Defines and constants

Detailed Description

Network planning interface defines. These are used to set/retrieve various parameters of network planning through the functions WinProp_Net_Project_Para_Set and WinProp_Net_Project_Para_Get.

Generic air interfaces
NET_AIRINTERFACE_GSM_GENERIC 0x0000
Generic GSM standard air interface.
NET_AIRINTERFACE_TETRA_GENERIC 0x0020
Generic TETRA standard air interface.
NET_AIRINTERFACE_802_11_A_GENERIC 0x0040
Generic IEEE 802.11a standard air interface.
NET_AIRINTERFACE_802_11_G_GENERIC 0x0080
Generic IEEE 802.11g standard air interface.
NET_AIRINTERFACE_802_11_N_GENERIC 0x00A0
Generic IEEE 802.11n standard air interface.
NET_AIRINTERFACE_802_11_P_GENERIC 0x00C0
Generic IEEE 802.11p standard air interface.
NET_AIRINTERFACE_802_16_2004_GENERIC 0x00E0
Generic IEEE 802.16-2004 standard air interface.
NET_AIRINTERFACE_802_16_E_GENERIC 0x0100
Generic IEEE 802.16e standard air interface.
NET_AIRINTERFACE_LTE_GENERIC 0x0140
Generic LTE standard air interface.
NET_AIRINTERFACE_CDMA_GENERIC 0x0170
Generic CDMA standard air interface.
NET_AIRINTERFACE_5G_FDD_GENERIC 0x0180
Generic 5G-FDD standard air interface.
NET_AIRINTERFACE_5G_TDD_GENERIC 0x0190
Generic 5G-TDD standard air interface.
Common parameters for different air interfaces
NET_PARA_PREDEFINED_AIRINTERFACE -4
Set predefined Air Interface.
NET_PARA_MULTIPLE_ACCESS -1
Multiple Access Mode.
NET_PARA_DUPLEX_MODE -2
Duplex Mode.
NET_PARA_DUPLEX_SUBMODE -3
Duplex Sub Mode.
NET_PARA_BANDWIDTH 0
Bandwidth for LTE.
NET_PARA_CARRIER_SEPARATION 1
Separation between carriers.
NET_PARA_DL_UL_SEPARATION 4
Separation between UL and DL.
NET_PARA_ADJCPR 5
NET_PARA_ALTCPR 6
NET_PARA_ALLCPR 7
NET_PARA_TIMESLOTS 8
Number of time slots.
NET_PARA_TIMESLOTS_PER_USER 9
Number of time slots per user.
NET_PARA_CHIPRATE 10
Chip rate.
NET_PARA_ORTHOGONALITY_DL 11
Orthogonality factor (Downlink).
NET_PARA_COMMON_CHANNEL_POWER 12
NET_PARA_CARRIERS 13
Number of carriers.
NET_PARA_MS_BODYLOSS 14
Damping losses by the body of the user.
NET_PARA_MS_GAIN 15
Mobile station antenna gain.
NET_PARA_TIMESLOTS_FURTHER 16
Number of further time slots.
NET_PARA_MS_NOISEFIGURE 17
Noise Figure Mobile Station.
NET_PARA_MS_FAST_FADING_MARGIN 18
Fast Fading Margin.
NET_PARA_MS_MAX_TX_POWER 19
Power Mobile Station (dBm).
NET_PARA_MS_POWER_CONTROL_RANGE 120
Power control range from the maximum mobile station power (dB).
NET_PARA_SERVICES 20
Number of services.
NET_PARA_RESOLUTION 21
Resolution of result matrix.
NET_PARA_AREA_MODE 22
Size of planning area: Automatic mode. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_AREA_LL_X 23
X-coordinate of lower left corner of predicton area. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_AREA_LL_Y 24
Y-coordinate of lower left corner of predicton area. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_AREA_UR_X 25
X-coordinate of upper right corner of predicton area. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_AREA_UR_Y 26
Y-coordinate of upper right corner of predicton area. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_CHANNELS 29
Number of channels.
