Remington Square - Daylight Sims Summary

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The document presents daylight simulation results for the Remington Square building in Houston at 9am and 3pm. It analyzes lighting levels on floors 1 through 8 to determine the percentage of regularly occupied spaces with adequate lighting and potential glare issues. Glare control is recommended for areas exceeding 500 lux. Lighting is within recommended ranges for most areas, with some floors having higher glare potential in the afternoon simulation.

Remington Square
Houston TX
Daylight Simulations Report
9am 3pm

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Level 1 Plan
Date & Time of Simulation= Sept 21st @ 9am
Software Used= Ecotect/Radiance
Glare Control provided for areas above 500 fc (5400 lux)
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
% of regularly occupied spaces below 10 fc (108 lux) = 3.00%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 93.02%
% of regularly occupied spaces above 500 fc (5400 lux) = 6.92%
LOBBY
LOBBYGYM
RESTAURANT OPEN OFFICE
G
LAR
E
C
O
N
TR
O
L
AS
PR
O
VID
ED
OPEN OFFICE
IMPROMPTU
MEETING AREA
CONFERENCE
ROOMS
PRIVATE
OFFICE
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Level 1 Plan
Date & Time of Simulation= Sept 21st @ 3pm
Software Used= Ecotect/Radiance
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
GLARE CONTROL AS PROVIDED
Glare Control provided for areas above 500 fc (5400 lux)
% of regularly occupied spaces below 10 fc (108 lux) = 0.08%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 90.93%
% of regularly occupied spaces above 500 fc (5400 lux) = 8.98%
GLARE CONTROL AS PROVIDEDGLARE CONTROL AS PROVIDED
LOBBY
LOBBYGYM
RESTAURANT OPEN OFFICE
OPEN OFFICE
IMPROMPTU
MEETING AREA
CONFERENCE
ROOMS
PRIVATE
OFFICES
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Level 2 Plan
Date & Time of Simulation= Sept 21st @ 9am
Software Used= Ecotect/Radiance
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
Glare Control provided for areas above 500 fc (5400 lux)
% of regularly occupied spaces below 10 fc (108 lux) = 13.53%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 78.78%
% of regularly occupied spaces above 500 fc (5400 lux) = 7.68%
GLARE CONTROL AS PROVIDED
GLARECONTROLASPROVIDED
OPEN OFFICE
OPEN OFFICE
IMPROMPTU
MEETING
AREA
CONFERENCEROOMS
PRIVATEOFFICES
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Level 2 Plan
Date & Time of Simulation= Sept 21st @ 3pm
Software Used= Ecotect/Radiance
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
GLARE CONTROL AS PROVIDED
Glare Control provided for areas above 500 fc (5400 lux)
% of regularly occupied spaces below 10 fc (108 lux) = 12.23%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 80.02%
% of regularly occupied spaces above 500 fc (5400 lux) = 7.74%
GLARE CONTROL AS PROVIDED
GLARECONTROLASPROVIDED
OPEN OFFICE
OPEN OFFICE
IMPROMPTU
MEETING
AREA
CONFERENCEROOMS
PRIVATEOFFICE
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Levels 3-7 (typ.) Plan
Date & Time of Simulation= Sept 21st @ 9am
Software Used= Ecotect/Radiance
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
Glare Control provided for areas above 500 fc (5400 lux)
% of regularly occupied spaces below 10 fc (108 lux) = 8.37%%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 80.31%
% of regularly occupied spaces above 500 fc (5400 lux) = 11.30%
GLARE CONTROL AS PROVIDED
G
LAR
E
C
O
N
TR
O
L
AS
PR
O
VID
ED
GLARECONTROLASPROVIDED
OPEN OFFICE
OPEN OFFICE
IMPROMPTU
MEETING
AREA
CONFERENCEROOMS
PRIVATEOFFICES
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Levels 3-7 (typ.) Plan
Date & Time of Simulation= Sept 21st @ 3pm
Software Used= Ecotect/Radiance
Glare Control provided for areas above 500 fc (5400 lux)
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
% of regularly occupied spaces below 10 fc (108 lux) = 9.44%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 83.6%
% of regularly occupied spaces above 500 fc (5400 lux) = 6.97%
GLARE CONTROL AS PROVIDED
GLARECONTROLASPROVIDED
OPEN OFFICE
OPEN OFFICE
IMPROMPTU
MEETING
AREA
CONFERENCEROOMS
PRIVATEOFFICES
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Level 8 Plan
Date & Time of Simulation= Sept 21st @ 9am
Software Used= Ecotect/Radiance
Glare Control provided for areas above 500 fc (5400 lux)
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
% of regularly occupied spaces below 10 fc (108 lux) = 0.00%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 90.11%
% of regularly occupied spaces above 500 fc (5400 lux) = 9.88%
GLARE CONTROL AS PROVIDED
G
LAR
E
C
O
N
TR
O
L
AS
PR
O
VID
ED
GLARECONTROLASPROVIDED
OPEN OFFICE
OPEN OFFICE
IMPROMPTU
MEETING
AREA
CONFERENCEROOMS
PRIVATEOFFICES
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

