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NALSM_RUN_MAIN_SIM_MNIST.py
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import numpy as np
# import tensorflow as tf
import tensorflow.compat.v1 as tf
tf.disable_v2_behavior()
import os
import sys
import time
import NALSM_CONSTRUCTOR_MNIST as construct
import NALSM_GEN_SUPPORT as sup
import NALSM_PARALLEL_SAVE as parasaver
import NALSM_SIM_SUPPORT as runSupport
class run_sim:
def __init__(self):
self.main_Path = os.getcwd()
self.dataPath_TRAIN = self.main_Path + '/train_data'
self.netPath = self.main_Path + '/networks'
self.num_save_processes = 4
def train_loop_v0(self
, SAVE_VER_IN
, NET_NUM_IN
, W_RES_EXC_MIN_MAX_IN
, W_RES_INH_MIN_MAX_IN
, W_RES_INP_MIN_MAX_IN
, W_OUT_RES_MIN_MAX_IN
, N1_SAMPLE_INPUT_DURATION_MS_IN
, N_INI_SAMPLE_INPUT_DURATION_MS_IN
, N1_BATCH_SIZE_IN
, N_INI_BATCH_SIZE_IN
, N1_BATCHS_PER_BLOCK_IN
, N1_record_samples_in_batch_l_IN
, N_INI_record_samples_in_batch_l_IN
, STDP_POTENTIATION_LR_IN
, N1_RES_LR_DECAY_IN
, N_INI_RES_LR_DECAY_IN
, ASTRO_BIAS_OFFSET_PERCENTAGE_IN
, ASTRO_W_SCALING_IN
, ASTRO_TAU_IN
, INPUT_CURRENT_IN
, READOUT_LR_IN
, DATASET_SEED_IN
, NP_SEED_IN
, TF_SEED_IN
, N1_SPIKE_STORE_MOD_IN
, N1_NUM_TRAIN_VAL_TEST_L_IN
, N_INI_NUM_TRAIN_VAL_TEST_L_IN
, N_INI_SPIKE_STORE_MOD_IN=1000000000
, NUM_OF_TRAIN_CYLES_ON_DATASET_IN=5000
):
## -SEEDSET- SET RANDOM SEED SEED
if NP_SEED_IN==-1:
np.random.seed()
rnd_sd = np.random.randint(0, 1000000)
np.random.seed(rnd_sd)
else:
rnd_sd = NP_SEED_IN
np.random.seed(rnd_sd)
tf.reset_default_graph()
self.savePath = self.dataPath_TRAIN + '/ver_' + str(SAVE_VER_IN) + '/'
net_name = 'Network_' + str(NET_NUM_IN)
if DATASET_SEED_IN==-1:
print('FULL DATASET BEING USED WITH: ')
N1_NUM_TRAIN_VAL_TEST_L_IN = [50000,10000,10000]
print('TRAINING SAMPLES: '+str(N1_NUM_TRAIN_VAL_TEST_L_IN[0]))
print('VALIDATION SAMPLES: ' + str(N1_NUM_TRAIN_VAL_TEST_L_IN[1]))
print('TRAINING SAMPLES: ' + str(N1_NUM_TRAIN_VAL_TEST_L_IN[2]))
print('SAVING SIMULATION PARAMETERS')
param_names = ['SAVE_VER_IN'
, 'NET_NUM_IN'
, 'W_RES_EXC_MIN_MAX_IN'
