zpc_ct/lib/sMain.py

import FSM
import utils as u
import menus as m
import pygame

#====================================     
State = type("State", (object,), {})
#====================================     
class State(object):
	def __init__(self, FSM):
		self.FSM = FSM
	def Enter(self):
		pass
	def Execute(self):
		pass
	def Exit(self):
		pass
#====================================     
			
class Main(State):
	def __init__(self,FSM):
		super(Main, self).__init__(FSM)    
		
	def Enter(self):
		print('hello main')
		self.FSM.owner.pub.register("beat", self)
		self.FSM.stateLife = 1
		o = self.FSM.owner 
		o.header_text = "Sound Select"
		if o.keyState[16] > 0 or o.keyState[17] > 0:
			pass
		else:
			u.draw_header(o)
			self.draw_square()
			u.text_box1(o, "Pat", str(o.curPattern))
			#u.text_box1(o, "Vol", str(o.soundSlots[o.eSound].volume))
			u.text_box2(o, "BPM", str(o.bpm))
			u.text_box4(o, "Bank", str(o.note_bank))
			u.text_box3(o, "Pitch", str(o.soundSlots[o.eSound].pitch))
			o.update_display(0)

		self.recording = True
		self.record_queue = []
		self.undo_queue = []
		o.erase = False
		o.erase_queue = []
		o.mute = False
		o.mute_queue = []

		super(Main, self).Enter()        
		
	def Execute(self):
		o = self.FSM.owner 

		m.menu1_actions(self, o)
		m.menu2_actions_sample(self, o)
		if o.keyState[16] == 1:
			m.draw_menu1(o)
			o.update_display(0)
		elif o.keyState[16] == 4:
			u.draw_header(o)
			self.draw_square()
			#u.text_box1(o, "Vol", str(o.soundSlots[o.eSound].volume))
			u.text_box1(o, "Pat", str(o.curPattern))
			u.text_box2(o, "BPM", str(o.bpm))
			u.text_box4(o, "Bank", str(o.note_bank))
			u.text_box3(o, "Pitch", str(o.soundSlots[o.eSound].pitch))
			o.button_repeater(1, [])
			o.update_display(0)

		if o.keyState[17] == 1:
			m.draw_menu2_sample(o)
			o.update_display(0)
		elif o.keyState[17] == 4:
			u.draw_header(o)
			self.draw_square()
			#u.text_box1(o, "Vol", str(o.soundSlots[o.eSound].volume))
			u.text_box1(o, "Pat", str(o.curPattern))
			u.text_box2(o, "BPM", str(o.bpm))
			u.text_box4(o, "Bank", str(o.note_bank))
			u.text_box3(o, "Pitch", str(o.soundSlots[o.eSound].pitch))
			o.update_display(0)

		_id = 0
		for k in o.keyState:
			if _id > 15:
				pass
			else:
				if o.keyState[16] > 0 or o.keyState[17] > 0:
					pass
				else:
					note = _id + o.note_bank * 16
					if k == 1:						
						self.record_queue = pygame.time.get_ticks()
						if not o.erase and not o.mute and o.prev:
							o.soundSlots[note].play(o.note_vol)
						o.eSound = note
						u.draw_header(o)
						#u.text_box1(o, "SVol", str(o.slots[o.eSound].volume))
						u.text_box1(o, "Pat", str(o.curPattern))
						u.text_box2(o, "BPM", str(o.bpm))
						u.text_box4(o, "Bank", str(o.note_bank))
						u.text_box3(o, "Pitch", str(o.soundSlots[o.eSound].pitch))
						self.draw_square()
						o.update_display(0)
						
						if o.erase:
							o.erase_buf.append(note)
						if o.mute:
							o.mute_buf.append(note)
					if k == 3:
						if note in o.erase_buf:
							o.erase_buf.remove(note)
						if note in o.mute_buf:
							o.mute_buf.remove(note)
			_id += 1

	def ReceiveMessage(self, message):
		o = self.FSM.owner 
		if o.erase == True:
			u.play_seq(o, message)
		else:
			u.play_seq(o, message)
		if o.keyState[16] > 0 or o.keyState[17] > 0:
			pass
		else:
			u.draw_header(o)            
			self.draw_square()   
			u.text_box1(o, "Pat", str(o.curPattern))
			#u.text_box1(o, "SVol", str(o.soundSlots[o.eSound].volume))
			u.text_box2(o, "BPM", str(o.bpm))
			u.text_box4(o, "Bank", str(o.note_bank))
			u.text_box3(o, "Pitch", str(o.soundSlots[o.eSound].pitch))			         
			o.update_display(0)
		if self.record_queue != []:
			cur_time = pygame.time.get_ticks()
			note_pos = (cur_time - self.record_queue) - (o.half_bpm / 2)
			if o.odub == True:
				if note_pos > (o.half_bpm):
					_note = 0
					if message[1] == 0:
						_note = 15
					else:
						_note = message[1] - 1					
					if o.soundSlots[o.eSound].notes[message[0]][_note][0] != 1:
						o.soundSlots[o.eSound].notes[message[0]][_note][0] = 1
						o.soundSlots[o.eSound].notes[message[0]][_note][1] = o.note_vol
						o.undo_buf.append([o.eSound, message[0], _note])
				else:
					if o.soundSlots[o.eSound].notes[message[0]][message[1]][0] != 1:
						o.soundSlots[o.eSound].notes[message[0]][message[1]][0] = 1
						o.soundSlots[o.eSound].notes[message[0]][message[1]][1] = o.note_vol
						o.undo_buf.append([o.eSound, message[0], message[1]])

		self.record_queue = []

	def draw_square(self):
		o = self.FSM.owner 
		size = 22
		og_x = (o.width / 2) - (size * 2)
		o_x = og_x
		o_y = 127
		_id = o.note_bank * 16 	
		while _id < ((o.note_bank * 16) + 16):
			if _id == o.eSound:
				o.draw.rectangle((o_x, o_y, o_x + size, o_y - size), outline=o.light_grey, fill=o.light_grey, width=1)
			elif o.notes_on[_id] == 1:
				o.draw.rectangle((o_x, o_y, o_x + size, o_y - size), outline=o.light_grey, fill=o.grey, width=1)
			elif self.has_sample(o, _id) == False:
				o.draw.rectangle((o_x, o_y, o_x + size, o_y - size), outline=o.light_grey, fill=o.dark_grey, width=1)
			else:
				o.draw.rectangle((o_x, o_y, o_x + size, o_y - size), outline=o.light_grey, fill=o.blue, width=1)
			o_x = o_x + size
			_id += 1
			if _id % 4 == 0:
				o_y -= size
				o_x = og_x

	def has_sample(self, o, slot):
		if o.soundSlots[slot].file != None:
			return True
		else:
			return False

	def Exit(self):
		self.FSM.owner.pub.unregister("beat", self)