5. Output files¶

5.1. Runtime diagnostic information¶

5.1.1. Error messages: problems.txt¶

If there are problems running the program serious error messages will be written to problems.txt.

Serious problems will usually cause the program to stop after writing the error message. If this is the case, the last line of problems.txt will contain a non-zero number (the error code).
If the program runs successfully, problems.txt file ends with:
```
Run completed.
0
```

SUEWS has a large number of error messages included to try to capture common errors to help the user determine what the problem is. If you encounter an error that does not provide an error message please capture the details so we can hopefully provide better error messages in future.

See Troubleshooting section for help solving problems. If the file paths are not correct the program will return an error when run (see Preparing to run the model).

5.1.2. Warning messages: warnings.txt¶

If the program encounters a more minor issue it will not stop but a warning may be written to warnings.txt. It is advisable to check the warnings to ensure there is not a more serious problem.
The warnings.txt file can be large (over several GBs) given warning messages are written out during a large scale simulation, you can use tail/head to view the ending/starting part without opening the whole file on Unix-like systems (Linux/mac OS), which may slow down your system.
To prevent warnings.txt from being written, set SuppressWarnings to 1 in RunControl.nml.
Warning messages are usually written with a grid number, timestamp and error count. If the problem occurs in the initial stages (i.e. before grid numbers and timestamps are assigned, these are printed as 00000).

5.1.3. Summary of model parameters: SS_FileChoices.txt¶

For each run, the model parameters specified in the input files are written out to the file SS_FileChoices.txt.

5.2. Model output files¶

5.2.1. SSss_YYYY_SUEWS_TT.txt¶

SUEWS produces the main output file (SSss_YYYY_SUEWS_tt.txt) with time resolution (TT min) set by ResolutionFilesOut in RunControl.nml.

Before these main data files are written out, SUEWS provides a summary of the column names, units and variables included in the file Ss_YYYY_TT_OutputFormat.txt (one file per run).

The variables included in the main output file are determined according to WriteOutOption set in RunControl.nml.

