVE PLOT
print("Start by reviewing the reflectance curves.\n")
rs.plot(self.base_materials)
## CREATE BANDS
print("Create your bands.")
bands = rs.create_bands()
## SHADE BANDS ON REFLECTANCE PLOT
rs.plot(self.base_materials, bands, show_bands=True)
## GENERATE PIXEL VALUES
if self.terrain is None:
self.generate_terrain(self.spectral_mixing['mixing'],
self.spectral_mixing['constrained'])
self.image = rs.get_image(self.terrain, bands)
self.display()
def execute(self):
## GENERATE REFLECTANCE CURVE PLOT
print("Start by reviewing the reflectance curves.\n")
rs.plot(self.base_materials)
## CREATE BANDS
print("Create your bands.")
bands = rs.create_bands()
## SHADE BANDS ON REFLECTANCE PLOT
rs.plot(self.base_materials, bands, show_bands=True)
## GENERATE PIXEL VALUES
if self.terrain is None:
self.generate_terrain(self.spectral_mixing['mixing'],
self.spectral_mixing['constrained'])
self.image = rs.get_image(self.terrain, bands)
self.display()
print("Scenario options:\n")
menu_count = 1
for s in scenarii:
print("{} - {}".format(menu_count, s.name))
menu_count += 1
print("{} - View Spectrum".format(menu_count))
print("Q - quit")
selection = raw_input("Enter a selection: ")
print('\n')
if selection.isdigit() and selection in valid_scenarios:
scenario = scenarii[int(selection)-1]
print("Launching {}".format(scenario.name))
scenario.execute()
elif selection.isdigit() and selection == '5':
conn = sqlite3.connect('data.db')
c = conn.cursor()
materials = c.execute("""SELECT DISTINCT material FROM main ORDER BY material;""")
materials = dict(enumerate([material[0] for material
in materials.fetchall()], start=1))
print("Select a Material:")
for number, material in materials.items():
print ('{} - {}'.format(number, material))
spectrum = raw_input("Enter Selection: ")
print('\n')
if spectrum.isdigit() and int(spectrum) in materials.keys():
sensing.plot({'material': Material(materials[int(spectrum)])})
print("Done!\n")
menu_count = 1
for s in scenarii:
print("{} - {}".format(menu_count, s.name))
menu_count += 1
print("{} - View Spectrum".format(menu_count))
print("Q - quit")
selection = raw_input("Enter a selection: ")
print('\n')
if selection.isdigit() and selection in valid_scenarios:
scenario = scenarii[int(selection) - 1]
print("Launching {}".format(scenario.name))
scenario.execute()
elif selection.isdigit() and selection == '5':
conn = sqlite3.connect('data.db')
c = conn.cursor()
materials = c.execute(
"""SELECT DISTINCT material FROM main ORDER BY material;""")
materials = dict(
enumerate([material[0] for material in materials.fetchall()],
start=1))
print("Select a Material:")
for number, material in materials.items():
print('{} - {}'.format(number, material))
spectrum = raw_input("Enter Selection: ")
print('\n')
if spectrum.isdigit() and int(spectrum) in materials.keys():
sensing.plot({'material': Material(materials[int(spectrum)])})
print("Done!\n")
from materials import materials
from sensing import get_image, create_grid, plot, Band
#####
## GENERATE REFLECTANCE CURVE PLOT
#####
plot(materials)
#####
## CREATE BANDS
#####
print("Create your bands.")
selection = None
band = 1
bands = []
while selection not in ['q', 'Q']:
print("""Band creation options:
1 - Create New Band
Q - Quit and proceed
""")
if bands:
print("Current Bands")
for b in bands:
print("Band Number {}: {}nm to {}nm".format(b.number,
b.start_lambda,
b.stop_lambda))
print("")