NET_PARA_FFT_SIZE 30
FTT Size in LTE air interface. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_SUBCARRIERS_RESOURCE_BLOCK 32
Number of subcarriers for one resource block in LTE air interface. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_CELL_ASSIGNMENT_MIN_REQ_SNIR 36
Minimum required SNIR for cell assignment. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_CELL_ASSIGNMENT_MIN_REQ_POWER 37
Minimum required power for cell assignment. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_CELL_ASSIGNMENT_SPREADING_FACTOR 38
Spreading factor for cell assignment. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_CELL_ASSIGNMENT_MIN_REQ_POWER_USED 39
Minimum required power used for Cell Assignment. Used in the WinProp_Net_Project_Para_Set function.
NET_PARA_HEIGHT 40
Prediction height.
NET_PARA_ORTHOGONALITY 41
Orthogonality factor.
NET_PARA_GUARD_PERIOD 45
Guard Period.
NET_PARA_PROJECTNAME 46
Name of project. Can be optionally set in WinProp_Net_Project_Para_Set.
NET_PARA_TDD_VARIABLE_SWITCH 47
TDD Variable Switch.
NET_PARA_CELL_LOAD 48
Cell Load.
NET_PARA_CELL_ASSIGNMENT_BACKOFF 50
Backoff value for cell assignment.
Parameters for OFDM
NET_PARA_SAMPLING_RATE_FACTOR 51
Sampling rate. Used in the WinProp_Net_Project_Para_Set.
NET_PARA_SUBCARRIERS_GUARD 52
Sub-carrier guards.
NET_PARA_SUBCARRIERS_DC 53
DC sub-carrier.
NET_PARA_SYMBOLS_MODE 54
Symbol definition.
NET_PARA_SUBCARRIERS_CONTROL 55
Sub-carriers for control. Used in the WinProp_Net_Project_Para_Set to set the number of control sub-carriers.
NET_PARA_SUBCARRIERS_REFERENCE 56
Reference sub-carriers. Used in the WinProp_Net_Project_Para_Set to set the number of reference sub-carriers.
NET_PARA_SYMBOLS_CONTROL 57
Control symbols. Used in the WinProp_Net_Project_Para_Set to set control symbols.
NET_PARA_SYMBOLS_REFERENCE 58
Reference symbols. Used in the WinProp_Net_Project_Para_Set to set reference symbols.
NET_PARA_CELL_LOAD_MODE 59
Cell Load Mode.
NET_PARA_HEIGHT_MULTIPLE 60
Set multiple prediction heights.
NET_PARA_ASCII_OUTPUT 61
Set additional ASCII output.
NET_PARA_BANDWIDTH_MODE_5G 62
Set Bandwidth mode. Only relevant for 5G projects.
NET_PARA_INTERFERANCE_OVERLAP_RATIO 63
Set Interference overlap ratio.
NET_PARA_POWER_BACKOFF_CONTROL 64
Set Tx power backoff of control subcarriers.
NET_PARA_SAME_PILOT_SUBCARRIERS 65
Use in each cell same subcarriers for pilot signals. Relevant if symbol mode is set to identical subcarriers for each symbol.
Parameters for MIMO systems (LTE, 802.11n)
NET_PARA_MIMO_NUMBER_STREAMS 70
Number of MIMO streams.
NET_PARA_MIMO_SIGNALLING_OVERHEAD 71
MIMO: Overhead ratio.
NET_PARA_MIMO_BEAMFORMING_GAIN_SERVING 72
MIMO: Beamforming serving signal.
NET_PARA_MIMO_BEAMFORMING_GAIN_INTERFERENCE 73
MIMO: Beamforming interfering signal.
NET_PARA_MIMO_INTERFERENCE_MODE 74
MIMO: Interference mode.
NET_PARA_MIMO_INTERFERENCE_RATIO 75
MIMO: Interference ratio.
NET_PARA_MIMO_INTERFERENCE_POL_MODE 76
MIMO: Interference polarization mode.
NET_PARA_MIMO_INTERFERENCE_POL_ALL_LOS_SAME 77
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_POL_ALL_LOS_DIFF 78
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_POL_SIGNAL_LOS_SAME 79
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_POL_SIGNAL_LOS_DIFF 80
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_POL_SIGNAL_NLOS_SAME 81
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_POL_SIGNAL_NLOS_DIFF 82
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_POL_ALL_NLOS_SAME 83
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_POL_ALL_NLOS_DIFF 84
MIMO: Interference parameter.
NET_PARA_MIMO_INTERFERENCE_ANGLE_DEPENDANCY 85
MIMO: Interference parameter.
General Parameters
NET_PARA_OUTPUT_WINPROP 86
Set paths for additional output in WinProp file format.