LRV @ Floor= 30%
LRV @ Walls= 50%
LRV @ Ceiling= 75%
remington square - Level 8 Plan
Date & Time of Simulation= Sept 21st @ 3pm
Software Used= Ecotect/Radiance
NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID
Glare Control provided for areas above 500 fc (5400 lux)
% of regularly occupied spaces below 10 fc (108 lux) = 0.00%
% of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 92.90%
% of regularly occupied spaces above 500 fc (5400 lux) = 7.09%
GLARE CONTROL AS PROVIDED
GLARECONTROLASPROVIDED
OPEN OFFICE
OPEN OFFICE
IMPROMPTU
MEETING
AREA
CONFERENCEROOMS
PRIVATEOFFICES
LRV @ Floor= 20%
LRV @ Walls= 40%
LRV @ Ceiling= 70%

remington square - Lease Area 1st Floor
Software Used= Ecotect/Radiance
daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am
daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm
NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR
ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF
GLARE WHERE INDICATED.

remington square - Restaurant 1st Floor
Software Used= Ecotect/Radiance
daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am
daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm
NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR
ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF
GLARE WHERE INDICATED.

remington square - Gym 1st Floor
Software Used= Ecotect/Radiance
daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am
daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm
NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR
ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF
GLARE WHERE INDICATED.

remington square- Lease Area 2nd Floor
Software Used= Ecotect/Radiance
daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am
daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm
NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR
ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF
GLARE WHERE INDICATED.

remington square - Lease Area 5th (Typ) Floor
Software Used= Ecotect/Radiance
daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am
daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm
NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR
ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF
GLARE WHERE INDICATED.

daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am
daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm
NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR
ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF
GLARE WHERE INDICATED.
remington square - Lease Area 8th Floor
Software Used= Ecotect/Radiance

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This presentation discusses using the CALPUFF model to assess odour impacts from a manufacturing facility. It describes the methodology used, which included modeling meteorology with WRF and CALMET, running CALPUFF simulations for different stack parameters, and comparing results to a Warren Springs model. The modeling showed that increasing the stack height from 14m to 30m significantly reduced odor concentrations on and near the site. A design value of 60,000 odor units per second was estimated to prevent complaints at nearby properties. The agreement between modeled and measured meteorology was good.

IRJET- Efficient Shift add Implementation of Fir Filter using Variable Pa...

IRJET Journal

This document discusses efficient implementations of shift-add operations in finite impulse response (FIR) filters using variable partition hybrid form structures. FIR filters are widely used in digital signal processing and their performance is dominated by multiplication operations. The proposed method aims to reduce power consumption and complexity by implementing multiplications using optimized shift-add networks instead of multipliers. It explores variable size partitioning approaches and prefix adders to reduce gate count, dynamic power, and improve filter performance.

