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Commit 29575049 authored by Stephan Korsholm's avatar Stephan Korsholm
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Merge branch '149-us-valuename-in-iv-and-v-method-calls' into 'master' 

#149: Sort ValueName entries. Apply in additional places

Closes #149

See merge request SEAM/seamcat!41
parents b2bfabfd 5f50d978
master #187_FDP #253_IMT2020_Results_enh #256_EPP_15_ClutterHeight 119-geo-satellite-down-link-plugin 119-geo-satellite-down-link-system-plugin-as-interferer 119-merge 174-load-relative-positioning-from-file 204-alternative-approaches 204-cpu-time-only-approx-40-is-used 215-compare-tool-improvements-2 221-opening-workspaces-with-embedded-jar 251-add-info-parameter-to-samples 254-extending-event-results-enhancements-to-other-cellular 254-extending-event-results-enhancements-to-other-cellular-ofdma 254_alt Advanced_EPPTest 5.5.1-loctime-1 5.5.1-ALPHA-5 5.5.1-ALPHA-4 5.5.1-ALPHA-3 5.5.1-ALPHA-2 5.5.0-official 5.5.0-beta-2 5.5.0-beta-1 5.5.0-alpha-4
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+122 -108
core/src/main/java/org/seamcat/model/systems/imt2020downlink/simulation/IMT2020DownLinkCalculations.java
+ 13
- 13
View file @ 29575049
......@@ -14,10 +14,10 @@ import org.seamcat.model.simulation.result.*;
import org.seamcat.model.types.Unit;
class IMT2020DownLinkCalculations {
public static final VectorDef BIT_RATE_ACHIEVED_ALL = iv("Bitrate achieved (all)", Unit.kbps);
public static final VectorDef RECEIVED_POWER_ALL = iv("Received power (all)", Unit.dBm);
public static final VectorDef SINR_ACHIEVED_ALL = iv("SINR achieved (all)", Unit.dB);
public static final VectorDef CURRENT_TRANSMIT_POWER_ALL = iv("Current transmit power (all)", Unit.dBm);
public static final VectorDef BIT_RATE_ACHIEVED_ALL = iv(ValueName.BITRATE_ACHIEVED_ALL, Unit.kbps);
public static final VectorDef RECEIVED_POWER_ALL = iv(ValueName.RECEIVED_POWER_ALL, Unit.dBm);
public static final VectorDef SINR_ACHIEVED_ALL = iv(ValueName.SINR_ACHIEVED_ALL, Unit.dB);
public static final VectorDef CURRENT_TRANSMIT_POWER_ALL = iv(ValueName.CURRENT_TRANSMIT_POWER_ALL, Unit.dBm);
private VectorDef PATH_LOSS;
private VectorDef FREQUENCY;
......@@ -37,15 +37,15 @@ class IMT2020DownLinkCalculations {
}
IMT2020DownLinkCalculations(String siteName, VectorDef AchievedBitRateRefCell, VectorDef InterferedBitRateRefCell) {
PATH_LOSS = iv("Path loss (ref. " + siteName + ")", Unit.dB);
FREQUENCY = iv("Frequency (ref. " + siteName + ")", Unit.MHz);
BIT_RATE_ACHIEVED = iv("Bitrate achieved (ref. " + siteName + ")", Unit.kbps);
RECEIVED_POWER = iv("Received power (ref. " + siteName + ")", Unit.dBm);
SINR_ACHIEVED = iv("SINR achieved (ref. " + siteName + ")", Unit.dB);
EFFECTIVE_PATH_LOSS = iv("Effective path loss (ref. " + siteName + ")", Unit.dB);
INTERFERENCE_POWER = iv("Interference power (ref. " + siteName + ")", Unit.dBm);
CURRENT_TRANSMIT_POWER = iv("Current transmit power (ref. " + siteName + ")", Unit.dBm);
INTER_SYSTEM_INTERFERENCE = iv("Inter system interference (ref. " + siteName + ")", Unit.dBm);
PATH_LOSS = iv(ValueName.PATH_LOSS_REF + siteName + ")", Unit.dB);
FREQUENCY = iv(ValueName.FREQUENCY_REF + siteName + ")", Unit.MHz);
BIT_RATE_ACHIEVED = iv(ValueName.BITRATE_ACHIEVED_REF + siteName + ")", Unit.kbps);
RECEIVED_POWER = iv(ValueName.RECEIVED_POWER_REF + siteName + ")", Unit.dBm);
SINR_ACHIEVED = iv(ValueName.SINR_ACHIEVED_REF + siteName + ")", Unit.dB);
EFFECTIVE_PATH_LOSS = iv(ValueName.EFFECTIVE_PATH_LOSS_REF + siteName + ")", Unit.dB);
INTERFERENCE_POWER = iv(ValueName.INTERFERENCE_POWER_REF + siteName + ")", Unit.dBm);
CURRENT_TRANSMIT_POWER = iv(ValueName.CURRENT_TRANSMIT_POWER_REF + siteName + ")", Unit.dBm);
INTER_SYSTEM_INTERFERENCE = iv(ValueName.INTER_SYSTEM_INTERFERENCE_REF + siteName + ")", Unit.dBm);
SINR_REFCELL = Factory.results().vector(ValueName.SINR_REF + siteName + ")", Unit.dB);
this.AchievedBitRateRefCell = AchievedBitRateRefCell;
this.InterferedBitRateRefCell = InterferedBitRateRefCell;
......