NET_PARA_CELL_ASSIGNMENT_MODE 87
Set cell assignment mode.
NET_PARA_CELL_ASSIGNMENT_SIGNALS 88
Set cell assignment signals.
NET_PARA_TDD_TIME_DL 90
TDD Time DL (downlink).
NET_PARA_TDD_TIME_UL 91
TDD Time UL (uplink).
NET_PARA_TDD_TIME_SWITCH 92
TDD switch.
NET_PARA_TDD_NBR_DL 93
TDD Number DL (downlink).
NET_PARA_TDD_NBR_UL 94
TDD Number UL (uplink).
NET_PARA_TDD_NBR_SWITCH 95
TDD Number Switch.
NET_PARA_TDD_SWITCH_DL 96
TDD Number Switch DL (downlink).
NET_PARA_TDD_SWITCH_UL 97
TDD Number Switch UL (downlink).
NET_PARA_TDD_SWITCH_GP 98
TDD Switch Ratio GP.
NET_PARA_GUARD_TIME 99
Guard time.
NET_MAX_USERS_PER_CARRIER 100
Maximum number of users per carrier.
NET_WINDOW_SOFT_HANDOVER 101
Soft Handover Window.
NET_WINDOW_SOFTER_HANDOVER 102
Softer Handover Window.
NET_PARA_TRAFFIC_MODE 103
Monte carlo traffic mode.
NET_PARA_APPLICATION_AREA_MODE 104
Prediction area units (Kilometres = NET_APPLICATION_AREA_MODE_KILOMETER / metres = NET_APPLICATION_AREA_MODE_METER.
NET_PARA_TRAFFIC_MONTE_CARLO_LOOPS 105
Number of Monte Carlo runs.
NET_PARA_TRAFFIC_MONTE_CARLO_DRAW 106
Monte carlo parameter. The fourth parameter of WinProp_Net_Project_Para_Set can be either 1 or 0.
NET_PARA_SIMULATE_EACH_CARRIER 107
Decision variable to simulate all carriers. The fourth parameter of WinProp_Net_Project_Para_Set can be either 1 or 0.
NET_PARA_TRAFFIC_CELL_SELECT_CONSIDER_PRIO 108
Decision variable to consider priority of an application in a cell. The fourth parameter of WinProp_Net_Project_Para_Set can be set to 1 or 0.
NET_PARA_TRAFFIC_CELL_SELECT_UPDATE_LIST 109
Update cell list with new value. The fourth parameter of WinProp_Net_Project_Para_Set can be set to NET_CELL_SELECT_UPDATE_NEW_PATH_LOSSES or NET_CELL_SELECT_UPDATE_NEW_LOAD_VALUE.
NET_PARA_TRAFFIC_CELL_SELECT_ALGORITHM 110
Select user algorithm.
NET_PARA_HEIGHT_ADD 111
Add prediction height.
NET_PARA_TDMA_GUARD_INTERVAL 112
TDMA guard interval between time slots.
NET_PARA_CELL_NOISE_RISE 113
Set noise rise in uplink due to other interfering mobile stations.
NET_PARA_SYMBOLS_DATA 114
Set number of data symbols (time).
NET_PARA_TRAFFIC_MAX_ITERATIONS 115
Set Max number of iterations for traffic simulations.
NET_PARA_TRAFFIC_CELL_LOAD_THRESHOLD 116
Set threshold for changes of cell.
NET_PARA_REPRO_NUMBER 117
Initialisation of random processes.
NET_SETTINGS_NUMBER_THREADS 118
NET_SETTINGS_SAVE_FILTER 119
NET_PARA_ANTENNA_MASKING_MODE 121
Activate/deactivate antenna masking for network planning results (propagation results with omni-pattern).
NET_PARA_EMC_DATABASE 122
Set filename of the EMC specifications database for EMC/EMF Analysis.
Parameters for Time-Variant network projects
NET_PARA_TIME_VARIANT_MODE 123
Set time-variant mode: 0 = Stationary simulation, 1 = Time-variant simulation with time interval, and 2 = Time-variant simulation with arbitrary time steps.
NET_PARA_TIME_VARIANT_START 124
Set start time (s). Only relevant Time-variant simulation with time interval mode.
NET_PARA_TIME_VARIANT_END 125
Set end time (s). Only relevant Time-variant simulation with time interval mode.