Microwave Radiometer Analysis for Imaging and Vehicular Systems

IRJET Journal

This document summarizes a research paper about using microwave radiometry for fire detection around moving vehicles. The paper proposes using a ground-based microwave radiometer mounted near a road or rail track to image potential fire areas on a passing vehicle. Simulations were conducted using 30 GHz microwave radiation to analyze transmission through typical vehicle walls of different materials, thicknesses, and properties. The research suggests microwave radiometry may provide early fire detection by measuring changes in emitted radiation transmitted through dielectric vehicle walls, as an alternative or supplement to existing infrared sensor systems.

How to build a DMR Simulcast Network

Leonardo

The document provides guidelines for building a DMR simulcast network, which allows wide area radio coverage using a low number of frequencies. It discusses key aspects like simulcast synchronization, equalization, and voting to create a "single virtual repeater." It also outlines the necessary steps and factors to consider when modeling radio propagation and coverage for a simulcast network, including terrain data, equipment specifications, frequency bands, and reliability requirements.

Ecotect Sound Analysis

Divyesh Kumar

The document discusses acoustical analysis of an amphitheater geometry imported into Ecotect from Revit. Several trials were conducted by modifying reflector heights and material properties. The best results used a ceiling height of 12m and an NRC value of 0.56 for reflector material, producing good sound quality variation without dryness. The output graphs showed sound decay and reverberation times meeting optimum values for the room volume and occupancy.

Zd n2010 son-in_4g_mobile_networks (1)

derejew

The document discusses self-optimization techniques for 4G mobile networks. It describes the motivation for self-organizing networks as manual configuration and optimization becomes too complex. It outlines requirements for self-configuration, self-optimization, and self-healing. The vision is for fully distributed self-management without manual network element management. Specific techniques discussed include mobility robustness optimization using parameters like time-to-trigger and handover margins. Simulation results show self-optimization algorithms improving handover success rates. Coverage and capacity optimization techniques like antenna tilt optimization are also summarized.

Colored inversion

Jalal Neshat

This document summarizes the steps to perform colored inversion (CI) on seismic data to obtain relative acoustic impedance values. CI involves: 1) Fitting a function to the log spectrum to model it, 2) Computing the difference between the modeled log spectrum and the seismic spectrum, 3) Converting the difference spectrum to an inversion operator, 4) Convolving the operator with the seismic data to obtain relative impedance values. As a quality control, the output impedance spectrum can be checked against the input log spectrum. The document provides code to implement this CI workflow using open-source Python libraries on a dataset from the Netherlands. CI produces informative relative impedance images to aid seismic interpretation.

friis formula

Harshavardhan K

This document describes a student project to implement Friis transmission formula using MATLAB. The project report includes: 1) An objective to use MATLAB to calculate received power given various antenna parameters. 2) An introduction that describes Friis transmission formula and its ideal assumptions. 3) MATLAB code examples that allow the user to input antenna parameters like transmitted power, gains, wavelength, and distance to calculate received power in different unit systems. 4) Additional MATLAB code to calculate received power for a radar targeting an object by accounting for the object's cross-sectional area. 5) The project aims to predict received power given transmission conditions to aid antenna system design and power adjustment.

Maximising ROI and User Experience with Outdoor Small Cells: Airspan

Small Cell Forum

This document discusses how outdoor small cells from Airspan can maximize ROI and user experience. It provides examples showing how Airspan's small cell solutions can improve spectral efficiency over traditional macro deployments, increase throughput both downlink and uplink, and decongest macro networks by moving cell edge customers to small cells. A case study found that deploying Airspan small cells provided better coverage than TDD macro infill sites while improving capacity over 40% and saving over 80% on CAPEX in a dense urban area. In conclusion, the document discusses how Airspan's solutions can maximize spectrum assets, revolutionize total cost of ownership, and increase efficiency of existing macro networks.