core/src/main/java/org/seamcat/model/systems/imt2020uplink/simulation/IMT2020UpLinkCalculations.java
+ 19
- 19
View file @ 29575049
......@@ -12,15 +12,15 @@ import org.seamcat.model.systems.generic.ui.PathLossCorrelationUI;
import org.seamcat.model.types.Unit;
class IMT2020UpLinkCalculations {
public static final VectorDef BIT_RATE_ACHIEVED_ALL = iv("Bitrate achieved (all)", Unit.kbps);
public static final VectorDef RECEIVED_POWER_ALL = iv("Received power (all)", Unit.dBm);
public static final VectorDef SINR_ACHIEVED_ALL = iv("SINR achieved (all)", Unit.dB);
public static final VectorDef PATH_LOSS_ALL = iv("Path loss (all)", Unit.dB);
public static final VectorDef EFFECTIVE_PATH_LOSS_ALL = iv("Effective path loss (all)", Unit.dB);
public static final VectorDef INTERFERENCE_POWER_ALL = iv("Interference power (all)", Unit.dBm);
public static final VectorDef INTER_SYSTEM_INTERFERENCE_ALL = iv("Inter system interference (all)", Unit.dBm);
public static final VectorDef CURRENT_TRANSMIT_POWER_ALL = iv("Current transmit power (all)", Unit.dBm);
public static final VectorDef BASE_STATION_BIT_RATE_ALL = iv("Base station bit rate (all)", Unit.dBm);
public static final VectorDef BIT_RATE_ACHIEVED_ALL = iv(ValueName.BITRATE_ACHIEVED_ALL, Unit.kbps);
public static final VectorDef RECEIVED_POWER_ALL = iv(ValueName.RECEIVED_POWER_ALL, Unit.dBm);
public static final VectorDef SINR_ACHIEVED_ALL = iv(ValueName.SINR_ACHIEVED_ALL, Unit.dB);
public static final VectorDef PATH_LOSS_ALL = iv(ValueName.PATH_LOSS_ALL, Unit.dB);
public static final VectorDef EFFECTIVE_PATH_LOSS_ALL = iv(ValueName.EFFECTIVE_PATH_LOSS_ALL, Unit.dB);
public static final VectorDef INTERFERENCE_POWER_ALL = iv(ValueName.INTERFERENCE_POWER_ALL, Unit.dBm);
public static final VectorDef INTER_SYSTEM_INTERFERENCE_ALL = iv(ValueName.INTER_SYSTEM_INTERFERENCE_ALL, Unit.dBm);
public static final VectorDef CURRENT_TRANSMIT_POWER_ALL = iv(ValueName.CURRENT_TRANSMIT_POWER_ALL, Unit.dBm);
public static final VectorDef BASE_STATION_BIT_RATE_ALL = iv(ValueName.BASE_STATION_BIT_RATE_ALL, Unit.dBm);
private VectorDef BIT_RATE_ACHIEVED;
private VectorDef FREQUENCY;
......@@ -39,16 +39,16 @@ class IMT2020UpLinkCalculations {
IMT2020UpLinkCalculations(
String siteName, VectorDef initialVictimOutage, VectorDef interferedBitRateRefCell, VectorDef SINRRefCell) {
BIT_RATE_ACHIEVED = iv("Bitrate achieved (ref. " + siteName + ")", Unit.kbps);
FREQUENCY = iv("Frequency (ref. " + siteName + ")", Unit.MHz);
RECEIVED_POWER = iv("Received power (ref. " + siteName + ")", Unit.dBm);
SINR_ACHIEVED = iv("SINR achieved (ref. " + siteName + ")", Unit.dB);
PATH_LOSS = iv("Path loss (ref. " + siteName + ")", Unit.dB);
EFFECTIVE_PATH_LOSS = iv("Effective path loss (ref. " + siteName + ")", Unit.dB);
INTERFERENCE_POWER = iv("Interference power (ref. " + siteName + ")", Unit.dBm);
CURRENT_TRANSMIT_POWER = iv("Current transmit power (ref. " + siteName + ")", Unit.dBm);