NET_PARA_TIME_VARIANT_INTERVAL 126
Set interval time between two time steps time (s). Only relevant Time-variant simulation with time interval mode.
NET_PARA_TIME_VARIANT_ADD_STEP 127
Add an arbitrary time step. Only relevant Time-variant simulation with arbitrary time steps.
Parameters for polarization-dependent co-channel interference that depends on the polarization and on the LOS/NLOS situation.
NET_PARA_POL_INTERFERENCE_MODE 130
Set polarization-dependent interference mode: 0 = disabled, 2 = enabled.
NET_PARA_POL_INTERFERENCE_SAME_POL_LOS_LOS 131
Set interference ratio If transmitting antennas have the same polarization, and transmitters (server, interferer) have LOS.
NET_PARA_POL_INTERFERENCE_SAME_POL_LOS_NLOS 132
Set interference ratio If transmitting antennas have the same polarization, one transmitters has LOS, and the other transmitter has NLOS.
NET_PARA_POL_INTERFERENCE_SAME_POL_NLOS_NLOS 133
Set interference ratio If transmitting antennas have the same polarization, and transmitters (server, interferer) have NLOS.
NET_PARA_POL_INTERFERENCE_SAME_POL_UNKOWN_LOS 134
Set interference ratio If transmitting antennas have the same polarization, and LOS state for the transmitters is unknown.
NET_PARA_POL_INTERFERENCE_DIFF_POL_LOS_LOS 135
Set interference ratio If transmitting antennas have different polarizations, and transmitters (server, interferer) have LOS.
NET_PARA_POL_INTERFERENCE_DIFF_POL_LOS_NLOS 136
Set interference ratio If transmitting antennas have different polarizations, one transmitters has LOS, and the other transmitter has NLOS.
NET_PARA_POL_INTERFERENCE_DIFF_POL_NLOS_NLOS 137
Set interference ratio If transmitting antennas have different polarizations, and transmitters (server, interferer) have NLOS.
NET_PARA_POL_INTERFERENCE_DIFF_POL_UNKOWN_LOS 138
Set interference ratio If transmitting antennas have different polarizations, and LOS state for the transmitters is unknown.
NET_PARA_POL_INTERFERENCE_ORTH_POL_LOS_LOS 139
Set interference ratio If transmitting antennas have orthogonal polarizations, and transmitters (server, interferer) have LOS.
NET_PARA_POL_INTERFERENCE_ORTH_POL_LOS_NLOS 140
Set interference ratio If transmitting antennas have orthogonal polarizations, one transmitters has LOS, and the other transmitter has NLOS.
NET_PARA_POL_INTERFERENCE_ORTH_POL_NLOS_NLOS 141
Set interference ratio If transmitting antennas have orthogonal polarizations, and transmitters (server, interferer) have NLOS.
NET_PARA_POL_INTERFERENCE_ORTH_POL_UNKOWN_LOS 142
Set interference ratio If transmitting antennas have orthogonal polarizations, and LOS state for the transmitters is unknown.
Optimizer parameters.
NET_OPT_ACTIVATE 1000
Use optimiser.
NET_OPT_PRIO_MAX 1001
Set priority.
NET_OPT_USE_PRIO_MAP 1011
Use priority map.
NET_OPT_COMBINATION_SENSITIVITY 1013
Use sensitivity combination.
NET_OPT_SELECTION_SENSITIVITY 1014
Select site sensitivity.
NET_OPT_REC_POWER_MIN 1015
Minimum received power setting (must not be used).
NET_OPT_SNIR_MIN 1016
Minimum SNIR (must not be used).
Cell Traffic setting
NET_TRAFFIC_MODE_STATIC_HOMOGENEOUS 0
homogeneous traffic per cell.
NET_TRAFFIC_MODE_STATIC_LOCATION_DEP 1
Location dependent traffic.
NET_TRAFFIC_MODE_STATIC_MONTE_CARLO 2
Monte-Carlo simulation.
NET_APPLICATION_AREA_MODE_METER 0
Application users distributed per square meter.
NET_APPLICATION_AREA_MODE_KILOMETER 1
Application users distributed per square kilometer.
NET_APPLICATION_TRAFFIC_MODE_ARRIVAL_RATE 0
Application users distributed per square meter.
NET_APPLICATION_TRAFFIC_MODE_OFFERED_TRAFFIC 1
Application users distributed per square kilometer.
