def dcgan_discrim(x_hat_batch, pilot, hparams):
assert hparams.batch_size in [1, 64], 'batch size should be either 64 or 1'
x_hat_image = tf.reshape(x_hat_batch, [-1, 64, 16, 2])
all_zeros = tf.zeros([64, 64, 16, 2])
discrim_input = all_zeros + x_hat_image
yb = tf.reshape(
pilot, [hparams.batch_size, 1, 1, hparams.pilot_dim]) # conditional
discrim_input = conv_cond_concat(discrim_input, yb) # conditional
model_hparams = celebA_dcgan_model_def.Hparams()
prob, _ = celebA_dcgan_model_def.discriminator(model_hparams,
discrim_input,
train=False,
reuse=False)
prob = tf.reshape(prob, [-1])
prob = prob[:hparams.batch_size]
restore_vars = celebA_dcgan_model_def.gen_restore_vars()
restore_dict = {
var.op.name: var
for var in tf.global_variables() if var.op.name in restore_vars
}
restore_path = tf.train.latest_checkpoint(hparams.pretrained_model_dir)
return prob, restore_dict, restore_path
def dcgan_gen(z, hparams):
assert hparams.batch_size in [1, 64], 'batch size should be either 64 or 1'
z_full = tf.zeros([64, 100]) + z
model_hparams = celebA_dcgan_model_def.Hparams()
x_hat_full = celebA_dcgan_model_def.generator(model_hparams, z_full, train=False, reuse=False)
x_hat_batch = tf.reshape(x_hat_full[:hparams.batch_size], [hparams.batch_size, 64*64*3])
restore_vars = celebA_dcgan_model_def.gen_restore_vars()
restore_dict = {var.op.name: var for var in tf.global_variables() if var.op.name in restore_vars}
restore_path = tf.train.latest_checkpoint(hparams.pretrained_model_dir)
return x_hat_batch, restore_dict, restore_path
def dcgan_discrim(x_hat_batch, hparams):
assert hparams.batch_size in [1, 64], 'batch size should be either 64 or 1'
x_hat_image = tf.reshape(x_hat_batch, [-1, 64, 64, 3])
all_zeros = tf.zeros([64, 64, 64, 3])
discrim_input = all_zeros + x_hat_image
model_hparams = celebA_dcgan_model_def.Hparams()
prob, _ = celebA_dcgan_model_def.discriminator(model_hparams,
discrim_input,
train=False,
reuse=False)
prob = tf.reshape(prob, [-1])
prob = prob[:hparams.batch_size]
restore_vars = celebA_dcgan_model_def.gen_restore_vars()
restore_dict = {
var.op.name: var
for var in tf.global_variables() if var.op.name in restore_vars
}
restore_path = tf.train.latest_checkpoint(hparams.pretrained_model_dir)
tf.get_variable_scope().reuse_variables()
return prob, restore_dict, restore_path
def dcgan_gen(z, pilot, hparams):
assert hparams.batch_size in [1, 64], 'batch size should be either 64 or 1'
z_full = tf.zeros([64, hparams.z_dim]) + z
pilot_full = tf.tile(pilot, [64, 1])
z_full = tf.concat([z_full, pilot_full], 1) # conditional
model_hparams = celebA_dcgan_model_def.Hparams()
x_hat_full = celebA_dcgan_model_def.generator(model_hparams,
z_full,
train=False,
reuse=False)
x_hat_batch = x_hat_full[:hparams.batch_size]
restore_vars = celebA_dcgan_model_def.gen_restore_vars()
restore_dict = {
var.op.name: var
for var in tf.global_variables() if var.op.name in restore_vars
}
restore_path = tf.train.latest_checkpoint(hparams.pretrained_model_dir)
return x_hat_batch, restore_dict, restore_path