Column	Name	WriteOutOption	Description
1	Year	0,1,2	Year [YYYY]
2	DOY	0,1,2	Day of year [DOY]
3	Hour	0,1,2	Hour [H]
4	Min	0,1,2	Minute [M]
5	Dectime	0,1,2	Decimal time [-]
6	Kdown	0,1,2	Incoming shortwave radiation [W m^-2]
7	Kup	0,1,2	Outgoing shortwave radiation [W m^-2]
8	Ldown	0,1,2	Incoming longwave radiation [W m^-2]
9	Lup	0,1,2	Outgoing longwave radiation [W m^-2]
10	Tsurf	0,1,2	Bulk surface temperature [°C]
11	QN	0,1,2	Net all-wave radiation [W m^-2]
12	QF	0,1,2	Anthropogenic heat flux [W m^-2]
13	QS	0,1,2	Storage heat flux [W m^-2]
14	QH	0,1,2	Sensible heat flux (calculated using SUEWS) [W m^-2]
15	QE	0,1,2	Latent heat flux (calculated using SUEWS) [W m^-2]
16	QHlumps	0,1	Sensible heat flux (calculated using LUMPS) [W m^-2]
17	QElumps	0,1	Latent heat flux (calculated using LUMPS) [W m^-2]
18	QHresis	0,1	Sensible heat flux (calculated using resistance method) [W m^-2]
19	Rain	0,1,2	Rain [mm]
20	Irr	0,1,2	Irrigation [mm]
21	Evap	0,1,2	Evaporation [mm]
22	RO	0,1,2	Runoff [mm]
23	TotCh	0,1,2	Change in surface and soil moisture stores [mm]
24	SurfCh	0,1,2	Change in surface moisture store [mm]
25	State	0,1,2	Surface wetness state [mm]
26	NWtrState	0,1,2	Surface wetness state (for non-water surfaces) [mm]
27	Drainage	0,1,2	Drainage [mm]
28	SMD	0,1,2	Soil moisture deficit [mm]
29	FlowCh	0,1	Additional flow into water body [mm]
30	AddWater	0,1	Additional water flow received from other grids [mm]
31	ROSoil	0,1	Runoff to soil (sub-surface) [mm]
32	ROPipe	0,1	Runoff to pipes [mm]
33	ROImp	0,1	Above ground runoff over impervious surfaces [mm]
34	ROVeg	0,1	Above ground runoff over vegetated surfaces [mm]
35	ROWater	0,1	Runoff for water body [mm]
36	WUInt	0,1	Internal water use [mm]
37	WUEveTr	0,1	Water use for irrigation of evergreen trees [mm]
38	WUDecTr	0,1	Water use for irrigation of deciduous trees [mm]
39	WUGrass	0,1	Water use for irrigation of grass [mm]
40	SMDPaved	0,1	Soil moisture deficit for paved surface [mm]
41	SMDBldgs	0,1	Soil moisture deficit for building surface [mm]
42	SMDEveTr	0,1	Soil moisture deficit for evergreen surface [mm]
43	SMDDecTr	0,1	Soil moisture deficit for deciduous surface [mm]
44	SMDGrass	0,1	Soil moisture deficit for grass surface [mm]
45	SMDBSoil	0,1	Soil moisture deficit for bare soil surface [mm]
46	StPaved	0,1	Surface wetness state for paved surface [mm]
47	StBldgs	0,1	Surface wetness state for building surface [mm]
48	StEveTr	0,1	Surface wetness state for evergreen tree surface [mm]
49	StDecTr	0,1	Surface wetness state for deciduous tree surface [mm]
50	StGrass	0,1	Surface wetness state for grass surface [mm]
51	StBSoil	0,1	Surface wetness state for bare soil surface [mm]
52	StWater	0,1	Surface wetness state for water surface [mm]
53	Zenith	0,1,2	Solar zenith angle [°]
54	Azimuth	0,1,2	Solar azimuth angle [°]
55	AlbBulk	0,1,2	Bulk albedo [-]
56	Fcld	0,1,2	Cloud fraction [-]
57	LAI	0,1,2	Leaf area index [m 2 m^-2]
58	z0m	0,1	Roughness length for momentum [m]
59	zdm	0,1	Zero-plane displacement height [m]
60	ustar	0,1,2	Friction velocity [m s^-1]
61	Lob	0,1,2	Obukhov length [m]
62	RA	0,1	Aerodynamic resistance [s m^-1]
63	RS	0,1	Surface resistance [s m^-1]
64	Fc	0,1,2	CO2 flux [umol m^-2 s^-1]
65	FcPhoto	0,1	CO2 flux from photosynthesis [umol m^-2 s^-1]
66	FcRespi	0,1	CO2 flux from respiration [umol m^-2 s^-1]
67	FcMetab	0,1	CO2 flux from metabolism [umol m^-2 s^-1]
68	FcTraff	0,1	CO2 flux from traffic [umol m^-2 s^-1]
69	FcBuild	0,1	CO2 flux from buildings [umol m^-2 s^-1]
70	FcPoint	0,1	CO2 flux from point source [umol m^-2 s^-1]
71	QNSnowFr	1	Net all-wave radiation for snow-free area [W m^-2]
72	QNSnow	1	Net all-wave radiation for snow area [W m^-2]
73	AlbSnow	1	Snow albedo [-]
74	QM	1	Snow-related heat exchange [W m^-2]
75	QMFreeze	1	Internal energy change [W m^-2]
76	QMRain	1	Heat released by rain on snow [W m^-2]
77	SWE	1	Snow water equivalent [mm]
78	MeltWater	1	Meltwater [mm]
79	MeltWStore	1	Meltwater store [mm]
80	SnowCh	1	Change in snow pack [mm]
81	SnowRPaved	1	Snow removed from paved surface [mm]
82	SnowRBldgs	1	Snow removed from building surface [mm]
83	Ts	0,1,2	Skin temperature [°C]
84	T2	0,1,2	Air temperature at 2 m agl [°C]
85	Q2	0,1,2	Air specific humidity at 2 m agl [g kg^-1]
86	U10	0,1,2	Wind speed at 10 m agl [m s^-1]
87	RH2	0,1,2	Relative humidity at 2 m agl [%]

5.2.2. SSss_DailyState.txt¶

Contains information about the state of the surface and soil and vegetation parameters at a time resolution of one day. One file is written for each grid so it may contain multiple years.