, 'W_RES_INH_MIN_MAX_IN'
, 'W_RES_INP_MIN_MAX_IN'
, 'W_OUT_RES_MIN_MAX_IN'
, 'N1_SAMPLE_INPUT_DURATION_MS_IN'
, 'N_INI_SAMPLE_INPUT_DURATION_MS_IN'
, 'N1_BATCH_SIZE_IN'
, 'N_INI_BATCH_SIZE_IN'
, 'N1_BATCHS_PER_BLOCK_IN'
, 'N1_record_samples_in_batch_l_IN'
, 'N_INI_record_samples_in_batch_l_IN'
, 'STDP_POTENTIATION_LR_IN'
, 'N1_RES_LR_DECAY_IN'
, 'N_INI_RES_LR_DECAY_IN'
, 'ASTRO_BIAS_OFFSET_PERCENTAGE_IN'
, 'ASTRO_W_SCALING_IN'
, 'ASTRO_TAU_IN'
, 'INPUT_CURRENT_IN'
, 'DATASET_SEED_IN'
, 'NP_SEED_IN'
, 'TF_SEED_IN'
, 'N1_SPIKE_STORE_MOD_IN'
, 'N1_NUM_TRAIN_VAL_TEST_L_IN'
, 'N_INI_NUM_TRAIN_VAL_TEST_L_IN'
, 'N_INI_SPIKE_STORE_MOD_IN'
, 'NUM_OF_TRAIN_CYLES_ON_DATASET_IN'
, 'READOUT_LR_IN']
param_values = [SAVE_VER_IN
, NET_NUM_IN
, W_RES_EXC_MIN_MAX_IN
, W_RES_INH_MIN_MAX_IN
, W_RES_INP_MIN_MAX_IN
, W_OUT_RES_MIN_MAX_IN
, N1_SAMPLE_INPUT_DURATION_MS_IN
, N_INI_SAMPLE_INPUT_DURATION_MS_IN
, N1_BATCH_SIZE_IN
, N_INI_BATCH_SIZE_IN
, N1_BATCHS_PER_BLOCK_IN
, N1_record_samples_in_batch_l_IN
, N_INI_record_samples_in_batch_l_IN
, STDP_POTENTIATION_LR_IN
, N1_RES_LR_DECAY_IN
, N_INI_RES_LR_DECAY_IN
, ASTRO_BIAS_OFFSET_PERCENTAGE_IN
, ASTRO_W_SCALING_IN
, ASTRO_TAU_IN
, INPUT_CURRENT_IN
, DATASET_SEED_IN
, NP_SEED_IN
, TF_SEED_IN
, N1_SPIKE_STORE_MOD_IN
, N1_NUM_TRAIN_VAL_TEST_L_IN
, N_INI_NUM_TRAIN_VAL_TEST_L_IN
, N_INI_SPIKE_STORE_MOD_IN
, NUM_OF_TRAIN_CYLES_ON_DATASET_IN
, READOUT_LR_IN]
sup.save_log_file_of_parameters(root_savename='VER_'+str(SAVE_VER_IN)+'_params',savepath=self.savePath,parameter_names=param_names,parameters_values=param_values)
NUM_BATCHES_IN_FULL_TRAIN_DATASET = int(N1_NUM_TRAIN_VAL_TEST_L_IN[0] / N1_BATCH_SIZE_IN)
if int(NUM_BATCHES_IN_FULL_TRAIN_DATASET / N1_BATCHS_PER_BLOCK_IN) == (
NUM_BATCHES_IN_FULL_TRAIN_DATASET / N1_BATCHS_PER_BLOCK_IN):
NUM_BLOCKS_OF_BATCHES_IN_FULL_DATASET = int(NUM_BATCHES_IN_FULL_TRAIN_DATASET / N1_BATCHS_PER_BLOCK_IN)
print('NUM_BLOCKS_OF_BATCHES_IN_FULL_DATASET',NUM_BLOCKS_OF_BATCHES_IN_FULL_DATASET)
else:
print('BATCH BLOCK SIZE DOES NOT MULTIPLY INTO NUM OF BATCHES IN DATASET WHOLLY, QUITTING...')