BASE_STATION_BIT_RATE = iv("Base station bit rate (ref. " + siteName + ")", Unit.dBm);
INTER_SYSTEM_INTERFERENCE = iv("Inter system interference (ref. " + siteName + ")", Unit.dBm);
BIT_RATE_ACHIEVED = iv(ValueName.BITRATE_ACHIEVED_REF + siteName + ")", Unit.kbps);
FREQUENCY = iv(ValueName.FREQUENCY_REF + siteName + ")", Unit.MHz);
RECEIVED_POWER = iv(ValueName.RECEIVED_POWER_REF + siteName + ")", Unit.dBm);
SINR_ACHIEVED = iv(ValueName.SINR_ACHIEVED_REF + siteName + ")", Unit.dB);
PATH_LOSS = iv(ValueName.PATH_LOSS_REF + siteName + ")", Unit.dB);
EFFECTIVE_PATH_LOSS = iv(ValueName.EFFECTIVE_PATH_LOSS_REF + siteName + ")", Unit.dB);
INTERFERENCE_POWER = iv(ValueName.INTERFERENCE_POWER_REF + siteName + ")", Unit.dBm);
CURRENT_TRANSMIT_POWER = iv(ValueName.CURRENT_TRANSMIT_POWER_REF + siteName + ")", Unit.dBm);
BASE_STATION_BIT_RATE = iv(ValueName.BASE_STATION_BIT_RATE_REF + siteName + ")", Unit.dBm);
INTER_SYSTEM_INTERFERENCE = iv(ValueName.INTER_SYSTEM_INTERFERENCE_REF + siteName + ")", Unit.dBm);
this.initialVictimOutage = initialVictimOutage;
this.interferedBitRateRefCell = interferedBitRateRefCell;
this.SINRRefCell = SINRRefCell;
......
core/src/main/java/org/seamcat/model/systems/ofdmadownlink/OFDMADownLinkSystemPlugin.java
+ 12
- 12
View file @ 29575049
......@@ -216,20 +216,20 @@ public class OFDMADownLinkSystemPlugin
if (isSingleSector()) {
reference = " (ref. sector)";
}
FREQUENCY = iv("Frequency", Unit.MHz);
CURRENT_TRANSMIT_POWER = iv("Current transmit power", Unit.dBm);
EFFECTIVE_PATH_LOSS = iv("Effective path loss", Unit.dB);
PATH_LOSS = iv("Path loss", Unit.dB);
SINR_ACHIEVED = iv("SINR achieved", Unit.dB);
BIT_RATE_ACHIEVED = iv("Bitrate achieved", Unit.kbps);
RECEIVED_POWER = iv("Received power", Unit.dBm);
INTERFERENCE_POWER = iv("Interference power", Unit.dBm);
INTER_SYSTEM_INTERFERENCE = iv("Inter system interference", Unit.dBm);
FREQUENCY = iv(ValueName.FREQUENCY, Unit.MHz);
CURRENT_TRANSMIT_POWER = iv(ValueName.CURRENT_TRANSMIT_POWER, Unit.dBm);
EFFECTIVE_PATH_LOSS = iv(ValueName.EFFECTIVE_PATH_LOSS, Unit.dB);
PATH_LOSS = iv(ValueName.PATH_LOSS, Unit.dB);
SINR_ACHIEVED = iv(ValueName.SINR_ACHIEVED, Unit.dB);
BIT_RATE_ACHIEVED = iv(ValueName.BITRATE_ACHIEVED, Unit.kbps);
RECEIVED_POWER = iv(ValueName.RECEIVED_POWER, Unit.dBm);
INTERFERENCE_POWER = iv(ValueName.INTERFERENCE_POWER, Unit.dBm);
INTER_SYSTEM_INTERFERENCE = iv(ValueName.INTER_SYSTEM_INTERFERENCE, Unit.dBm);
AVGBitrateLossRefCell = Factory.results().uniqueValue(ValueName.AVERAGE_BITRATE_LOSS + reference, Unit.percent);
SINR_REFCELL = v("SINR", Unit.dB);
InterferedBitRateRefCell = v("Interfered Bitrate", Unit.kbps);
AchievedBitRateRefCell = v("Non Interfered Bitrate", Unit.kbps);
SINR_REFCELL = v(ValueName.SINR, Unit.dB);
InterferedBitRateRefCell = v(ValueName.INTERFERED_BITRATE, Unit.kbps);
AchievedBitRateRefCell = v(ValueName.NON_INTERFERED_BITRATE, Unit.kbps);
}
private VectorDef iv(String name, Unit unit) {
......