Network application settings
NET_PARA_APPLICATION_NAME 0
Set network planning application name.
NET_PARA_APPLICATION_ID 1
Set network planning application ID.
NET_PARA_APPLICATION_PRIORITY 2
Set network planning application priority.
NET_PARA_APPLICATION_ACTIVITY 3
Set network planning application activity.
NET_PARA_APPLICATION_TRAFFIC_MODE 4
Set network planning application traffic mode.
NET_CELL_SELECT_UPDATE_NEW_PATH_LOSSES 0
Update cell list with new path loss.
NET_CELL_SELECT_UPDATE_NEW_LOAD_VALUE 1
Update cell list with new load value.
Parameters for carriers.
NET_PARA_CARRIER_INDEX 0
Set carrier index.
NET_PARA_CARRIER_FREQ_UL 1
Set carrier uplink frequency.
NET_PARA_CARRIER_FREQ_DL 2
Set carrier downlink frequency.
NET_PARA_CARRIER_NB_IN_GROUP 3
Set number of carriers used in a group of carrires. Only relevant if carrier represents a group of carriers.
NET_PARA_CARRIER_INDEX_IN_GROUP 4
Set carriers' indexes used in a group of carrires. Only relevant if carrier represents a group of carriers.
Parameters for transmission modes / services. These are set using the function WinProp_Net_TransmissionMode_Para_Set.
NET_PARA_TRANS_MODE_NAME 0
Set the name of the transmit mode.
NET_PARA_TRANS_MODE_BITRATE_UL 1
Set the transmit mode's uplink bit rate.
NET_PARA_TRANS_MODE_BITRATE_DL 2
Set the transmit mode's downlink bit rate.
NET_PARA_TRANS_MODE_MIN_POWER_UL 3
Set the minimum transmit mode uplink power.
NET_PARA_TRANS_MODE_MIN_POWER_DL 4
Set the minimum transmit mode downlink power.
NET_PARA_TRANS_MODE_SNIR_UL 5
Set the transmit mode's uplink SNIR.
NET_PARA_TRANS_MODE_SNIR_DL 6
Set the transmit mode's dwonlink SNIR.
NET_PARA_TRANS_MODE_POWER_BACKOFF_UL 7
Set uplink power backoff.
NET_PARA_TRANS_MODE_POWER_BACKOFF_DL 8
Set downlink power backoff.
NET_PARA_TRANS_MODE_ACTIVITIY_UL 9
Set uplink activity.
NET_PARA_TRANS_MODE_ACTIVITIY_DL 10
Set downlink activity.
NET_PARA_TRANS_MODE_MAX_POWER_UL 11
Set maximum allowed uplink power.
NET_PARA_TRANS_MODE_MAX_POWER_DL 12
Set maximum allowed downlink power.
NET_PARA_TRANS_MODE_MIN_POWER_UL_USED 13
Set minimum required uplink power.
NET_PARA_TRANS_MODE_MIN_POWER_DL_USED 14
Set minimum required downlink power.
NET_PARA_TRANS_MODE_TIMESLOTS_UL 15
Set the number of timeslots (uplink).
NET_PARA_TRANS_MODE_TIMESLOTS_DL 16
Set the number of timeslots (downlink).
NET_PARA_TRANS_MODE_SPREADING_FACTOR_UL 17
Set the transmit mode spreading factor (uplink).
NET_PARA_TRANS_MODE_SPREADING_FACTOR_DL 18
Set the transmit mode spreading factor (downlink).
NET_PARA_TRANS_MODE_MODULATION_UL 19
Set modulation scheme (uplink).
NET_PARA_TRANS_MODE_MODULATION_DL 20
Set modulation scheme (downlink).
NET_PARA_TRANS_MODE_CODERATE_K_UL 21
Set code rate (uplink).
NET_PARA_TRANS_MODE_CODERATE_N_UL 22
Set code rate (uplink).
NET_PARA_TRANS_MODE_CODERATE_K_DL 23
Set code rate (downlink).
NET_PARA_TRANS_MODE_CODERATE_N_DL 24
Set code rate (downlink).
NET_PARA_TRANS_MODE_RESOURCE_BLOCKS_UL 25
Set number of resource blocks (uplink).
NET_PARA_TRANS_MODE_RESOURCE_BLOCKS_DL 26
Set number of resource blocks (downlink).
NET_PARA_TRANS_MODE_OVERHEAD_RATIO_UL 27
Set overhead ratio (uplink).