sys.exit(2)
# INITIALIZE MODEL
N1 = construct.simulation_constructor(
network_name=net_name
,network_path=self.netPath
, source_path=self.savePath
, save_path=self.savePath
, W_RES_EXC_MIN_MAX_IN=W_RES_EXC_MIN_MAX_IN
, W_RES_INH_MIN_MAX_IN=W_RES_INH_MIN_MAX_IN
, W_RES_INP_MIN_MAX_IN=W_RES_INP_MIN_MAX_IN
, W_OUT_RES_MIN_MAX_IN=W_OUT_RES_MIN_MAX_IN
, SAMPLE_INPUT_DURATION_MS_IN=N1_SAMPLE_INPUT_DURATION_MS_IN
, BATCH_SIZE_IN=N1_BATCH_SIZE_IN
, record_samples_in_batch_l_IN=N1_record_samples_in_batch_l_IN
, STDP_POTENTIATION_LR_IN=STDP_POTENTIATION_LR_IN
, RES_LR_DECAY_IN=N1_RES_LR_DECAY_IN
, ASTRO_BIAS_OFFSET_PERCENTAGE_IN=ASTRO_BIAS_OFFSET_PERCENTAGE_IN
, ASTRO_W_SCALING_IN=ASTRO_W_SCALING_IN
, ASTRO_TAU_IN=ASTRO_TAU_IN
, INPUT_CURRENT_IN=INPUT_CURRENT_IN
, READOUT_LR_IN=READOUT_LR_IN
)
# INITIALIZE LIQUID INITIALIZATION MODEL
N_INI = construct.simulation_constructor(
network_name=net_name
, network_path=self.netPath
, source_path=self.savePath
, save_path=self.savePath
, W_RES_EXC_MIN_MAX_IN=W_RES_EXC_MIN_MAX_IN
, W_RES_INH_MIN_MAX_IN=W_RES_INH_MIN_MAX_IN
, W_RES_INP_MIN_MAX_IN=W_RES_INP_MIN_MAX_IN
, W_OUT_RES_MIN_MAX_IN=W_OUT_RES_MIN_MAX_IN
, SAMPLE_INPUT_DURATION_MS_IN=N_INI_SAMPLE_INPUT_DURATION_MS_IN
, BATCH_SIZE_IN=N_INI_BATCH_SIZE_IN
, record_samples_in_batch_l_IN=N_INI_record_samples_in_batch_l_IN
, STDP_POTENTIATION_LR_IN=STDP_POTENTIATION_LR_IN
, RES_LR_DECAY_IN=N_INI_RES_LR_DECAY_IN
, ASTRO_BIAS_OFFSET_PERCENTAGE_IN=ASTRO_BIAS_OFFSET_PERCENTAGE_IN
, ASTRO_W_SCALING_IN=ASTRO_W_SCALING_IN
, ASTRO_TAU_IN=ASTRO_TAU_IN
, INPUT_CURRENT_IN=INPUT_CURRENT_IN
, SPIKE_STORE=False
, INITIALIZE_OUTPUT_LAYER=False
)
assert (
int(N_INI_NUM_TRAIN_VAL_TEST_L_IN[0] / N_INI_BATCH_SIZE_IN) == N_INI_NUM_TRAIN_VAL_TEST_L_IN[0] / N_INI_BATCH_SIZE_IN)
assert (
int(N_INI_NUM_TRAIN_VAL_TEST_L_IN[1] / N_INI_BATCH_SIZE_IN) == N_INI_NUM_TRAIN_VAL_TEST_L_IN[1] / N_INI_BATCH_SIZE_IN)
assert (
int(N_INI_NUM_TRAIN_VAL_TEST_L_IN[2] / N_INI_BATCH_SIZE_IN) == N_INI_NUM_TRAIN_VAL_TEST_L_IN[2] / N_INI_BATCH_SIZE_IN)
print('ASSEMBLING DATA FOR N1...')
