def go(x0, x1, fs=48000, a11b00_file=None, d1_file=None):
defs.FS = fs
numpy_string.set_constants()
vln = play(x0, x1)
#d1 = vln.D1
#max_dv0h = vln.debug_max_dv0h
A11 = vln.debug_A11
A10 = vln.debug_A10
B00 = vln.debug_B00
B01 = vln.debug_B01
#return vln.debug_B00
#print "A11, B00:", A11, B00
#print "A10, B01:", A10, B01
#print "fake A11, B00:", vln.debug_A11_fake, vln.debug_B00_fake
#print "fake A01:", vln.debug_A01_fake
#print "%g\t%g\t%g" % (vln.A00, vln.A01, vln.A11)
val = A11 * B00 - A10 * B01
val2 = vln.D1
#val = vln.debug_B00
#val2 = vln.debug_B01
#val = vln.debug_A11
#val2 = vln.debug_A10
#val = vln.debug_B00 - vln.debug_B01
#val2 = vln.debug_A11 - vln.debug_A10
text = "%g\t%g\t%g" % (x0, x1, val)
text2 = "%g\t%g\t%g" % (x0, x1, val2)
if a11b00_file is not None:
a11b00_file.write(text + "\n")
if d1_file is not None:
if x0 > 0:
d1_file.write(text2 + "\n")
def go(x0, x1, fs=48000, a11b00_file=None, d1_file=None):
defs.FS = fs
numpy_string.set_constants()
vln = play(x0, x1)
#d1 = vln.D1
#max_dv0h = vln.debug_max_dv0h
A11 = vln.debug_A11
A10 = vln.debug_A10
B00 = vln.debug_B00
B01 = vln.debug_B01
#return vln.debug_B00
#print "A11, B00:", A11, B00
#print "A10, B01:", A10, B01
#print "fake A11, B00:", vln.debug_A11_fake, vln.debug_B00_fake
#print "fake A01:", vln.debug_A01_fake
#print "%g\t%g\t%g" % (vln.A00, vln.A01, vln.A11)
val = A11*B00 - A10*B01
val2 = vln.D1
#val = vln.debug_B00
#val2 = vln.debug_B01
#val = vln.debug_A11
#val2 = vln.debug_A10
#val = vln.debug_B00 - vln.debug_B01
#val2 = vln.debug_A11 - vln.debug_A10
text = "%g\t%g\t%g" % (
x0, x1, val)
text2 = "%g\t%g\t%g" % (
x0, x1, val2)
if a11b00_file is not None:
a11b00_file.write(text + "\n")
if d1_file is not None:
if x0 > 0:
d1_file.write(text2 + "\n")
def try_pluck(T, L, pl, out):
numpy_string.T = T
numpy_string.L = L
numpy_string.pl = pl
numpy_string.set_constants()
vln = play()
dts, F1s = vln.plotting.get_dts_F1()
ratio = peak_F1(dts, F1s, numpy_string.wn)
out.write("%g\t%g\t%g\t%g\n" % (
#print "%g\t%g\t%g\t%g\t%g\t%g\t%g" % (
T,
L,
pl,
ratio,
#numpy_string.wn[0], numpy_string.wn[1], numpy_string.wn[2],
))
def play(fs, N, bow_position, bow_force, bow_velocity):
defs.FS = fs
defs.N = N
numpy_string.set_constants()
num_samples = int(SECONDS * FS)
vln = numpy_string.Violin(num_samples)
#outs = numpy.empty(num_samples)
#xf = 2.0/3.0
xf = 0.0
vln.finger(xf, K_finger, R_finger)
#vln.bow(x0, 1.0, 0.2)
vln.bow(bow_position, bow_force, bow_velocity)
# skipping
for i in range(num_samples):
_ = vln.tick()
return vln.debug_slips
def play(fs, N, bow_position, bow_force, bow_velocity):
defs.FS = fs
defs.N = N
numpy_string.set_constants()
num_samples = int(SECONDS * FS)
vln = numpy_string.Violin(num_samples)
#outs = numpy.empty(num_samples)
#xf = 2.0/3.0
xf = 0.0
vln.finger(xf, K_finger, R_finger)
#vln.bow(x0, 1.0, 0.2)
vln.bow(bow_position, bow_force, bow_velocity)
# skipping
for i in range(num_samples):
_ = vln.tick()
return vln.debug_slips
def try_pluck(T, L, pl, out):
numpy_string.T = T
numpy_string.L = L
numpy_string.pl = pl
numpy_string.set_constants()
vln = play()
dts, F1s = vln.plotting.get_dts_F1()
ratio = peak_F1(dts, F1s, numpy_string.wn)
out.write(
"%g\t%g\t%g\t%g\n"
% (
# print "%g\t%g\t%g\t%g\t%g\t%g\t%g" % (
T,
L,
pl,
ratio,
# numpy_string.wn[0], numpy_string.wn[1], numpy_string.wn[2],
)
)