core/src/main/java/org/seamcat/model/systems/ofdmadownlink/simulation/OFDMADownLinkSimulation.java
+ 4
- 4
View file @ 29575049
......@@ -28,10 +28,10 @@ import org.seamcat.model.types.Unit;
public class OFDMADownLinkSimulation implements SimulationInstance {
public static VectorDef SIMULATION_FREQUENCY = Factory.results().vector(ValueName.TRIAL_FREQUENCIES, Unit.MHz);
public static VectorDef CURRENT_TRANSMIT_POWER_ALL = iv("Current transmit power (all)", Unit.dBm);
public static VectorDef SINR_ACHIEVED_ALL = iv("SINR achieved (all)", Unit.dB);
public static VectorDef BIT_RATE_ACHIEVED_ALL = iv("Bitrate achieved (all)", Unit.kbps);
public static VectorDef RECEIVED_POWER_ALL = iv("Received power (all)", Unit.dBm);
public static VectorDef CURRENT_TRANSMIT_POWER_ALL = iv(ValueName.CURRENT_TRANSMIT_POWER_ALL, Unit.dBm);
public static VectorDef SINR_ACHIEVED_ALL = iv(ValueName.SINR_ACHIEVED_ALL, Unit.dB);
public static VectorDef BIT_RATE_ACHIEVED_ALL = iv(ValueName.BITRATE_ACHIEVED_ALL, Unit.kbps);
public static VectorDef RECEIVED_POWER_ALL = iv(ValueName.RECEIVED_POWER_ALL, Unit.dBm);
private static final UniqueValueDef CELL_ID = results().uniqueValue(null, ValueName.CELL_ID, Unit.none, true);
private static final UniqueValueDef USERID = results().uniqueValue(null, ValueName.USERID, Unit.none, true);
private static final UniqueValueDef ACTIVE =
......
core/src/main/java/org/seamcat/model/systems/ofdmauplink/OFDMAUpLinkSystemPlugin.java
+ 11
- 11
View file @ 29575049
......@@ -244,17 +244,17 @@ public class OFDMAUpLinkSystemPlugin implements SystemPlugin<SystemModelOFDMAUpL
if (isSingleSector()) {
reference = " (ref. sector)";
}
FREQUENCY = iv("Frequency", Unit.MHz);
CURRENT_TRANSMIT_POWER = iv("Current transmit power", Unit.dBm);
EFFECTIVE_PATH_LOSS = iv("Effective path loss", Unit.dB);
PATH_LOSS = iv("Path loss", Unit.dB);
SINR_ACHIEVED = iv("SINR achieved", Unit.dB);
BIT_RATE_ACHIEVED = iv("Bitrate achieved", Unit.kbps);
RECEIVED_POWER = iv("Received power", Unit.dBm);
INITIAL_VICTIM_OUTAGE = v("Non Interfered Bitrate", Unit.kbps);
INTERFERED_BIT_RATE_REF = v("Interfered Bitrate", Unit.kbps);
SINR_REF = v("SINR, Victim", Unit.dB);
FREQUENCY = iv(ValueName.FREQUENCY, Unit.MHz);
CURRENT_TRANSMIT_POWER = iv(ValueName.CURRENT_TRANSMIT_POWER, Unit.dBm);
EFFECTIVE_PATH_LOSS = iv(ValueName.EFFECTIVE_PATH_LOSS, Unit.dB);
PATH_LOSS = iv(ValueName.PATH_LOSS, Unit.dB);
SINR_ACHIEVED = iv(ValueName.SINR_ACHIEVED, Unit.dB);
BIT_RATE_ACHIEVED = iv(ValueName.BITRATE_ACHIEVED, Unit.kbps);
RECEIVED_POWER = iv(ValueName.RECEIVED_POWER, Unit.dBm);
INITIAL_VICTIM_OUTAGE = v(ValueName.NON_INTERFERED_BITRATE, Unit.kbps);
INTERFERED_BIT_RATE_REF = v(ValueName.INTERFERED_BITRATE, Unit.kbps);
SINR_REF = v(ValueName.SINR_VICTIM, Unit.dB);
}
private String reference = " (ref. cell)";
......