# GET DATA
run_sup = runSupport.run_support(number_of_networks_IN=N1_BATCH_SIZE_IN)
N1_input_data_names, N1_input_data_data = run_sup.assemble_data(DATA_SEED_VAR_IN=DATASET_SEED_IN,num_train_val_test_l=N1_NUM_TRAIN_VAL_TEST_L_IN)
train_data_INPUT_VEC = N1_input_data_data[N1_input_data_names.index('train_data_INPUT_VEC')]
train_data_LABEL_VEC = N1_input_data_data[N1_input_data_names.index('train_data_LABEL_VEC')]
train_data_LABEL_SCALAR = N1_input_data_data[N1_input_data_names.index('train_data_LABEL_SCALAR')]
valid_data_INPUT_VEC = N1_input_data_data[N1_input_data_names.index('valid_data_INPUT_VEC')]
valid_data_LABEL_VEC = N1_input_data_data[N1_input_data_names.index('valid_data_LABEL_VEC')]
valid_data_LABEL_SCALAR = N1_input_data_data[N1_input_data_names.index('valid_data_LABEL_SCALAR')]
test_data_INPUT_VEC = N1_input_data_data[N1_input_data_names.index('test_data_INPUT_VEC')]
test_data_LABEL_VEC = N1_input_data_data[N1_input_data_names.index('test_data_LABEL_VEC')]
test_data_LABEL_SCALAR = N1_input_data_data[N1_input_data_names.index('test_data_LABEL_SCALAR')]
print('ASSEMBLING DATA FOR N_INI...')
N_INI_initialization_idx_l = run_sup.sample_random_inputs(size_of_dataset_to_sample_from_IN=len(train_data_INPUT_VEC)
, num_samples_IN=N_INI_NUM_TRAIN_VAL_TEST_L_IN[0])
print('INITIALIZING PARALLEL SAVER...')
### INITIALIZE PARALLEL SAVER ###
smart_saver = parasaver.multi_process(num_processes=self.num_save_processes, save_path=self.savePath)
# INITIALIZE TRANSFER OP FROM W INTIIALIZATION MODEL INI TO N1
store_initialized_W_STORE_op = run_sup.transfer_W_STORE_from_single_batch_to_multi_batch_net(
single_batch_W_IN=N_INI.W_DENSE,multi_batch_W_IN=N1.W_DENSE_STORE)
st = time.time()
## -SEEDSET-
if TF_SEED_IN==-1:
rnd_sd_TF = np.random.randint(0, 100000)
tf.set_random_seed(rnd_sd_TF)
else:
rnd_sd_TF = TF_SEED_IN
tf.set_random_seed(rnd_sd_TF)
# START TENSORFLOW SESSION
sess = tf.Session()
sess.run(tf.global_variables_initializer())
print('RUNNING INITIALIZATION LOOP USING N_INI...')
N_INI.run_W_DENSE_initialization_loop(sess_IN=sess
, INI_NUM_TRAIN_VAL_TEST_L_IN=N_INI_NUM_TRAIN_VAL_TEST_L_IN
, INI_BATCH_SIZE_IN=N_INI_BATCH_SIZE_IN
, INI_initialization_idx_l=N_INI_initialization_idx_l
, INI_SAMPLE_INPUT_DURATION_MS_IN=N_INI_SAMPLE_INPUT_DURATION_MS_IN
, train_data_INPUT_VEC=train_data_INPUT_VEC