NET_PARA_TRANS_MODE_OVERHEAD_RATIO_DL 28
Set overhead ratio (downlink).
NET_PARA_TRANS_MODE_NBR_PARALLEL_CODES_UL 29
Set parallel used codes (uplink).
NET_PARA_TRANS_MODE_NBR_PARALLEL_CODES_DL 30
Set parallel used codes (downlink).
NET_PARA_TRANS_MODE_DIRECTION 31
Set transmission mode direction. Only uplink/downlink or bi-directional.
NET_PARA_TRANS_MODE_POSITION 32
Set position.
NET_PARA_5G_NUMEROLOGY0_5MHZ_FR1 0x01
5 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_5MHZ_FR1 0x11
5 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY0_10MHZ_FR1 0x02
10 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_10MHZ_FR1 0x12
10 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_10MHZ_FR1 0x22
10 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY0_15MHZ_FR1 0x03
15 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_15MHZ_FR1 0x13
15 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_15MHZ_FR1 0x23
15 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY0_20MHZ_FR1 0x04
20 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_20MHZ_FR1 0x14
20 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_20MHZ_FR1 0x24
20 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY0_25MHZ_FR1 0x05
25 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_25MHZ_FR1 0x15
25 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_25MHZ_FR1 0x25
25 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY0_30MHZ_FR1 0x06
30 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_30MHZ_FR1 0x16
30 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_30MHZ_FR1 0x26
30 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY0_40MHZ_FR1 0x07
40 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_40MHZ_FR1 0x17
40 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_40MHZ_FR1 0x27
40 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY0_50MHZ_FR1 0x08
50 MHz bandwidth, numerology 0 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_50MHZ_FR1 0x18
50 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_50MHZ_FR1 0x28
50 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_60MHZ_FR1 0x19
60 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_60MHZ_FR1 0x29
60 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_70MHZ_FR1 0x1A
70 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_70MHZ_FR1 0x2A
70 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_80MHZ_FR1 0x1B
80 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_80MHZ_FR1 0x2B
80 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_90MHZ_FR1 0x1C
90 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_90MHZ_FR1 0x2C
90 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY1_100MHZ_FR1 0x1D
100 MHz bandwidth, numerology 1 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_100MHZ_FR1 0x2D
100 MHz bandwidth, numerology 2 in frequency range 1.
NET_PARA_5G_NUMEROLOGY2_50MHZ_FR2 0xA8
50 MHz bandwidth, numerology 2 in frequency range 2.
NET_PARA_5G_NUMEROLOGY3_50MHZ_FR2 0xB8
50 MHz bandwidth, numerology 3 in frequency range 2.
NET_PARA_5G_NUMEROLOGY2_100MHZ_FR2 0xAD
100 MHz bandwidth, numerology 2 in frequency range 2.
NET_PARA_5G_NUMEROLOGY3_100MHZ_FR2 0xBD
100 MHz bandwidth, numerology 3 in frequency range 2.
NET_PARA_5G_NUMEROLOGY2_200MHZ_FR2 0xAE
200 MHz bandwidth, numerology 2 in frequency range 2.
NET_PARA_5G_NUMEROLOGY3_200MHZ_FR2 0xBE
200 MHz bandwidth, numerology 3 in frequency range 2.
NET_PARA_5G_NUMEROLOGY3_400MHZ_FR2 0xBF
400 MHz bandwidth, numerology 3 in frequency range 2.
Other defines
NET_PARA_CHANNEL_NAME 0
NET_PARA_CHANNEL_SPREADING_FACTOR 1
NET_PARA_CHANNEL_MIN_C_TO_I 2
Result types for different air interfaces.
NET_RESULT_UNKNOWN -1
Unknown result.
NET_RESULT_BEST_SERVER 0x100
Best server results.
NET_RESULT_CELL_AREA 0x101
Cell area results.
NET_RESULT_REC_PROB 0x102
Receiver probability.
NET_RESULT_MAX_DATARATE 0x103
Maximum data rate.
NET_RESULT_MAX_REC_POWER 0x104
Maximum receiver power.
NET_RESULT_SNIR 0x105
SNIR.
NET_RESULT_NR_REC_CARRIERS 0x106
Number of carriers.
NET_RESULT_MIN_REQ_MS_TX_PWR 0x107
Minimum required TX power at base station.