model/src/main/java/org/seamcat/model/simulation/result/ValueName.java
+ 63
- 49
View file @ 29575049
......@@ -13,12 +13,18 @@ public class ValueName {
"Antenna Gain towards first external interferer";
public static final String ANTENNA_HEIGHT = "Antenna height";
public static final String ANTENNA_PEAK_GAIN = "Antenna Peak Gain";
public static final String AVERAGE_ACTIVE_WSD_PER_EVENT_FOR_EACH_FREQUENCY =
"Average Active WSD per event (for each frequency)";
public static final String AVERAGE_BITRATE_LOSS = "Average bitrate loss";
public static final String AVERAGE_BITRATE_LOSS_REF = "Average bitrate loss (ref. ";
public static final String AVERAGE_BITRATE_LOSS_REF_CELL = "Average bitrate loss (ref. cell)";
public static final String AVERAGE_BITRATE_LOSS_SYSTEM = "Average bitrate loss (system)";
public static final String AVERAGE_CAPACITY_LOSS_REF = "Average capacity loss (ref. ";
public static final String AVERAGE_CAPACITY_LOSS_SYSTEM = "Average capacity loss (system)";
public static final String AVERAGE_NETWORK_NOISE_RISE_INITIAL = "Average network noise rise, (initial)";
public static final String AVERAGE_NETWORK_NOISE_RISE_INITIAL_NO_EXT_INTERFERENCE =
"Average network noise rise, (initial - no Ext. interference)";
public static final String AVERAGE_NETWORK_RISE_RESULTING = "Average network rise, (resulting)";
public static final String AVERAGE_NUMBER_OF_ACTIVE_UT = "Average number of active UT";
public static final String AVG_INTERFERED_BITRATE_SYSTEM = "Avg Interfered Bitrate (system)";
public static final String AVG_NON_INTERFERED_BITRATE_SYSTEM = "Avg Non Interfered Bitrate (system)";
......@@ -28,11 +34,22 @@ public class ValueName {
public static final String AZIMUTH_STEERING_ANGLE = "Azimuth steering angle";
public static final String BANDWIDTH = "Bandwidth";
public static final String BANDWIDTH_CORRECTION = "Bandwidth correction";
public static final String BAR_CHART = "Bar chart";
public static final String BASE_STATION_BIT_RATE_ALL = "Base station bit rate (all)";
public static final String BASE_STATION_BIT_RATE_REF = "Base station bit rate (ref. ";
public static final String BITRATE_ACHIEVED = "Bitrate achieved";
public static final String BITRATE_ACHIEVED_ALL = "Bitrate achieved (all)";
public static final String BITRATE_ACHIEVED_REF = "Bitrate achieved (ref. ";
public static final String BLOCKING_MASK_INTEGRAL = "Blocking mask integral";
public static final String BUILDING_ENTRY_LOSS = "Building entry loss";
public static final String CALCULATION_RATE = "Calculation rate";
public static final String CAPACITY_FINDING = "Capacity finding";
public static final String CAPACITY_LOSS_ACTIVE_AND_INACTIVE_USERS_REF =
"Capacity Loss (active and inactive users) (ref. ";
public static final String CAPACITY_LOSS_ACTIVE_AND_INACTIVE_USERS_SYSTEM =
"Capacity Loss (active and inactive users) (system)";
public static final String CAPACITY_LOSS_ACTIVE_AND_INACTIVE_USERS_WORST_CELL =
"Capacity Loss (active and inactive users), worst cell";
public static final String CAPACITY_LOSS_SYSTEM = "Capacity Loss (system)";
public static final String CELL_ID = "Cell ID";
public static final String CLUTTER_LOSS = "Clutter loss";
......@@ -40,7 +57,9 @@ public class ValueName {
public static final String CONSISTENCY_CHECK_FAILED = "consistency check failed";
public static final String COUPLING_LOSS_PERCENTILE = "Coupling loss percentile";
public static final String COVERAGE_RADIUS = "Coverage radius";
public static final String CURRENT_TRANSMIT_POWER = "Current transmit power";
public static final String CURRENT_TRANSMIT_POWER_ALL = "Current transmit power (all)";
public static final String CURRENT_TRANSMIT_POWER_REF = "Current transmit power (ref. ";
public static final String C_I_BLOCKING = "C / I blocking";
public static final String C_I_INTERMODULATION = "C / I intermodulation";
public static final String C_I_UNWANTED = "C / I unwanted";
......@@ -55,10 +74,12 @@ public class ValueName {
public static final String DISTANCE_BETWEEN_THE_VICTIM_SYSTEM_RX_AND_TX =
"Distance between the victim system RX and TX";
public static final String DROPPED_BEFORE_INTERFERENCE = "Dropped before interference";
public static final String DROPPED_USERS = "Dropped users";
public static final String DRSS = "dRSS";
public static final String EFFECTIVE_ANTENNA_HEIGHT = "Effective Antenna Height";
public static final String EFFECTIVE_PATH_LOSS = "Effective Path loss";
public static final String EFFECTIVE_PATH_LOSS_ALL = "Effective path loss (all)";
public static final String EFFECTIVE_PATH_LOSS_REF = "Effective path loss (ref. ";
public static final String ELECTRICAL_ELEVATION_OFFSET = "Electrical elevation offset";