, train_data_LABEL_SCALAR=train_data_LABEL_SCALAR
)
print('INITIALIZATION WEIGHTS TRANSFERED')
sess.run(store_initialized_W_STORE_op)
# SAVE INITIALIZED W
smart_saver.save_data(signal=1, names=['W_INI', 'ASTRO_BIAS_OFFSET_PERCENTAGE_IN']
, data=[sess.run(N_INI.W_DENSE),ASTRO_BIAS_OFFSET_PERCENTAGE_IN]
, save_filename='W_INI.wdata'
)
print('VALIDATION DATA: GENERATING S AGG DATA')
val_spike_files_l,val_s_agg_files_l = N1.generate_validation_or_test_spike_data(sess_IN=sess
, saver_object_IN=smart_saver
, valid_or_test_data_INPUT_VEC_IN=valid_data_INPUT_VEC
, valid_or_test_data_LABEL_VEC_IN=valid_data_LABEL_VEC
, valid_or_test_data_LABEL_SCALAR_IN=valid_data_LABEL_SCALAR
, BATCH_SIZE_IN=N1_BATCH_SIZE_IN
, SAMPLE_INPUT_DURATION_MS_IN=N1_SAMPLE_INPUT_DURATION_MS_IN
, NUM_DATA_SAMPLES_IN=N1_NUM_TRAIN_VAL_TEST_L_IN[1]
, spike_store_batch_mod_IN=N1_SPIKE_STORE_MOD_IN
, record_samples_in_batch_l_IN=N1_record_samples_in_batch_l_IN
, root_save_name_IN=str('VALIDATION_' + str(SAVE_VER_IN))
)
print('TEST DATA: GENERATING S AGG DATA')
tst_spike_files_l, tst_s_agg_files_l = N1.generate_validation_or_test_spike_data(sess_IN=sess
, saver_object_IN=smart_saver
, valid_or_test_data_INPUT_VEC_IN=test_data_INPUT_VEC
, valid_or_test_data_LABEL_VEC_IN=test_data_LABEL_VEC
, valid_or_test_data_LABEL_SCALAR_IN=test_data_LABEL_SCALAR
, BATCH_SIZE_IN=N1_BATCH_SIZE_IN
, SAMPLE_INPUT_DURATION_MS_IN=N1_SAMPLE_INPUT_DURATION_MS_IN
, NUM_DATA_SAMPLES_IN=N1_NUM_TRAIN_VAL_TEST_L_IN[2]
, spike_store_batch_mod_IN=N1_SPIKE_STORE_MOD_IN
, record_samples_in_batch_l_IN=N1_record_samples_in_batch_l_IN
, root_save_name_IN=str('TEST_' + str(SAVE_VER_IN))
)
ACUM_TRAIN_S_AGG_FILES_l = []
ACUM_TRAIN_SPIKES_FILES_l = []
ACUM_VAL_ACC_l = []
ACUM_VAL_ACC_FILES_l = []
ACUM_TRAIN_ACC_l = []
ACUM_TRAIN_ACC_FILES_l = []
ACUM_TST_ACC_l = []
ACUM_TST_ACC_FILES_l = []
ACUM_VAL_W1_l = []
ACUM_VAL_b1_l = []
print('TRAIN DATA: GENERATING S AGG DATA and TRAINING ON IT.')
for TRAIN_FULL_DATA_ITER in range(0,NUM_OF_TRAIN_CYLES_ON_DATASET_IN):
print('TRAINING OVER DATASET ITERATION: '+str(TRAIN_FULL_DATA_ITER)+' / '+str(NUM_OF_TRAIN_CYLES_ON_DATASET_IN))
for ITER_OVER_BLOCKS_OF_BATCHS in range(0,NUM_BLOCKS_OF_BATCHES_IN_FULL_DATASET):
print('TRAINING OVER BLOCK OF BATCHES ITERATION: ' + str(ITER_OVER_BLOCKS_OF_BATCHS)+' / '+str(NUM_BLOCKS_OF_BATCHES_IN_FULL_DATASET))
