QKD code commands

出自 DDCC TCAD TOOL Manual
於 2024年9月22日 (日) 16:11 由 Sufei2 (對話 | 貢獻) 所做的修訂

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The meaning of parameters in input.inp file.

parameters assigned command

@RANDOM_SEED
@NEED_SEED
@SEED

@PATH
@SEND_FILE_PATH

@ENGINE
@PROTOCOL
@NODE_TYPE
@PULSES_PER_BURST
@PULSE_PERIOD
@BURST_PERIOD
@OPERATING_TIME
@FIRE_TIME
@TIME_UNIT
@SHAPE_RESOLUTION
@LAST_DEV_TYPE_2_BOB
@LAST_DEV_ID_2_BOB
@EVENT_TRACK_SIZE
@REG_TIME_UNIT
@SEC_UNIT
@MAX_ROUTE_NUM
@MAX_ROUTINE_NUM
@PT_SIZE
@EPOCH_STORAGE_SIZE
@BATCH_SIZE

@DEVICEMAP
@PORTPAIR_NUM
@REFLECTION_SW
@PATH_TRACK_NUM
@PORTPAIR

@CTRLER
@CTRLER_NUM

@CTRL_INFO
@CTRL_INFO_NUM
@INFO

@CTRL_FUNC
Being used while @INFO LASER method is 2 (decoy method). Sending photon with different MPN.
@DECOY_PARAMS
@PM_CONST_MODE_SW
@PM_CONST_MODE

@NODE
@WAVELENGTH_DETAIL
@ORIENTATION_DETAIL
@ELLIPTICITY_DETAIL
@BORN_TIME_DETAIL
@PHASE_DETAIL
@INTENSITY_DETAIL
@INTENSITY_SI_DETAIL
@INTENSITY_SI_SEQ_DETAIL
@PHASE_SI_DETAIL
@PHASE_SI_SEQ_DETAIL
@FFT_DETAIL

@LASER
@LASER_NUM
@DEV_ID (LASER)
@DELAY_TIME (LASER)
@PERIOD
@WAVELENGTH
@INSERTION_LOSS
@MODE
@CONST_PHOTON_NUM
@MPN
@ETERNITY
@EMIT_PULSE_TIME_SW
@PHOTON_SHAPE (LASER)
@SHAPE_WIDTH (LASER)
@PULSE_WIDTH (LASER)
@MEAN (LASER)
@HEIGHT (LASER)
@IS_NORMALIZE (LASER)
@IS_ABS (LASER)
@IS_OFFSET (LASER)
@RISE_TIME (LASER)
@FALL_TIME (LASER)
@SIG
@HEIGHT_PROP
@FFT_SW
@FFT_FILE

@FIBER
@FIBER_NUM
@DEV_ID (FIBER)
@DELAY_TIME (FIBER)
@TOT_LOSS
@LOSS
@LENGTH
@INSERTION_LOSS

@BS
@BS_NUM
@DEV_ID (BS)
@DELAY_TIME (BS)
@TRANSMITTANCE
@INSERTION_LOSS

@PM
@PM_NUM
@DEV_ID (PM)
@DELAY_TIME (PM)
@FIRST_PHASE
@INSERTION_LOSS
@PHOTON_SHAPE (PM)
@SHAPE_WIDTH (PM)
@PULSE_WIDTH (PM)
@MEAN (PM)
@HEIGHT (PM)
@IS_NORMALIZE (PM)
@IS_ABS (PM)
@IS_OFFSET (PM)
@RISE_TIME (PM)
@FALL_TIME (PM)
@SIG (PM)
@HEIGHT_PROP (PM)
@FFT_SW (PM)
@FFT_FILE (PM)

@MZI
@MZI_NUM
@DEV_ID (MZI)
@DELAY_TIME1
@DELAY_TIME2
@DELAY_PERIOD_SW
@DELAY_PERIOD_NUM
@Ts
@Tp
@Rs
@Rp
@PHASE_SHIFT
@VISIBILITY
@INSERTION_LOSS
@LOSS_RATIO

@SPD
@SPD_NUM
@DEV_ID (SPD)
@DELAY_TIME (SPD)
@DARK_COUNT_RATE
@TIME_WINDOW_WIDTH
@EFFICIENCY
@IS_PARALYZABLE
@DEAD_TIME
@EVENT_REDUCTION_RATE
@AFTERPULSING_PROB
@INSERTION_LOSS
@DETECTION_SW