public static final String ELEMENT_GAIN = "Element gain";
public static final String ELEVATION = "Elevation ";
......@@ -66,6 +87,7 @@ public class ValueName {
public static final String ELEVATION_BORESIGHT_GLOBAL = "Elevation boresight (global)";
public static final String ELEVATION_STEERING_ANGLE = "Elevation steering angle";
public static final String EVENT = "Event ";
public static final String EVENT_DATA_SET = "Event Data Set";
public static final String EVENT_GENERATION_DURATION = "Event generation duration";
public static final String EVENT_NUMBER = "Event Number";
public static final String EXCESS_OUTAGE_ACTIVE_SERVED_USERS_IN_REF_CELL =
......@@ -78,6 +100,7 @@ public class ValueName {
public static final String EXTERNAL_INTERFERENCE_UNWANTED = "External Interference, Unwanted";
public static final String FREQUENCY = "Frequency";
public static final String FREQUENCY_ALL = "Frequency (all)";
public static final String FREQUENCY_REF = "Frequency (ref. ";
public static final String FREQUENCY_REF_CELL = "Frequency (ref. cell)";
public static final String FREQUENCY_REF_SECTOR = "Frequency (ref. sector)";
public static final String FREQUENCY_S = "Frequency ";
......@@ -94,16 +117,30 @@ public class ValueName {
public static final String ILT_POWER_IN_VLR_BANDWIDTH = "ILT Power in VLR Bandwidth";
public static final String ILT_VLR = "ILT - VLR";
public static final String ILT_VLT = "ILT - VLT";
public static final String INITIAL_OUTAGE_PERCENTAGE_REF = "Initial Outage Percentage (ref. ";
public static final String INITIAL_OUTAGE_SYSTEM = "Initial Outage (system)";
public static final String INTERFERED_BITRATE = "Interfered Bitrate";
public static final String INTERFERED_BITRATE_REF = "Interfered Bitrate (ref. ";
public static final String INTERFERED_BITRATE_REF_CELL = "Interfered Bitrate (ref. cell)";
public static final String INTERFERED_CAPACITY_ACTIVE_AND_INACTIVE_USERS_REF =
"Interfered Capacity (active and inactive users) (ref ";
"Interfered Capacity (active and inactive users) (ref. ";
public static final String INTERFERED_CAPACITY_ACTIVE_USERS_ONLY_REF =
"Interfered Capacity (active users only) (ref. ";
public static final String INTERFERED_CAPACITY_ACTIVE_USERS_ONLY_SYSTEM =
"Interfered Capacity (active users only) (system)";
public static final String INTERFERED_OUTAGE_REF_CELL = "Interfered Outage (ref. cell)";
public static final String INTERFERED_OUTAGE_SYSTEM = "Interfered Outage (system)";
public static final String INTERFERENCE_CALCULATIONS = "Interference Calculations";
public static final String INTERFERENCE_LINK_INDEX = "Interference Link Index";
public static final String INTERFERENCE_POWER = "Interference power";
public static final String INTERFERENCE_POWER_ALL = "Interference power (all)";
public static final String INTERFERENCE_POWER_REF = "Interference power (ref. ";
public static final String INTERMODULATION_REJECTION_APPLIED = "intermodulation rejection applied";
public static final String INTERSYSTEM_INTERFERENCE = "InterSystem Interference";
public static final String INTER_SYSTEM_INTERFERENCE = "Inter system interference";
public static final String INTER_SYSTEM_INTERFERENCE_ALL = "Inter system interference (all)";
public static final String INTER_SYSTEM_INTERFERENCE_REF = "Inter system interference (ref. ";
public static final String IRSS_BLOCKING_EXTERNAL_INTERFERENCE = "iRSS Blocking (external Interference)";
public static final String IRSS_BLOCKING_SUMMATION = "iRSS Blocking (summation)";
public static final String IRSS_BLOCKING_VLR_SUMMATION = "iRSS Blocking (VLR Summation)";
public static final String IRSS_INTERMODULATION_SUMMATION = "iRSS Intermodulation (summation)";
......@@ -111,6 +148,7 @@ public class ValueName {
public static final String IRSS_PMAX_MAX = "IRSS_PMAX max";
public static final String IRSS_PMAX_MAX_BLOCKING = "IRSS_PMAX_max blocking";
public static final String IRSS_PMAX_MAX_UNWANTED = "IRSS_PMAX max unwanted";
public static final String IRSS_UNWANTED_EXTERNAL_INTERFERENCE = "iRSS Unwanted (external Interference)";
public static final String IRSS_UNWANTED_SUMMATION = "iRSS Unwanted (summation)";
public static final String IRSS_UNWANTED_VLR_SUMMATION = "iRSS Unwanted (VLR Summation)";
public static final String IS_IN_SOFTHANDOVER = "Is in softhandover";
......@@ -119,6 +157,7 @@ public class ValueName {
public static final String I_N_INTERMODULATION = "I / N intermodulation";
public static final String I_N_UNWANTED = "I / N unwanted";
public static final String I_N_UNWANTED_BLOCKING = "I / N [unwanted, blocking]";
public static final String LINK_SAMPLES = "Link samples";
public static final String MAX_DISTANCE_ILT_VLR = "max distance ILT - VLR";