train_spikes_files_l, train_s_agg_files_l = N1.train_on_set_number_of_batches(sess_IN=sess
, saver_object_IN=smart_saver
, training_iteration_range_IN=[(NUM_BLOCKS_OF_BATCHES_IN_FULL_DATASET*N1_BATCHS_PER_BLOCK_IN*TRAIN_FULL_DATA_ITER)+ITER_OVER_BLOCKS_OF_BATCHS*N1_BATCHS_PER_BLOCK_IN,(NUM_BLOCKS_OF_BATCHES_IN_FULL_DATASET*N1_BATCHS_PER_BLOCK_IN*TRAIN_FULL_DATA_ITER)+(ITER_OVER_BLOCKS_OF_BATCHS+1)*N1_BATCHS_PER_BLOCK_IN]
, training_dataset_size_IN=N1_NUM_TRAIN_VAL_TEST_L_IN[0]
, list_of_data_files_IN=ACUM_TRAIN_S_AGG_FILES_l
, BATCH_SIZE_IN=N1_BATCH_SIZE_IN
, root_save_name_IN='TRAIN_S_AGG_'+str(SAVE_VER_IN)
, train_data_INPUT_VEC_IN=train_data_INPUT_VEC
, train_data_LABEL_VEC_IN=train_data_LABEL_VEC
, train_data_LABEL_SCALAR_IN=train_data_LABEL_SCALAR
, spike_store_batch_mod_IN=N1_SPIKE_STORE_MOD_IN
, record_samples_in_batch_l_IN=N1_record_samples_in_batch_l_IN
, SAMPLE_INPUT_DURATION_MS_IN=N1_SAMPLE_INPUT_DURATION_MS_IN
)
ACUM_TRAIN_S_AGG_FILES_l.extend(train_s_agg_files_l)
ACUM_TRAIN_SPIKES_FILES_l.extend(train_spikes_files_l)
## EVALUATES MODEL ON VALIDATION DATASET
val_acc = N1.evaluate_output_layer_on_FULL_validation_or_test_s_agg_data(
sess_IN = sess
, saver_object_IN=smart_saver
, list_of_data_files_IN=val_s_agg_files_l
)
ACUM_VAL_ACC_l.append(val_acc)
## EVALUATES MODEL ON TRAINING DATASET
train_acc = N1.evaluate_output_layer_on_FULL_validation_or_test_s_agg_data(
sess_IN=sess
, saver_object_IN=smart_saver
, list_of_data_files_IN=ACUM_TRAIN_S_AGG_FILES_l
)
ACUM_TRAIN_ACC_l.append(train_acc)
## EVALUATES MODEL ON TEST DATASET
tst_acc = N1.evaluate_output_layer_on_FULL_validation_or_test_s_agg_data(
sess_IN=sess
, saver_object_IN=smart_saver
, list_of_data_files_IN=tst_s_agg_files_l
)
ACUM_TST_ACC_l.append(tst_acc)
ACUM_VAL_W1_l.append(sess.run(N1.olc_W1))
ACUM_VAL_b1_l.append(sess.run(N1.olc_b1))
# SAVE FILE LISTS, ACCURACY VALUES, OUTPUT LAYER WEIGHTS AND BIASES
smart_saver.save_data(signal=1
, names=['val_spike_files_l','val_s_agg_files_l'
, 'tst_spike_files_l','tst_s_agg_files_l'
,'ACUM_TRAIN_SPIKES_FILES_l','ACUM_TRAIN_S_AGG_FILES_l'
,'ACUM_VAL_ACC_l','ACUM_VAL_ACC_FILES_l'
, 'ACUM_TRAIN_ACC_l', 'ACUM_TRAIN_ACC_FILES_l'
, 'ACUM_TST_ACC_l', 'ACUM_TST_ACC_FILES_l'
, 'rnd_sd', 'rnd_sd_TF'
]
, data=[val_spike_files_l,val_s_agg_files_l
, tst_spike_files_l,tst_s_agg_files_l
