def ff(self, x):
data = oh.hcol(x, self.x_len)
self.x = data
i_arg = np.dot(self.w_x_i, data) + np.dot(self.w_h_i, self.hidden)
i_arg += np.dot(self.w_c_i, self.cell) + self.w_i
self.gate_i = sig(i_arg)
f_arg = np.dot(self.w_x_f, data) + np.dot(self.w_h_f, self.hidden)
f_arg += np.dot(self.w_c_f, self.cell) + self.w_f
self.gate_f = sig(f_arg)
c_arg = np.dot(self.w_x_c, data) + np.dot(self.w_h_c, self.hidden)
self.c_tan = np.tanh(c_arg + self.w_c)
self.cell = self.gate_f * self.cell + self.gate_i * self.c_tan
o_arg = np.dot(self.w_x_o, data) + np.dot(self.w_h_o, self.hidden)
o_arg += np.dot(self.w_c_o, self.cell) + self.w_o
self.gate_o = sig(o_arg)
self.hidden = self.gate_o * np.tanh(self.cell)
self.p = softmax(self.hidden)
return np.argmax(self.p)
def ff(self, x):
data = oh.hcol(x, self.x_len)
self.x = data
i_arg = np.dot(self.w_x_i, data)
# print i_arg.shape, self.hidden.shape
i_arg += np.dot(self.w_h_i, self.hidden)
i_arg += np.dot(self.w_c_i, self.cell) + self.w_i
self.gate_i = sig(i_arg)
f_arg = np.dot(self.w_x_f, data) + np.dot(self.w_h_f, self.hidden)
f_arg += np.dot(self.w_c_f, self.cell) + self.w_f
self.gate_f = sig(f_arg)
c_arg = np.dot(self.w_x_c, data) + np.dot(self.w_h_c, self.hidden)
self.c_tan = np.tanh(c_arg + self.w_c)
self.cell = self.gate_f * self.cell + self.gate_i * self.c_tan
o_arg = np.dot(self.w_x_o, data) + np.dot(self.w_h_o, self.hidden)
o_arg += np.dot(self.w_c_o, self.cell) + self.w_o
self.gate_o = sig(o_arg)
self.hidden = self.gate_o * np.tanh(self.cell)
# print self.hidden.shape
y_map = np.dot(self.w_y, self.hidden)
self.prob = softmax(y_map)
# print 'ff'
return np.argmax(self.prob)
def ff(self, data): # OK
self.x = oh.hcol(data, self.x_len)
res = self.h[0].ff(self.x)
for i in xrange(1, self.h_num):
if self.peek:
res = self.h[i].ff(res, self.x)
else:
res = self.h[i].ff(res)
self.y = np.dot(self.wi, res) + self.wb
p_common = np.exp(self.y)
self.p = p_common / np.sum(p_common)
return np.argmax(self.p)
def ff_fast(self, data):
self.x = oh.hcol(data, self.x_len)
res = self.h[0].ff_fast(self.x)
if self.peek:
for i in xrange(1, self.h_num):
res = self.h[i].ff_fast(res, self.x)
else:
for i in xrange(1, self.h_num):
res = self.h[i].ff_fast(res)
for i in xrange(self.x_len):
self.y[i,0] = np.vdot(self.wi[i,:], data) + self.wb[i,0]
p_common = np.exp(self.y)
self.p = p_common/ np.sum(p_common)
return np.argmax(self.p)