public static final String MAX_DISTANCE_ILT_VLT = "max distance ILT - VLT";
public static final String MCL = "MCL";
......@@ -128,22 +167,29 @@ public class ValueName {
public static final String NOISE_FLOOR = "Noise floor";
public static final String NOISE_FLOOR_UE = "Noise floor UE";
public static final String NOISE_RISE_OVER_NOISE_FLOOR = "Noise Rise over Noise Floor";
public static final String NON_INTERFERED_BITRATE = "Non Interfered Bitrate";
public static final String NON_INTERFERED_BITRATE_REF = "Non Interfered Bitrate (ref. ";
public static final String NON_INTERFERED_BITRATE_REF_CELL = "Non Interfered Bitrate (ref. cell)";
public static final String NON_INTERFERED_CAPACITY = "Non interfered capacity";
public static final String NON_INTERFERED_CAPACITY_ACTIVE_AND_INACTIVE_USERS_REF_CELL =
"Non Interfered Capacity (active and inactive users) (ref. cell)";
public static final String NON_INTERFERED_CAPACITY_ACTIVE_AND_INACTIVE_USERS_REF_SECTOR =
"Non Interfered Capacity (active and inactive users) (ref sector)";
"Non Interfered Capacity (active and inactive users) (ref. sector)";
public static final String NON_INTERFERED_CAPACITY_ACTIVE_AND_INACTIVE_USERS_SYSTEM =
"Non Interfered Capacity (active and inactive users) (system)";
public static final String NON_INTERFERED_CAPACITY_COMBINED_SYSTEM = "Non Interfered Capacity (combined) (system)";
public static final String NON_INTERFERED_CAPACITY_PER_CELL = "Non interfered capacity per cell";
public static final String NON_INTERFERED_CAPACITY_REF_CELL = "Non Interfered Capacity (ref. cell)";
public static final String NON_INTERFERED_CAPACITY_REF_SECTOR = "Non Interfered Capacity (ref sector)";
public static final String NON_INTERFERED_CAPACITY_REF_SECTOR = "Non Interfered Capacity (ref. sector)";
public static final String NORMALIZED_EIRP_IN_BLOCK_LIMIT = "Normalized EIRP in-block limit";
public static final String NORMALIZED_EMISSION_FLOOR = "Normalized emission floor";
public static final String NORMALIZED_EMISSION_MASK = "Normalized emission mask";
public static final String NUMBER_OF_ACTIVE_USERS = "Number of active users";
public static final String NUMBER_OF_DROPPED_USERS = "Number of dropped users";
public static final String NUMBER_OF_DROPPED_USERS_SYSTEM = "Number of Dropped users (system)";
public static final String NUMBER_OF_EVENT_WHERE_DRSS_SENSITIVITY = "Number of event where dRSS > sensitivity";
public static final String NUMBER_OF_SERVED_USERS = "Number of served users";
public static final String NUMBER_OF_SIMULATED_USERS_SYSTEM = "Number of Simulated users (system)";
public static final String OUTAGE = "Outage";
public static final String OVERHEAD_CHANNEL_POWER = "Overhead Channel Power";
public static final String OVERLOADING = "Overloading";
......@@ -152,31 +198,45 @@ public class ValueName {
public static final String PATH_DISTANCE_FACTOR = "Path distance factor";
public static final String PATH_LOSS = "Path loss";
public static final String PATH_LOSS_ALL = "Path loss (all)";
public static final String PATH_LOSS_REF = "Path loss (ref. ";
public static final String PILOT_CHANNEL_POWER = "Pilot Channel Power";
public static final String POSITION = "Position";
public static final String POSITION_ILR = "Position ILR";
public static final String POSITION_ILT = "Position ILT";
public static final String POSITION_VLR = "Position VLR";
public static final String POSITION_VLT = "Position VLT";
public static final String POWER_RECEIVED_SERVING_LINK = "Power Received (serving link)";
public static final String PROBABILITY_OF_DISRUPTION = "Probability of disruption";
public static final String PROBABILITY_OF_INTERFERENCE = "Probability of interference";
public static final String RECEIVED_POWER = "Received power";
public static final String RECEIVED_POWER_ALL = "Received power (all)";
public static final String RECEIVED_POWER_REF = "Received power (ref. ";
public static final String REQUIRED_EB_NO = "Required Eb/No";
public static final String REQUIRED_EC_IOR = "Required Ec/Ior";
public static final String RX_INTERMODULATION_SPECTRUM_PSD = "Rx intermodulation spectrum psd (";
public static final String RX_LAT = "Rx lat. ";
public static final String RX_LON = "Rx lon. ";
public static final String RX_NOT_SIMULATED = "Rx not simulated";
public static final String SCATTER = "Scatter";
public static final String SIMULATED_PERFORMED_ON = "Simulated performed on";
public static final String SIMULATION_DATE = "Simulation date";
public static final String SIMULATION_RADIUS = "Simulation radius";
public static final String SIMULATION_SEED = "Simulation seed";
public static final String SINR = "SINR";
public static final String SINR_ACHIEVED = "SINR achieved";
