def add_note(self, note, input_event):
# find insertion index of the note
insert_index = self.index(tkinter.INSERT)
# if the inputted key is a `, then run the break apart event
if note == "`":
self.break_note(insert_index)
return
# check if at end of the score
if int(insert_index.split(".")[1]) == len(self.get(1.0, "end-1c")): # PROBLEM HERE
# if it was a keyboard event, there was an attempt to add text to the text area, remove 2 characters
# if not keyboard, remove one character from the end (just whitespace)
if input_event:
string = self.get(1.0, "end-2c")
else:
string = self.get(1.0, "end-1c")
# convert to upper case for easy keyboard parsing
current_note = note.upper()
# nuke the current text to make sure nothing i dont want added is added
self.delete("1.0", tkinter.END)
self.insert(tkinter.END, string)
# check validity of octave 2 (only high A is allowed)
if Variables.octave == 2 and ord(current_note) > 65:
return
# check if current note fits in the measure
if Variables.current_measure_length + (1.0 / float(Variables.note_length)) > Variables.get_measure_length():
messagebox.showerror("Invalid Configuration", "ERROR: This note is too long to fit in this measure!")
return
# check if the note exists in the naturals table (cross-reference keyboard input to see if valid input)
if current_note in note_lookup.naturals:
# check if rest, then add the rest symbol from the lookup class if so
if current_note == "R":
append = LookupNote.get_rest(Variables.note_length)
# if not a rest, append the note from the symbol generation in the lookup class
else:
append = LookupNote.get_note(current_note, Variables.octave, Variables.note_length,
Variables.accidental, Variables.key_sig)
# insert note
self.insert(tkinter.END, append)
else:
return
# play tone so the user knows what they just added
Playback.play_tone(current_note, Variables.octave, Variables.accidental)
# update the current measure length
Variables.current_measure_length += 1.0 / float(Variables.note_length)
# compare to see if the measure length was just finished, if so add a measure line
if math.isclose(Variables.get_measure_length(), Variables.current_measure_length):
Variables.current_measure_length = 0.0
self.insert(tkinter.END, "!=")
# save the new text so it can be compared again if needed on next input event
self.save_last_text()
else: # note is not at the end of the score
# get the current character at the insertion index
split = insert_index.split(".")
next_index = split[0] + "." + str(int(split[1]) + 1)
character = self.get(insert_index, next_index)
# if the note is one that can be replaced
if LookupNote.replaceable(character):
# parse the insertion index
first_half = self.get(1.0, split[0] + "." + str(int(split[1]) - 1))
second_half = self.get(split[0] + "." + str(int(split[1]) + 2), "end-1c")
# generate new note from the lookup note class using current settings
new_note = LookupNote.get_note(note.upper(), Variables.octave, LookupNote.get_note_length(character),
Variables.accidental, Variables.key_sig)
# if there is an accidental symbol, remove it
if 208 <= ord(first_half[-1]) <= 254:
first_half = first_half[0:len(first_half) - 1]
# delete the old text, insert the new generated text with the new symbol in the insertion index
self.delete(1.0, tkinter.END)
self.insert(tkinter.END, first_half + new_note + second_half)
# play the tone so they know what they inputted
Playback.play_tone(note.upper(), Variables.octave, Variables.accidental)
# save the text for future comparisons
self.save_last_text()
else: # cancel the event if replacement is impossible
self.cancel_event()
