AgenticOptimization/config.py at main · Creamyweenie20/AgenticOptimization · GitHub

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import os

os.environ.setdefault("KMP_DUPLICATE_LIB_OK", "TRUE")
os.environ.setdefault("PMIX_MCA_gds", "hash")

from qiskit_metal import Dict

PALACE_DIR = "/home/kit/LakeResearch/Palace/build/bin/palace"

SIM_PAR_DIR = "/home/kit/LakeResearch/Palace/HighCapLowGeoInductDesigns/AgenticOptimization"

RESULTS_CSV = os.path.join(SIM_PAR_DIR, "results.csv")

CALIBRATION_CSV = os.path.join(SIM_PAR_DIR, "calibration.csv")

CHIP_SIZE_X = "600um"
CHIP_SIZE_Y = "750um"
CHIP_SIZE_Z = "-200um"
CHIP_CENTER_X = "0um"

CHIP_SIZE_X_M = 600e-6
CHIP_SIZE_Y_M = 750e-6

LAYER = 1
KINETIC_INDUCTANCE = 190e-12
I_CRIT = 65e-6
B_FIELD = 10e-3
G_FACTOR = 16.6
MU_B = 9.274e-24

def palace_options(num_cpus: int):

    return {
        "mesh_refinement": 0,
        "dielectric_material": "silicon",
        "starting_freq": 8e9,
        "number_of_freqs": 1,
        "solns_to_save": 1,
        "solver_order": 1,
        "solver_tol": 1.0e-6,
        "solver_maxits": 200,
        "fillet_resolution": 4,
        "palace_dir": PALACE_DIR,
        "num_cpus": num_cpus,
    }

MESH_KWARGS = dict(min_size = 10e-7, max_size = 200e-6, taper_dist_min = 2e-7, metals_only = False)

PARAM_BOUNDS = {
    "res_width":          (100e-6, 310e-6),
    "finger_length":      (100e-6, 300e-6),
    "fingers_n":          (20, 150),
    "finger_width":       (2e-6, 4e-6),
    "finger_gap":         (2e-6, 3e-6),
    "geo_ind_length":     (1e-6, 10e-6),
    "geo_ind_thick":      (1e-6, 10e-6),
    "metal_width":        (20e-6, 80e-6),
    "res_height":         (400e-6, 700e-6),
    "cap_section_height": (300e-6, 650e-6),
    "gap":                (20e-6, 25e-6),

}

DEMO_PARAMS = {
    "res_width": 300e-6,
    "finger_length": 290e-6,
    "fingers_n": 100,
    "finger_width": 4e-6,
    "finger_gap": 2e-6,
    "geo_ind_length": 3e-6,
    "geo_ind_thick": 3e-6,
    "metal_width": 80e-6,
    "res_height": 680e-6,
    "cap_section_height": 600e-6,
    "gap": 25e-6,
}

def _um(val_m: float) -> str:
    return f"{val_m *1e6:g}um"

def chip_center_y(params: dict) -> str:
    center_y = - params['res_height']/2
    return _um(center_y)

def params_to_hres(params: dict) -> Dict:

    return Dict(
        res_width=_um(params["res_width"]),
        finger_length=_um(params["finger_length"]),
        fingers_n=str(int(round(params["fingers_n"]))),
        finger_width=_um(params["finger_width"]),
        finger_gap=_um(params["finger_gap"]),
        geo_ind_length=_um(params["geo_ind_length"]),
        geo_ind_thick=_um(params["geo_ind_thick"]),
        metal_width=_um(params["metal_width"]),
        res_height=_um(params["res_height"]),
        cap_section_height=_um(params["cap_section_height"]),
        layer=str(LAYER),
        gap=_um(params["gap"]),
    )