public static final String SINR_ACHIEVED_ALL = "SINR achieved (all)";
public static final String SINR_ACHIEVED_REF = "SINR achieved (ref. ";
public static final String SINR_REF = "SINR (ref. ";
public static final String SINR_REFERENCE_CELL = "SINR (ref. cell)";
public static final String SINR_SYSTEM = "SINR (system)";
public static final String SINR_VICTIM = "SINR, Victim";
public static final String SINR_VICTIM_REF = "SINR, Victim ref. ";
public static final String SINR_VICTIM_SYSTEM = "SINR, Victim system";
public static final String SORTED_SAMPLES_OF_THE_COUPLING_LOSS = "Sorted samples of the coupling loss";
public static final String SPEED = "Speed";
public static final String STATUS = "Status";
public static final String SUB_CARRIER_RATIO = "Sub carrier ratio";
public static final String SYSTEM_CENTER = "SYSTEM CENTER";
public static final String SYSTEM_LINK_TYPE = "System Link Type";
public static final String TERRAIN_HEIGHT = "Terrain height";
public static final String TILT = "tilt";
......@@ -207,50 +267,4 @@ public class ValueName {
public static final String _N_I_N_INTERMODULATION = "(N + I) / N intermodulation";
public static final String _N_I_N_UNWANTED = "(N + I) / N unwanted";
public static final String _N_I_N_UNWANTED_BLOCKING = "(N + I) / N [unwanted, blocking]";
public static final String SYSTEM_CENTER = "SYSTEM CENTER";
public static final String DROPPED_USERS = "Dropped users";
public static final String LINK_SAMPLES = "Link samples";
public static final String EVENT_DATA_SET = "Event Data Set";
public static final String SCATTER = "Scatter";
public static final String BAR_CHART = "Bar chart";
public static final String POSITION_ILT = "Position ILT";
public static final String POSITION_VLR = "Position VLR";
public static final String POSITION_VLT = "Position VLT";
public static final String POSITION_ILR = "Position ILR";
public static final String CAPACITY_FINDING = "Capacity finding";
public static final String AVERAGE_ACTIVE_WSD_PER_EVENT_FOR_EACH_FREQUENCY =
"Average Active WSD per event (for each frequency)";
public static final String RX_INTERMODULATION_SPECTRUM_PSD = "Rx intermodulation spectrum psd (";
public static final String NORMALIZED_EIRP_IN_BLOCK_LIMIT = "Normalized EIRP in-block limit";
public static final String BLOCKING_MASK_INTEGRAL = "Blocking mask integral";
public static final String NORMALIZED_EMISSION_MASK = "Normalized emission mask";
public static final String NORMALIZED_EMISSION_FLOOR = "Normalized emission floor";
public static final String IRSS_UNWANTED_EXTERNAL_INTERFERENCE = "iRSS Unwanted (external Interference)";
public static final String IRSS_BLOCKING_EXTERNAL_INTERFERENCE = "iRSS Blocking (external Interference)";
public static final String NON_INTERFERED_CAPACITY_COMBINED_SYSTEM = "Non Interfered Capacity (combined) (system)";
public static final String INITIAL_OUTAGE_SYSTEM = "Initial Outage (system)";
public static final String INTERFERED_OUTAGE_SYSTEM = "Interfered Outage (system)";
public static final String NUMBER_OF_DROPPED_USERS_SYSTEM = "Number of Dropped users (system)";
public static final String NUMBER_OF_SIMULATED_USERS_SYSTEM = "Number of Simulated users (system)";
public static final String AVERAGE_NETWORK_NOISE_RISE_INITIAL_NO_EXT_INTERFERENCE =
"Average network noise rise, (initial - no Ext. interference)";
public static final String AVERAGE_NETWORK_NOISE_RISE_INITIAL = "Average network noise rise, (initial)";
public static final String AVERAGE_NETWORK_RISE_RESULTING = "Average network rise, (resulting)";
public static final String INITIAL_OUTAGE_PERCENTAGE_REF = "Initial Outage Percentage (ref. ";
public static final String INTERFERED_OUTAGE_REF_CELL = "Interfered Outage (ref. cell)";
public static final String CAPACITY_LOSS_ACTIVE_AND_INACTIVE_USERS_REF =
"Capacity Loss (active and inactive users) (ref ";
public static final String INTERFERED_CAPACITY_ACTIVE_USERS_ONLY_REF =
"Interfered Capacity (active users only) (ref ";
public static final String INTERFERED_CAPACITY_ACTIVE_USERS_ONLY_SYSTEM =
"Interfered Capacity (active users only) (system)";
public static final String CAPACITY_LOSS_ACTIVE_AND_INACTIVE_USERS_WORST_CELL =
"Capacity Loss (active and inactive users), worst cell";
public static final String BITRATE_ACHIEVED_REF = "Bitrate achieved (ref. ";
public static final String RECEIVED_POWER_REF = "Received power (ref. ";
public static final String SINR_ACHIEVED_REF = "SINR achieved (ref. ";
public static final String PATH_LOSS_REF = "Path loss (ref. ";
public static final String EFFECTIVE_PATH_LOSS_REF = "Effective path loss (ref. ";
}
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