,ACUM_TRAIN_SPIKES_FILES_l,ACUM_TRAIN_S_AGG_FILES_l
,ACUM_VAL_ACC_l,ACUM_VAL_ACC_FILES_l
,ACUM_TRAIN_ACC_l,ACUM_TRAIN_ACC_FILES_l
,ACUM_TST_ACC_l,ACUM_TST_ACC_FILES_l
, rnd_sd, rnd_sd_TF
]
, save_filename='FILE_L_VAL_ACC_L.files'
)
smart_saver.save_data(signal=1
, names=['ACUM_VAL_W1_l','ACUM_VAL_b1_l']
, data=[ACUM_VAL_W1_l,ACUM_VAL_b1_l]
, save_filename='W_b_by_ITER.evaldata'
)
smart_saver.kill_workers(process_count=self.num_save_processes)
print('TOTAL SIMULATION TIME: '+str(time.time()-st))
sess.close()
if __name__ == "__main__":
GLOBAL_VAR__GPU_NUM = input('GPU? ')
# GLOBAL_VAR__GPU_NUM = 1
os.environ["CUDA_DEVICE_ORDER"] = "PCI_BUS_ID" # see issue #152
os.environ["CUDA_VISIBLE_DEVICES"] = str(GLOBAL_VAR__GPU_NUM)
print('GPU: ' + str(os.environ["CUDA_VISIBLE_DEVICES"]))
SAVE_VER_VAR_INP = input('VERSION? [int]: ')
SAVE_VER_VAR = int(SAVE_VER_VAR_INP)
NET_NUM_VAR_INP = input('NET_NUM_VAR? [int]: ')
NET_NUM_VAR = int(NET_NUM_VAR_INP)
N1_BATCH_SIZE_INP = input('BATCH_SIZE? [int] (250 for smaller nets(1000 neurons)/ 50 for larger nets(8000 neurons): ')
N1_BATCH_SIZE_VAR = int(N1_BATCH_SIZE_INP)
N1_BATCHS_PER_BLOCK_INP = input('BATCHS_PER_BLOCK? [int] (10 for smaller nets(1000 neurons)/ 50 for larger nets(8000 neurons): ')
N1_BATCHS_PER_BLOCK_VAR = int(N1_BATCHS_PER_BLOCK_INP)
# N1_SAMPLE_INPUT_DURATION_MS_INP = input('N1_SAMPLE_INPUT_DURATION_MS? [int]: ')
# N1_SAMPLE_INPUT_DURATION_MS_VAR = int(N1_SAMPLE_INPUT_DURATION_MS_INP)
N1_SAMPLE_INPUT_DURATION_MS_VAR = int(250)
# STDP_POTENTIATION_LR_INP = input('STDP_POTENTIATION_LR? [float]: ')
# STDP_POTENTIATION_LR_VAR = float(STDP_POTENTIATION_LR_INP)
STDP_POTENTIATION_LR_VAR = float(0.15)
# N1_RES_LR_DECAY_INP = input('N1_RES_LR_DECAY? [float]: ')
# N1_RES_LR_DECAY_VAR = float(N1_RES_LR_DECAY_INP)
N1_RES_LR_DECAY_VAR = float(0.99)
# ASTRO_BIAS_OFFSET_PERCENTAGE_INP = input('ASTRO_BIAS_OFFSET_PERCENTAGE? [float]: ')
# ASTRO_BIAS_OFFSET_PERCENTAGE_VAR = float(ASTRO_BIAS_OFFSET_PERCENTAGE_INP)
ASTRO_BIAS_OFFSET_PERCENTAGE_VAR = float(0.0)
ASTRO_W_SCALING_INP = input('ASTRO_W_SCALING? [float]: ')
ASTRO_W_SCALING_VAR = float(ASTRO_W_SCALING_INP)
# ASTRO_W_SCALING_VAR = float(0.015)
# DATASET_SEED_INP = input('DATASET_SEED? [int]: ')
# DATASET_SEED_VAR = int(DATASET_SEED_INP)
DATASET_SEED_VAR = int(-1) # will use full dataset
