Sarith, OpenStudio gives a very nice report while it’s running the 3Phase analysis. I thought that it might be helpful for you. Here is the lines. I also attached the file which is the OpenStudio testroom for Radiance measure.
SET RAYPATH=.;C:\Radiance\lib<br/>PATH=C:\Radiance\bin\;$PATH
:: :: Running radiance in directory: 'C:/Users/Administrator/AppData/Local/Temp/OpenStudio.CyK480/resources/run/1-UserScript-0/radiance'<br/>epw2wea "C:\EnergyPlusV8-3-0\WeatherData\USA_CA_San.Francisco.Intl.AP.724940_TMY3.epw" wx\in.wea
:: :: passing 45 calculation points to Radiance<br/>:: :: computing daylight coefficient matrices<br/>oconv materials\materials.rad model.rad > model_dc.oct<br/>oconv "materials\materials.rad" "materials\materials_WG0.rad" model.rad "skies\dc_sky.rad" > model_WG0.oct
:: :: UTC: computing daylight/view matrix for static window group (WG0)...<br/>:: type "numeric\merged_space.map" | rcontrib -ab 6 -ad 4050 -as 256 -dj 1 -dp 1 -dt 0 -dc 1 -lw 0.001 -I+ -fo -e MF:1 -f tregenza.cal -b tbin -bn Ntbins -o "output\dc\WG0.vmx" -m skyglow model_WG0.oct<br/>:: :: It gives me a warning > c:\radiance\bin\rfluxmtx: warning - ignoring output file in sender ('output/dc/WG1.vmx')
:: :: computing daylight matrix for window group WG1...<br/>rfluxmtx -ab 2 -ad 512 -as 256 -dj 1 -dp 1 -dt 0 -dc 1 -lw 0.001 -n 3 -fa -v "scene\shades\WG1_SHADE.rad" "skies\dc_sky.rad" -i model_dc.oct > "output\dc\WG1.dmx"
:: :: computing daylight matrix for window group WG2...<br/>rfluxmtx -ab 2 -ad 512 -as 256 -dj 1 -dp 1 -dt 0 -dc 1 -lw 0.001 -n 3 -fa -v "scene\shades\WG2_SHADE.rad" "skies\dc_sky.rad" -i model_dc.oct > "output\dc\WG2.dmx"
:: :: computing view matri(ces) for controlled windows<br/>:: type "materials\materials_vmx.rad" scene\shades\WG1_SHADE.rad scene\shades\WG2_SHADE.rad > receivers_vmx.rad<br/>:: oconv materials\materials.rad scene\NE_Space_104.rad scene\NW_Space_103.rad scene\SE_Space_102.rad scene\shading_building.rad scene\shading_site.rad scene\SW_Space_101.rad > model_vmx.oct<br/>rfluxmtx -ab 6 -ad 4050 -as 256 -dj 1 -dp 1 -dt 0 -dc 1 -lw 0.001 -n 3 -ds .15 -faa -y 45 -I -v - receivers_vmx.rad -i model_vmx.oct < numeric\merged_space.map<br/>oconv "materials\materials.rad" model.rad "skies\dc_sky.rad" > model_wc.oct
:: :: computing DCs for window control points<br/>type "numeric\window_controls.map" | rcontrib -ab 2 -ad 512 -as 256 -dj 1 -dp 1 -dt 0 -dc 1 -lw 0.001 -I+ -fo -e MF:1 -f tregenza.cal -b tbin -bn Ntbins -o "output\dc\window_controls.vmx" -m skyglow model_wc.oct<br/>:: :: done (daylight coefficient matrices).
:: :: Calculating annual daylight values for all window groups and shade states<br/>gendaymtx -m 1 "wx\in.wea" > annual-sky.mtx<br/>dctimestep "C:\Users\Administrator\AppData\Local\Temp\OpenStudio.CyK480\resources\run\1-UserScript-0\radiance\output\dc\WG0.vmx" annual-sky.mtx | rmtxop -fa -c 47.4 120 11.6 - > "C:\Users\Administrator\AppData\Local\Temp\OpenStudio.CyK480\resources\run\1-UserScript-0\radiance\output\ts\WG0.ill"<br/>dctimestep output\dc\WG1.vmx bsdf\air.xml output\dc\WG1.dmx annual-sky.mtx | rmtxop -fa -c 47.4 120 11.6 - > output\ts\WG1_air.xml.ill<br/>dctimestep output\dc\WG1.vmx bsdf\air.xml output\dc\WG1.dmx annual-sky.mtx | rmtxop -fa -c 47.4 120 11.6 - > output\ts\WG1_air.xml.ill<br/>dctimestep output\dc\WG2.vmx bsdf\air.xml output\dc\WG2.dmx annual-sky.mtx | rmtxop -fa -c 47.4 120 11.6 - > output\ts\WG2_air.xml.ill<br/>dctimestep output\dc\WG2.vmx bsdf\air.xml output\dc\WG2.dmx annual-sky.mtx | rmtxop -fa -c 47.4 120 11.6 - > output\ts\WG2_air.xml.ill<br/>dctimestep output\dc\window_controls.vmx annual-sky.mtx | rmtxop -fa -c 47.4 120 11.6 - | getinfo - > output\ts\window_controls.ill
:: :: Merging results:<br/>:: :: Processing window group 'WG1', setpoint: -1000 lux
3PhaseOpenStudio.zip (4.33 MB)