Loading go-packages/meep-gis-asset-mgr/asset-mgr.go +25 −10 Original line number Diff line number Diff line Loading @@ -1954,15 +1954,21 @@ func calculatePower(subtype string, radius float32, distance float32) (rssi floa } // 4G Cellular signal strength calculator // OFFICIAL COMPLETE RANGE // RSRP power range: -156 dBm to -44 dBm // Equivalent RSRP range: -17 to 97 // RSRQ power range: -34 dBm to 2.5 dBm // Equivalent RSRQ range: -30 to 46 // IMPLEMENTED RANGE TO ONLY TAKE INTO ACCOUNT REAL WORLD SIGNAL STRENGHT // RSRP power range: -100 dBm to -70 dBm // Equivalent RSRP range: 39 to 69 // RSRQ power range: -20 dBm to -5 dBm // Equivalent RSRQ range: -2 to 28 // Algorithm: Linear proportion to distance over radius, if in range const minCell4gRsrp = float32(-17) const maxCell4gRsrp = float32(97) const minCell4gRsrq = float32(-30) const maxCell4gRsrq = float32(46) const minCell4gRsrp = float32(39) const maxCell4gRsrp = float32(69) const minCell4gRsrq = float32(-2) const maxCell4gRsrq = float32(28) func calculateCell4gPower(radius float32, distance float32) (rsrp float32, rsrq float32) { rsrp = minCell4gRsrp Loading @@ -1979,11 +1985,17 @@ func calculateCell4gPower(radius float32, distance float32) (rsrp float32, rsrq // Equivalent RSRP range: 0 to 127 // RSRQ power range: -43 dBm to 20 dBm // Equivalent RSRQ range: 0 to 127 // IMPLEMENTED RANGE TO ONLY TAKE INTO ACCOUNT REAL WORLD SIGNAL STRENGHT // RSRP power range: -115 dBm to -65 dBm // Equivalent RSRP range: 39 to 92 // RSRQ power range: -20 dBm to -5 dBm (valid range actuallu -43 to 20 dB // Equivalent RSRQ range: 47 to 77 // Algorithm: Linear proportion to distance over radius, if in range const minCell5gRsrp = float32(0) const maxCell5gRsrp = float32(127) const minCell5gRsrq = float32(0) const maxCell5gRsrq = float32(127) // Algorithm: Linear proportion to distance over radius, if in range const minCell5gRsrp = float32(39) const maxCell5gRsrp = float32(92) const minCell5gRsrq = float32(47) const maxCell5gRsrq = float32(77) func calculateCell5gPower(radius float32, distance float32) (rsrp float32, rsrq float32) { rsrp = minCell5gRsrp Loading @@ -1998,9 +2010,12 @@ func calculateCell5gPower(radius float32, distance float32) (rsrp float32, rsrq // WiFi signal strength calculator // Signal power range: -113 dBm to -10 dBm // Equivalent RSSI range: 0 to 100 // IMPLEMENTED RANGE TO ONLY TAKE INTO ACCOUNT REAL WORLD SIGNAL STRENGHT // Signal power range: -80 dBm to -30 dBm // Equivalent RSSI range: 32 to 77 // Algorithm: Linear proportion to distance over radius, if in range const minWifiRssi = float32(0) const maxWifiRssi = float32(100) const minWifiRssi = float32(32) const maxWifiRssi = float32(77) func calculateWifiPower(radius float32, distance float32) (rssi float32) { rssi = minWifiRssi Loading Loading
go-packages/meep-gis-asset-mgr/asset-mgr.go +25 −10 Original line number Diff line number Diff line Loading @@ -1954,15 +1954,21 @@ func calculatePower(subtype string, radius float32, distance float32) (rssi floa } // 4G Cellular signal strength calculator // OFFICIAL COMPLETE RANGE // RSRP power range: -156 dBm to -44 dBm // Equivalent RSRP range: -17 to 97 // RSRQ power range: -34 dBm to 2.5 dBm // Equivalent RSRQ range: -30 to 46 // IMPLEMENTED RANGE TO ONLY TAKE INTO ACCOUNT REAL WORLD SIGNAL STRENGHT // RSRP power range: -100 dBm to -70 dBm // Equivalent RSRP range: 39 to 69 // RSRQ power range: -20 dBm to -5 dBm // Equivalent RSRQ range: -2 to 28 // Algorithm: Linear proportion to distance over radius, if in range const minCell4gRsrp = float32(-17) const maxCell4gRsrp = float32(97) const minCell4gRsrq = float32(-30) const maxCell4gRsrq = float32(46) const minCell4gRsrp = float32(39) const maxCell4gRsrp = float32(69) const minCell4gRsrq = float32(-2) const maxCell4gRsrq = float32(28) func calculateCell4gPower(radius float32, distance float32) (rsrp float32, rsrq float32) { rsrp = minCell4gRsrp Loading @@ -1979,11 +1985,17 @@ func calculateCell4gPower(radius float32, distance float32) (rsrp float32, rsrq // Equivalent RSRP range: 0 to 127 // RSRQ power range: -43 dBm to 20 dBm // Equivalent RSRQ range: 0 to 127 // IMPLEMENTED RANGE TO ONLY TAKE INTO ACCOUNT REAL WORLD SIGNAL STRENGHT // RSRP power range: -115 dBm to -65 dBm // Equivalent RSRP range: 39 to 92 // RSRQ power range: -20 dBm to -5 dBm (valid range actuallu -43 to 20 dB // Equivalent RSRQ range: 47 to 77 // Algorithm: Linear proportion to distance over radius, if in range const minCell5gRsrp = float32(0) const maxCell5gRsrp = float32(127) const minCell5gRsrq = float32(0) const maxCell5gRsrq = float32(127) // Algorithm: Linear proportion to distance over radius, if in range const minCell5gRsrp = float32(39) const maxCell5gRsrp = float32(92) const minCell5gRsrq = float32(47) const maxCell5gRsrq = float32(77) func calculateCell5gPower(radius float32, distance float32) (rsrp float32, rsrq float32) { rsrp = minCell5gRsrp Loading @@ -1998,9 +2010,12 @@ func calculateCell5gPower(radius float32, distance float32) (rsrp float32, rsrq // WiFi signal strength calculator // Signal power range: -113 dBm to -10 dBm // Equivalent RSSI range: 0 to 100 // IMPLEMENTED RANGE TO ONLY TAKE INTO ACCOUNT REAL WORLD SIGNAL STRENGHT // Signal power range: -80 dBm to -30 dBm // Equivalent RSSI range: 32 to 77 // Algorithm: Linear proportion to distance over radius, if in range const minWifiRssi = float32(0) const maxWifiRssi = float32(100) const minWifiRssi = float32(32) const maxWifiRssi = float32(77) func calculateWifiPower(radius float32, distance float32) (rssi float32) { rssi = minWifiRssi Loading