LTE KPI Optimization - A to Z Abiola.pptx

ssuser574918

1. The document discusses LTE post launch optimization, including problem causes, solutions, and case studies. 2. It describes different types of counters used to collect PM statistics, including peg, gauge, accumulator, scan, PDF, DDM, calculated, trigACC, and trigSCAN counters. 3. Potential causes of poor accessibility for E-RAB establishment are discussed, including poor coverage, alarms, high load, hardware issues, high UL interference, PCI conflicts, RACH root sequence index planning, UE camping in wrong cells, wrong system constant settings, and VSWR or cell availability issues.

3-Experiences_and_results_VD

Vygintas Dūda

This document summarizes the results of measurements taken in a forest to determine land areas using GPS technology. It describes the legal basis for the measurements, preparation activities, challenges encountered during data collection due issues like satellite obstruction, and comparison of measured areas to reference areas. The results showed measured areas were consistently smaller than references. It concludes that a 3m tolerance is appropriate for forest measurements, and standing at points for 5 minutes provides suitable data, but post-processing results deviated more from references. Improved boundary marking and GPS technology were suggested.

Flow Field Measurements in a Large Controlled Ventilated Room

IRJET Journal

This document summarizes research measuring air flow fields in a large controlled ventilated test room. Laser Doppler Velocimetry was used to measure three-dimensional velocity fields at 690 points under two air flow rates, corresponding to 15 and 30 air changes per hour. The measurements characterized the overall air flow patterns, which involved air exiting ceiling inlets, descending toward the floor then circulating back up and toward exhaust grids. Increasing the air flow rate resulted in higher measured velocities but similar overall circulation patterns. The non-intrusive velocity measurements provide data to validate computational fluid dynamics simulations of air flow in ventilated spaces.

Link budget calculation

sitimunirah88

This document provides training materials on calculating wireless link budgets to determine the feasibility and optimal configuration of radio links. It defines key concepts like free space loss, link budget, antenna gain and Fresnel zone. An example link budget calculation is shown for a 5km link. It also introduces the Radio Mobile software tool, which can automatically simulate radio links and calculate the required Fresnel zone clearance by considering terrain profiles. The document concludes with an example of using Radio Mobile to analyze a potential link in Chuuk and poses questions about configuring the masts, transmit power and antennas.

Link budget calculation

Hesham Yousef

This document provides training materials on calculating wireless link budgets to determine the feasibility and optimal configuration of radio links. It defines key concepts like free space loss, link budget, Fresnel zone, and introduces the Radio Mobile software tool for automating link planning. An example link budget calculation is shown for a 5km point-to-point link between an access point and client to determine antenna height, transmission power and expected signal levels needed to achieve a positive link margin.

IRJET- Comparative Study of Sidelobe Roll-Off Ratio for Various Window Functi...

IRJET Journal

This document compares the sidelobe roll-off ratio of the Kaiser, Cosh, and Exponential window functions. It shows through simulation results that the Exponential window provides the highest sidelobe roll-off ratio compared to the other windows. A low pass FIR filter is designed using each window function, and the filter designed with the Exponential window achieves the maximum far-end stopband attenuation.

APPROVED - Raytheon - Capstone Final Poster

Nicolas Barceloni

The Raytheon UMass-Lowell Research Institute (RURI) constructed an anechoic chamber and positioning system to test electronic devices from 8-12 GHz. Ray tracing simulations predicted the chamber would meet specifications with amplitude taper below 1 dB and phase taper below 22.5 degrees within the quiet zone. Measurements confirmed the quiet zone performance matched expectations. The completed anechoic chamber and positioner will allow RURI to fully characterize electronic devices from design to testing.

Flight Inspection practical.pptx

ssuser1edd921

The document provides procedures for flight inspection of CNS facilities. It describes pre-flight, in-flight, and post-flight inspection procedures. During pre-flight inspection, equipment is checked for readiness and NOTAMs are initiated. In-flight procedures involve understanding inspector messages and making transmitter, receiver and monitor adjustments as instructed. Post-flight includes saving transmitter data, conducting ground checks, and cancelling NOTAMs. The goal is to train personnel to competently assist with inspections and make proper adjustments under flight inspector guidance.