NET_RESULT_MIN_REQ_BS_TX_PWR 0x108
Minimum required TX power at mobile station.
NET_RESULT_HANDOVER 0x109
Handover.
NET_RESULT_CDMA_EC_OVER_NT 0x110
Ec / Nt.
NET_RESULT_LTE_RSRP 0x111
RSRP for LTE.
NET_RESULT_LTE_RSRQ 0x112
RSRQ for LTE.
NET_RESULT_LTE_RSSI 0x113
RSSI for LTE.
NET_RESULT_MAX_THROUGHPUT 0x114
Maximum throughput.
NET_RESULT_MIMO_NUMBER_STREAMS 0x116
Number of MIMO streams.
NET_RESULT_MIMO_NUMBER_STREAMS_UL 0x117
Number of MIMO streams (uplink).
NET_RESULT_REC_PROB_UL 0x118
Receiver probability (uplink).
NET_RESULT_MAX_DATARATE_UL 0x119
Maximum data rate (uplink).
NET_RESULT_MAX_REC_POWER_UL 0x120
Maximum receiver power (uplink).
NET_RESULT_SNIR_UL 0x121
SNIR (uplink).
NET_RESULT_MAX_THROUGHPUT_UL 0x122
Maximum throughput (uplink).
NET_RESULT_CDMA_EC_OVER_NT_UL 0x123
Ec / Nt (uplink).
NET_RESULT_CDMA_MAX_EC 0x124
Maximum Ec.
NET_RESULT_CDMA_MAX_EC_UL 0x125
Maximum Ec (uplink).
NET_RESULT_NR_REC_TRX 0x126
Number of transmitters.
NET_RESULT_COVERAGE_PROB 0x127
Coverage probability.
NET_RESULT_THROUGHPUT 0x128
Throughput per transmission mode.
NET_RESULT_THROUGHPUT_UL 0x129
Throughput per transmission mode (uplink).
NET_RESULT_DATARATE 0x130
Data rate per transmission mode.
NET_RESULT_DATARATE_UL 0x131
Data rate per transmission mode (uplink).
NET_RESULT_TOTAL_REC 0x132
Total received signal (signal + noise + interference).
NET_RESULT_INTERFERENCE_NOISE_REC 0x133
Interference level (noise + interference).
NET_RESULT_INTERFERENCE_NOISE_REC_UL 0x134
Interference level (noise + interference) (uplink).
NET_RESULT_REC_POWER 0x135
Received power per transmission mode.
NET_RESULT_REC_POWER_UL 0x136
Received power per transmission mode (uplink).
NET_RESULT_NR_PARALLEL_USERS 0x137
Number of parallel users per transmission mode.
NET_RESULT_NR_PARALLEL_USERS_UL 0x138
Number of parallel users per transmission mode (uplink).
NET_RESULT_SIGNAL_AREA 0x139
Signal area.
NET_RESULT_EBN0 0x140
Max. achievable Eb/N0.
NET_RESULT_EBN0_UL 0x141
Max. achievable Eb/N0 (uplink).
NET_RESULT_TRAFFIC_OFFERED 0x200
Offered traffic.
NET_RESULT_TRAFFIC_SERVED 0x201
Served traffic.
NET_RESULT_TRAFFIC_BLOCKED 0x202
Blocked traffic.
NET_RESULT_TRAFFIC_STATE 0x203
Traffic state.
NET_RESULT_TRAFFIC_NR_USERS_GEN 0x204
Number of generated users.
NET_RESULT_EMC_FIELD 0x300
EMC/EMF field.
NET_RESULT_EXPOSURE 0x301
EMF total exposure.
NET_RESULT_EXPOSURE_ZONE 0x302
EMF exposure zones.
NET_RESULT_OFDM_POWER 0x303
Received power for OFDM broadcasting air interface.
NET_RESULT_OFDM_INTERFERENCE 0x304
SNIR for OFDM broadcasting air interface.
Error codes for network planning.
NET_ERROR_TECHNOLOGY_NOT_AVAILABLE 1
Network planning technologies not available.
NET_ERROR_POINTER_NOT_DEFINED 2
Issued when a nullptr is returned during initialisation of air interfaces.
NET_ERROR_PARA_NOT_AVAILABLE 3
Unsupported parameter passed when initialising an air interface.
The documentation was generated from the following file:
  • source/Public/AirInterfaces/AI_Define.h