def main():
fgen = FunctionGenerator(1) # Instantiate function generator
fgen.reset()
print(fgen.getIdn())
fgen.setOutput(1, 'OFF')
fgen.setOutput(2, 'OFF')
fgen.loadSettings('params.txt')
print(fgen.getError()) # Gets error off the queue
def main():
fgen = FunctionGenerator(1) # Instantiate function generator
print(fgen.getIdn()) # Print identity of function generator
# fgen.pushSin(20)
# fgen.loadFromMemory("HIFU_SIM") # Loads the stored config "HIFU_SIM"
fgen.pushArbitraryWaveform(list(np.linspace(-2000, 2000, 200, dtype=np.int)))
print(fgen.getError()) # Gets error off the queue
print(list(np.linspace(-2000, 2000, 100, dtype=np.int16)))
def main():
fgen = FunctionGenerator(1) # Instantiate function generator
fgen.reset()
print(fgen.getIdn())
fgen.setOutput(1, 'OFF')
fgen.setOutput(2, 'OFF')
fgen.loadSettings('params.txt')
print(fgen.getError()) # Gets error off the queue
def main():
fgen = FunctionGenerator(1) # Instantiate function generator
print(fgen.getIdn()) # Print identity of function generator
# fgen.pushSin(20)
# fgen.loadFromMemory("HIFU_SIM") # Loads the stored config "HIFU_SIM"
fgen.pushArbitraryWaveform(
list(np.linspace(-2000, 2000, 200, dtype=np.int)))
print(fgen.getError()) # Gets error off the queue
print(list(np.linspace(-2000, 2000, 100, dtype=np.int16)))
return False
if (args.zeros_range < 1 or args.zeros_range > 1000):
print("Wrong range of zero places")
return False
if (args.field < 10 or args.field > 10000):
print("Wrong field of the function")
return False
if (args.notes_amount < 10 or args.notes_amount > 10000):
print("Wrong notes amonut")
return False
return True
argparser = ArgumentParser(
description='Generate some crazy music based on mathematics (math is crazy)'
)
argparser = add_arguments(argparser)
args = argparser.parse_args()
if (check_arguments(args)):
function_generator = FunctionGenerator(args.zeros_range, args.zeros_amount)
function = function_generator.generate_function()
note_generator = NoteGenerator(args.field, args.notes_amount)
notes = note_generator.generate_notes(function)
file_name = args.name + ".mid"
song_generator = SongGenerator(file_name, args.speed, args.mode,
args.notes_range, notes)
song_generator.generate_song()
from FunctionGenerator import FunctionGenerator
fgen = FunctionGenerator(1) # Instantiate function generator
fgen.instr.write('TRIGGER1:SOURCE BUS') # Make sure that outputs are on
fgen.instr.write('TRIGGER2:SOURCE BUS')
fgen.sendTrigger()
user_input = re.split(",", user_input)
''' Convert the data from a string array to an int array '''
user_input = map(int, user_input)
''' Make sure user input is more than one number. '''
if len(user_input) <= 1:
print "Too few inputs provided. Program will now terminate."
MyTimer.terminate_program()
derivative = Derivative(user_input)
data = derivative.get_data()
data_for_function_generator = []
for x in range(len(data[0])):
data_for_function_generator.append(data[0][x])
derivative.print_info()
#derivative.attempt_solution()
function_generator = FunctionGenerator(data_for_function_generator)
function_generator.attempt_to_find_math_function_for_data()
MyTimer.terminate_program()
#TODO: Check for fibonacci sequence
#TODO: Check for repeating patterns
from FunctionGenerator import FunctionGenerator
fgen = FunctionGenerator(1) # Instantiate function generator
fgen.instr.write('TRIGGER1:SOURCE BUS') # Make sure that outputs are on
fgen.instr.write('TRIGGER2:SOURCE BUS')
fgen.sendTrigger()