Application note signal_generator_spectral_purity

S.c. Lu

This document discusses spectral purity and its importance for signal generators. It defines spectral purity as the inherent stability of a signal over time. Short-term stability is the greater concern and is affected by noise and fluctuations. The document outlines common ways to measure spectral purity, including single-sideband phase noise and spurious levels. It explains how poor spectral purity in signal generators can negatively impact receiver measurements by obscuring signals or making receivers appear worse than they are. Strict spectral purity is important for applications like testing narrowband receivers and using signal generators as local oscillators.

Similar to Remington Square - Daylight Sims Summary (20)

Earth Viewing Infrared Space System Sensor

Lighting simulation i

DMUG 2016 - Scott Hamilton, Ricardo Energy & Environment

IRJET- Efficient Shift add Implementation of Fir Filter using Variable Pa...

Microwave Radiometer Analysis for Imaging and Vehicular Systems

How to build a DMR Simulcast Network

Ecotect Sound Analysis

Zd n2010 son-in_4g_mobile_networks (1)

Colored inversion

friis formula

Maximising ROI and User Experience with Outdoor Small Cells: Airspan

LTE KPI Optimization - A to Z Abiola.pptx

3-Experiences_and_results_VD

Flow Field Measurements in a Large Controlled Ventilated Room

Link budget calculation

IRJET- Comparative Study of Sidelobe Roll-Off Ratio for Various Window Functi...

APPROVED - Raytheon - Capstone Final Poster

Flight Inspection practical.pptx

Application note signal_generator_spectral_purity

Remington Square - Daylight Sims Summary

1. Remington Square Houston TX Daylight Simulations Report 9am 3pm

2. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Level 1 Plan Date & Time of Simulation= Sept 21st @ 9am Software Used= Ecotect/Radiance Glare Control provided for areas above 500 fc (5400 lux) NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID % of regularly occupied spaces below 10 fc (108 lux) = 3.00% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 93.02% % of regularly occupied spaces above 500 fc (5400 lux) = 6.92% LOBBY LOBBYGYM RESTAURANT OPEN OFFICE G LAR E C O N TR O L AS PR O VID ED OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCE ROOMS PRIVATE OFFICE LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

3. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Level 1 Plan Date & Time of Simulation= Sept 21st @ 3pm Software Used= Ecotect/Radiance NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID GLARE CONTROL AS PROVIDED Glare Control provided for areas above 500 fc (5400 lux) % of regularly occupied spaces below 10 fc (108 lux) = 0.08% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 90.93% % of regularly occupied spaces above 500 fc (5400 lux) = 8.98% GLARE CONTROL AS PROVIDEDGLARE CONTROL AS PROVIDED LOBBY LOBBYGYM RESTAURANT OPEN OFFICE OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCE ROOMS PRIVATE OFFICES LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

4. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Level 2 Plan Date & Time of Simulation= Sept 21st @ 9am Software Used= Ecotect/Radiance NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID Glare Control provided for areas above 500 fc (5400 lux) % of regularly occupied spaces below 10 fc (108 lux) = 13.53% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 78.78% % of regularly occupied spaces above 500 fc (5400 lux) = 7.68% GLARE CONTROL AS PROVIDED GLARECONTROLASPROVIDED OPEN OFFICE OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCEROOMS PRIVATEOFFICES LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

5. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Level 2 Plan Date & Time of Simulation= Sept 21st @ 3pm Software Used= Ecotect/Radiance NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID GLARE CONTROL AS PROVIDED Glare Control provided for areas above 500 fc (5400 lux) % of regularly occupied spaces below 10 fc (108 lux) = 12.23% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 80.02% % of regularly occupied spaces above 500 fc (5400 lux) = 7.74% GLARE CONTROL AS PROVIDED GLARECONTROLASPROVIDED OPEN OFFICE OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCEROOMS PRIVATEOFFICE LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

6. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Levels 3-7 (typ.) Plan Date & Time of Simulation= Sept 21st @ 9am Software Used= Ecotect/Radiance NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID Glare Control provided for areas above 500 fc (5400 lux) % of regularly occupied spaces below 10 fc (108 lux) = 8.37%% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 80.31% % of regularly occupied spaces above 500 fc (5400 lux) = 11.30% GLARE CONTROL AS PROVIDED G LAR E C O N TR O L AS PR O VID ED GLARECONTROLASPROVIDED OPEN OFFICE OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCEROOMS PRIVATEOFFICES LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

7. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Levels 3-7 (typ.) Plan Date & Time of Simulation= Sept 21st @ 3pm Software Used= Ecotect/Radiance Glare Control provided for areas above 500 fc (5400 lux) NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID % of regularly occupied spaces below 10 fc (108 lux) = 9.44% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 83.6% % of regularly occupied spaces above 500 fc (5400 lux) = 6.97% GLARE CONTROL AS PROVIDED GLARECONTROLASPROVIDED OPEN OFFICE OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCEROOMS PRIVATEOFFICES LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

8. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Level 8 Plan Date & Time of Simulation= Sept 21st @ 9am Software Used= Ecotect/Radiance Glare Control provided for areas above 500 fc (5400 lux) NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID % of regularly occupied spaces below 10 fc (108 lux) = 0.00% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 90.11% % of regularly occupied spaces above 500 fc (5400 lux) = 9.88% GLARE CONTROL AS PROVIDED G LAR E C O N TR O L AS PR O VID ED GLARECONTROLASPROVIDED OPEN OFFICE OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCEROOMS PRIVATEOFFICES LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

9. LRV @ Floor= 30% LRV @ Walls= 50% LRV @ Ceiling= 75% remington square - Level 8 Plan Date & Time of Simulation= Sept 21st @ 3pm Software Used= Ecotect/Radiance NOTE: THE RESULTS DISPLAYED ARE PERCENTAGES OF THE AREAS COVERED BY THE ANALYSIS GRID Glare Control provided for areas above 500 fc (5400 lux) % of regularly occupied spaces below 10 fc (108 lux) = 0.00% % of regularly occupied spaces between 10 fc (108 lux) and 540 fc (5400 lux)= 92.90% % of regularly occupied spaces above 500 fc (5400 lux) = 7.09% GLARE CONTROL AS PROVIDED GLARECONTROLASPROVIDED OPEN OFFICE OPEN OFFICE IMPROMPTU MEETING AREA CONFERENCEROOMS PRIVATEOFFICES LRV @ Floor= 20% LRV @ Walls= 40% LRV @ Ceiling= 70%

10. remington square - Lease Area 1st Floor Software Used= Ecotect/Radiance daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF GLARE WHERE INDICATED.

11. remington square - Restaurant 1st Floor Software Used= Ecotect/Radiance daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF GLARE WHERE INDICATED.

12. remington square - Gym 1st Floor Software Used= Ecotect/Radiance daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF GLARE WHERE INDICATED.

13. remington square- Lease Area 2nd Floor Software Used= Ecotect/Radiance daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF GLARE WHERE INDICATED.

14. remington square - Lease Area 5th (Typ) Floor Software Used= Ecotect/Radiance daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF GLARE WHERE INDICATED.

15. daylight illuminance at selected points (lux) @ 9 am daylight illuminance in contour lines (lux) @ 9 am daylight illuminance at selected points (lux) @ 3 pm daylight illuminance in contour lines (lux) @ 3 pm NOTE: THESE SIMULATIONS WERE RUN WITHOUT OPERABLE SHADES/BLINDS FOR ACCURACY. VIEW PRESERVING SHADES/BLINDS WILL BE ADDED AT POINTS OF GLARE WHERE INDICATED. remington square - Lease Area 8th Floor Software Used= Ecotect/Radiance

Remington Square - Daylight Sims Summary

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