# NP_SEED_INP = input('NP_SEED? [int]: ')
# NP_SEED_VAR = int(NP_SEED_INP)
NP_SEED_VAR = int(-1) # will generate random seed
# TF_SEED_INP = input('TF_SEED? [int]: ')
# TF_SEED_VAR = int(TF_SEED_INP)
TF_SEED_VAR = int(-1) # will generate random seed
# MAX_RES_W_INP = input('MAX_RES_W? [float]: ')
# MAX_RES_W_VAR = float(MAX_RES_W_INP)
MAX_RES_W_VAR = float(3.0)
print('INITIALIZATION PARAMETERS:')
# INI_SAMPLE_INPUT_DURATION_MS_INP = input('INI_SAMPLE_INPUT_DURATION_MS? [int]: ')
# INI_SAMPLE_INPUT_DURATION_MS_VAR = int(INI_SAMPLE_INPUT_DURATION_MS_INP)
INI_SAMPLE_INPUT_DURATION_MS_VAR = int(20)
# INI_NUMBER_OF_SAMPLES_INP = input('INI_NUMBER_OF_SAMPLES? [int]: ')
# INI_NUMBER_OF_SAMPLES_VAR = int(INI_NUMBER_OF_SAMPLES_INP)
INI_NUMBER_OF_SAMPLES_VAR = int(50000)
N1_SPIKE_STORE_MOD_VAR = int(10000/N1_BATCH_SIZE_VAR)
print('SPIKE_STORE_BATCH_MOD: ' + str(N1_SPIKE_STORE_MOD_VAR))
spike_save_idxs = np.asarray(np.round(N1_BATCH_SIZE_VAR * np.divide(np.arange(20), 20), 0), dtype=np.int32)
print('SPIKE_SAVE_IDX LIST: ', spike_save_idxs)
TSL = run_sim()
TSL.train_loop_v0(SAVE_VER_IN=SAVE_VER_VAR
, NET_NUM_IN=NET_NUM_VAR
, W_RES_EXC_MIN_MAX_IN=[0.0,1.0*MAX_RES_W_VAR]
, W_RES_INH_MIN_MAX_IN=[-1.0*MAX_RES_W_VAR,0.0]
, W_RES_INP_MIN_MAX_IN=[-1.0*MAX_RES_W_VAR,1.0*MAX_RES_W_VAR]
, W_OUT_RES_MIN_MAX_IN=[0.0,0.0]
, N1_SAMPLE_INPUT_DURATION_MS_IN=N1_SAMPLE_INPUT_DURATION_MS_VAR
, N_INI_SAMPLE_INPUT_DURATION_MS_IN=INI_SAMPLE_INPUT_DURATION_MS_VAR
, N1_BATCH_SIZE_IN=N1_BATCH_SIZE_VAR#int(20)
, N_INI_BATCH_SIZE_IN=1#1
, N1_BATCHS_PER_BLOCK_IN = N1_BATCHS_PER_BLOCK_VAR
, N1_record_samples_in_batch_l_IN=spike_save_idxs
, N_INI_record_samples_in_batch_l_IN=[]
, STDP_POTENTIATION_LR_IN=STDP_POTENTIATION_LR_VAR
, N1_RES_LR_DECAY_IN=N1_RES_LR_DECAY_VAR
, N_INI_RES_LR_DECAY_IN=1.0
, READOUT_LR_IN=0.1
, DATASET_SEED_IN=DATASET_SEED_VAR
, NP_SEED_IN=NP_SEED_VAR
, TF_SEED_IN=TF_SEED_VAR
, ASTRO_BIAS_OFFSET_PERCENTAGE_IN=ASTRO_BIAS_OFFSET_PERCENTAGE_VAR
, ASTRO_W_SCALING_IN=ASTRO_W_SCALING_VAR#0.002
, ASTRO_TAU_IN=100.0
, INPUT_CURRENT_IN=100.0
, N1_SPIKE_STORE_MOD_IN=N1_SPIKE_STORE_MOD_VAR #batch mod # TAKES LOT OF TIME(DOUBLE NORMAL) APPLY TO ONLY SINGLE BATCH!!!!! CHANGE LATER, set it to be number of batches in whole dataset
, N1_NUM_TRAIN_VAL_TEST_L_IN=[2000,500,500]
, N_INI_NUM_TRAIN_VAL_TEST_L_IN=[INI_NUMBER_OF_SAMPLES_VAR, 0, 0]
)