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temperature-based-fertility…/code/new_realtime/configs/patch_run_config.py
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Alex Blank 50cf43b9fe added code
2025-05-19 11:11:04 +02:00

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Python

from functools import partial
from configs.feature_config import feature_config
from utils.data_utils import *
from utils.training import *
from models.third_party.patch_tst.models.PatchTST import Model as PatchTST
from models.utils import *
from models.collation import *
take_every_nth = int(288 / 12)
shift_in_hours = 12
input_window_length = (288 // take_every_nth) * 80
# output_window_length = (288 // take_every_nth) * 1
output_window_length = 1
output_window_offset = input_window_length + (288 // take_every_nth) * 0
window_shift = int((288 // take_every_nth) / 24 * shift_in_hours)
min_input_length_fraction_for_padding = ((288 // take_every_nth) * 4) / input_window_length
max_lr = 1e-5
batch_size = 64
run_configuration = {
"item_limit": 100,
"runs": [
{
"name": "lstm_ovulation_regression",
"description": "LSTM model for ovulation regression",
"model_configuration": {
"model_name": "patch_tst_regressor",
"version": "1.0.0",
"model_class": PatchTST,
"feature_config": feature_config | {"ignored_features":
[
"fertility_probability",
"ov_over_probability",
# "days_relative_to_ov",
# "is_biphasic",
"ov_day",
]},
"preprocessing": {
"window_shift": int((288 // take_every_nth) / 24 * shift_in_hours),
"take_every_nth": take_every_nth,
"min_input_length_fraction_for_padding": ((288 // take_every_nth) * 4) / input_window_length,
},
"batch_fn": produce_window_batches,
"collate_fn": simple_x_y_collate,
"model_creation_fn": simple_model_creation,
"model_save_fn": simple_model_save,
"model_load_fn": partial(simple_model_load, model_creation_fn=simple_model_creation),
"batch_loss_fn": get_model_loss,
"actual_fn": simple_get_y,
"predict_fn": simple_x_y_predict,
"model_parameters": {
"configs": {
# core
"seq_len": input_window_length,
"pred_len": output_window_length,
"seq_pred": False,
# model
"e_layers": 4,
"n_heads": 4,
"d_model": 128,
"d_ff": 128,
"dropout": 0.2,
"fc_dropout": 0.2,
"head_dropout": 0.0,
"individual": True,
# patch
# "patch_len": input_window_length,
"patch_len": int(288 / take_every_nth),
"stride": int(288 / take_every_nth / 2),
"padding_patch": 0,
# preprocessing
"revin": False,
"affine": False,
"subtract_last": False,
# decomp
"decomposition": True,
"kernel_size": 3,
}
},
"input_window_length": input_window_length,
"output_window_length": output_window_length,
"output_window_offset": output_window_offset,
},
"training_configuration": {
"batch_size": batch_size,
"model_class": PatchTST,
"learning_parameters": {
# "learning_rate": base_lr,
"learning_rate": max_lr * (batch_size / 4),
"epochs": 10,
"patience": 3,
},
"loss_functions": [
nn.MSELoss(),
nn.BCEWithLogitsLoss(),
],
"max_grad_norm": 1.0,
"train_size": 0.7,
"val_size": 0.15,
"test_size": 0.15,
}
}
]
}