def run_plot(s1, s2, t, ft, set_vec): # dt, code, tails, save, plot, load, num
"""runs plots"""
while set_vec[4] == 'y':
print(
' # Mass(kg) k(N/m) length(m)\n--- -------- ------ ---------'
)
print(f'{s1}\n{s2}\n\n {t}\n\nRunning... (Close Figures to Continue)')
plot_ani(s1, s2, t, set_vec[3], set_vec[6], set_vec[2])
plot(s1, s2, t, set_vec[3], set_vec[6])
fourier_plot(ft, set_vec[3], set_vec[6], t)
set_vec[4] = 'n'
s.clear()
set_vec = re_run(set_vec)
s.clear()
def exit_choice(*args):
if not len(args) == 0:
stay = input(f"""\n
{red} 1 {normal}: {blue} Main menu {normal}\n
{red} 2 {normal}: {blue} Do it again {normal}\n
{red} x {normal}: {blue} exit {normal}\n
>>> """)
else:
stay = input(f"""\n
{red} 1 {normal}: {blue} Main menu {normal}\n
{red} x {normal}: {blue} exit {normal}\n
>>> """)
if stay == "1":
main_menu()
elif stay == "2":
for func in args:
func()
Red()
exit_choice(func)
elif stay == "x" or "X":
clear()
def main_menu():
global message
Red()
choice = input(f"""{green}
Welcome to Redpaper. This is a sudo-GUI used to
control the underlying Redpaper program.
Select an option:\n{normal}
{red} 1 {normal}: {blue} Download wallpapers {normal} \n
{red} 2 {normal}: {blue} Change wallpaper{normal}\n
{red} 3 {normal}: {blue} Settings{normal}\n
{red} 4 {normal}: {blue} Help {normal}\n
{red} x {normal}: {blue} exit {normal}\n
>>> """)
if choice == "1":
message = ""
Red()
fetch.wall_dl()
exit_choice(fetch.wall_dl)
if choice == "2":
message = f"{green} Changed wallpaper {normal}\n"
Red()
wall_set.set_wallpaper()
exit_choice(wall_set.set_wallpaper)
elif choice == "3":
message = ""
main_settings()
main_menu()
elif choice == "4" or choice == "R":
# TODO: create a help page
message = "HELP\n"
Red()
print(f"""
{green}This section is still under develpment{normal}""")
exit_choice()
elif choice == "x" or choice == "X":
clear()
else:
# message = f"\n{red_error} Choice not understood, try again.{normal}"
main_menu()
def re_run(set_vec):
"""asks if the simulation should be rerun"""
print('Rerun last simulation? (y/n) ', end='')
a = input()
if a == 'y':
set_vec[3], set_vec[4] = 'n', 'y'
s.clear()
return set_vec
elif a == 'n':
s.clear()
return set_vec
else:
s.clear()
print('Invalid Entry!\n')
return re_run(set_vec)
def run_prog(set_vec):
"""runs simulation"""
set_vec = [set_vec[0], set_vec[1], set_vec[2], 'y', 'y',
'n'] # dt, code, tails, save, plot, load, num
print("Press ENTER to continue or type 'q' to quit: ", end='')
a = input()
if a == '':
s.clear()
select_scenario(set_vec)
elif a == 'q':
s.clear()
quit()
else:
s.clear()
print('Invalid Entry!\n')
run_prog(set_vec)
def clear_failed(): settings.clear('download_failed')
def append(**kwargs):
def clear_current(): settings.clear('download_current')
def clear_failed(): settings.clear('download_failed')
def clear_history(): settings.clear('download_history')
def clear_current(): settings.clear('download_current')
def clear(): settings.clear('searches')
def includes(q): return q in collection()
def clear():
settings.clear('searches')
def Red():
global message
red_banner = f"{red}{banner}{normal}"
clear()
print(red_banner)
print(message)
def clear():
settings.clear('favorites2')
def clear():
settings.clear("favorites2")
# generate data
if set_vec[5] == 'n':
# time input
sec = s.simulation_time()
# create objects/data
s1, s2, t = spring.Spring(inc1), spring.Spring(inc2), spring.Time(
sec, set_vec[0])
# gets and appends num
set_vec.append(data.get_num())
# runs calc
s1, s2, ft, dat_arr = calc.run_calc(s1, s2, t)
# saves data
data.save_data(set_vec[6], dat_arr)
else:
sst, ft = dat_arr[0], dat_arr[1]
s1, s2, t = sst[0], sst[1], sst[2]
set_vec.append('null')
# plot data
p.run_plot(s1, s2, t, ft, set_vec)
if set_vec[5] == 'n':
print(f'Data saved in: trials/trial_{set_vec[6]}\n')
run_prog(set_vec)
if __name__ == '__main__':
s.clear()
print('Welcome to Spring Mass Simulator!\n')
default_data()
def load_data(num):
"""loads data from npy file"""
settings.clear()
dat_arr = load(f'trials/trial_{num}/{num}_data.npy', allow_pickle=True)
return dat_arr