NASWI Results Contents: - NASWI_CompareAllEventsVsModeled.xlsx - NASWI_DNL.xlsm - NASWI_M1_DailyDNL.pdf - NASWI_M2_DailyDNL.pdf - NASWI_M3_DailyDNL.pdf - NASWI_M4_DailyDNL.pdf - OLF Coupeville Daily DNL.zip - OLF Coupeville Daily DNL - 2020-12-15_OLF.xlsx - 2020-12-16_OLF.xlsx - 2020-12-16_OLF_NotIncluding2ndPeriod.xlsx - 2020-12-17_OLF.xlsx - 2021-03-29_OLF.xlsx - 2021-03-30_OLF.xlsx - 2021-04-01_OLF.xlsx - 2021-06-07_OLF.xlsx - 2021-06-08_OLF.xlsx - 2021-06-09_OLF.xlsx - 2021-06-10_OLF.xlsx - 2021-08-09_OLF.xlsx - 2021-08-10_OLF.xlsx - 2021-08-12_OLF.xlsx How to read NASWI_CompareAllEventsVsModeled? - Main sheet: NASWI - Excel file contains the data used to calculate the DNL at each site. - The DNL at each site is a dB average across all monitoring periods, except for Site 33_SG, which is a dB average across M2, M3, and M4 - The data used for plotting is on a separate tab (NASWI_Plot_Data) and pulls from the main sheet (NASWI) - The columns contain the following: - SiteID - Name - MX_SLMSerialNumber: The SLM Serial Number corresponding for the SLM used at this site during this monitoring periods - Aircraft Noise Events: DNL calculated from identified Aircraft Noise Events - All Events: DNL calculated from all Noise Events during the period - Delta (All - Aircraft): DNL Difference between All Events and Aircraft Noise Events - Modeled: DNL from real-time modeling - Delta (Modeled - All): DNL Difference between Modeled and All Events - Sort: Column used to sort Site in descending site ID How to read NASWI_DNL.xlsm - Main Sheet: MP Comparisons - Supporting Sheets: MP1_Data, MP2_Data, MP3_Data, MP4_Data - Hidden Sheets: Plot_All_Data (data used for plotting and pulls from main sheet) - This is a macro-enabled workbook with acoustic functions provided as MACROS Functions include: - ENERGY2DB: Converts sound energy (power) to dB - DB2ENERGY: Converts dB to sound energy (power) - Log10: Take the Log with base 10 of a number - DBSUM: Sum dB values on an energy basis, to account for the logarithmic nature of the dB unit - The Main Sheet columns contain the following: - SiteID - Name - Real-Time Modeled DNL: DNL from real-time modeled operations - Previously Modeled DNL: DNL from previously modeled operations (last EIS) - Real-Time Measured DNL: DNL from Aircraft Noise Events - See supporting sheets - Difference between Real-Time Modeled DNL and Measured DNL - Difference between Previously Modeled and Measured DNL - Sort: Column used to sort Site in descending site ID - The Supporting sheet columns contain the following: - SiteID - Site Name - DNL Ault Field All Aircraft: - See NASWI_MX_DailyDNL PDFs - DNL Coupeville All FCLP - See table below - DNL Combined All Airfields - Sum of DNL from Ault Field and Coupeville - The DNL from FCLP activities is calculated on a daily basis, summed across all days in the period, and then averaged across 7 days How to read NASWI_MX_DailyDNL? - This file contains all DailyDNL identified at NASWI during a monitoring period. The DNL is also calcualted for several categories of Aircraft, Runway, and Operation Type - The bottom of each page indicates the Site ID. - The top right value (DailyAverage for ALL operations) is used as the DNL for the monitoring period at the site - The columns contain the following information: - Aircraft - Runway - Type - Day_yyyy_mm_dd: DNL for Aircraft Noise Events from that day - Daily Average: Average across all 7 days of the period, on an energy basis How to read yyyy-mm-dd_OLF.xlsx? - These sites contain the A-weighted 1-second measured Sound Level used to calculate the DNL for the FCLP periods for a single day - There is one sheet per site near the OLF on Whidbey Island - The columns include: - Record #: Unique ID for the for recorded measurement - Record Type: Indicates the SLM's operation at that measurement time (RUN) - Date - Time - Tms: The number of milliseconds after the Time that the measurement was recorded - LAeq: A-weighted sound level for that measurement - DNL: DNL for the FCLP periods that day - The entries in this column are the energy dB level converted to sound power - If the measurement is during acoustic night, a 10 dB adjustment is applied to the measured level before conversion to sound power - The sound power is summed and then divided by the number of seconds in a day to calculate the DNL for the FCLP periods