Column	Name	Description
1	Year	Year [YYYY]
2	DOY	Day of year [DOY]
3	Hour	Hour of the last timestep of a day [HH]
4	Min	Minute of the last timestep of a day [MM]
5	HDD1_h	Heating degree days [°C d]
6	HDD2_c	Cooling degree days [°C d]
7	HDD3_Tmean	Average daily air temperature [°C]
8	HDD4_T5d	5-day running-mean air temperature [°C]
9	P_day	Daily total precipitation [mm]
10	DaysSR	Days since rain [days]
11	GDD_EveTr	Growing degree days for evergreen eree [°C d]
12	GDD_DecTr	Growing degree days for deciduous tree [°C d]
13	GDD_Grass	Growing degree days for grass [°C d]
14	SDD_EveTr	Senescence degree days for evergreen eree [°C d]
15	SDD_DecTr	Senescence degree days for deciduous tree [°C d]
16	SDD_Grass	Senescence degree days for grass [°C d]
17	Tmin	Daily minimum temperature [°C]
18	Tmax	Daily maximum temperature [°C]
19	DLHrs	Day length [h]
20	LAI_EveTr	Leaf area index of evergreen trees [m^-2 m^-2]
21	LAI_DecTr	Leaf area index of deciduous trees [m^-2 m^-2]
22	LAI_Grass	Leaf area index of grass [m^-2 m^-2]
23	DecidCap	Moisture storage capacity of deciduous trees [mm]
24	Porosity	Porosity of deciduous trees [-]
25	AlbEveTr	Albedo of evergreen trees [-]
26	AlbDecTr	Albedo of deciduous trees [-]
27	AlbGrass	Albedo of grass [-]
28	WU_EveTr1	Total water use for evergreen trees [mm]
29	WU_EveTr2	Automatic water use for evergreen trees [mm]
30	WU_EveTr3	Manual water use for evergreen trees [mm]
31	WU_DecTr1	Total water use for deciduous trees [mm]
32	WU_DecTr2	Automatic water use for deciduous trees [mm]
33	WU_DecTr3	Manual water use for deciduous trees [mm]
34	WU_Grass1	Total water use for grass [mm]
35	WU_Grass2	Automatic water use for grass [mm]
36	WU_Grass3	Manual water use for grass [mm]
37	deltaLAI	Change in leaf area index (normalised 0-1) [-]
38	LAIlumps	Leaf area index used in LUMPS (normalised 0-1) [-]
39	AlbSnow	Snow albedo [-]
40	DensSnow_Paved	Snow density - paved surface [kg m^-3]
41	DensSnow_Bldgs	Snow density - building surface [kg m^-3]
42	DensSnow_EveTr	Snow density - evergreen surface [kg m^-3]
43	DensSnow_DecTr	Snow density - deciduous surface [kg m^-3]
44	DensSnow_Grass	Snow density - grass surface [kg m^-3]
45	DensSnow_BSoil	Snow density - bare soil surface [kg m^-3]
46	DensSnow_Water	Snow density - water surface [kg m^-3]
47	a1	OHM cofficient a1 - [-]
48	a2	OHM cofficient a2 [W m^-2 h^-1]
49	a3	OHM cofficient a3 - [W m^-2]

5.2.3. InitialConditionsSSss_YYYY.nml¶

At the end of the model run (or the end of each year in the model run) a new InitialConditions file is written out (to the input folder) for each grid, see Initial Conditions file

5.2.4. SSss_YYYY_snow_TT.txt¶

SUEWS produces a separate output file for snow (when snowUse = 1 in RunControl.nml) with details for each surface type.

File format of SSss_YYYY_snow_TT.txt

Column	Name	Description
1	iy	Year [YYYY]
2	id	Day of year [DOY]
3	it	Hour [H]
4	imin	Minute [M]
5	dectime	Decimal time [-]
6	SWE_Paved	Snow water equivalent – paved surface [mm]
7	SWE_Bldgs	Snow water equivalent – building surface [mm]
8	SWE_EveTr	Snow water equivalent – evergreen surface [mm]
9	SWE_DecTr	Snow water equivalent – deciduous surface [mm]
10	SWE_Grass	Snow water equivalent – grass surface [mm]
11	SWE_BSoil	Snow water equivalent – bare soil surface [mm]
12	SWE_Water	Snow water equivalent – water surface [mm]
13	Mw_Paved	Meltwater – paved surface [mm h^-1]
14	Mw_Bldgs	Meltwater – building surface [mm h^-1]
15	Mw_EveTr	Meltwater – evergreen surface [mm h^-1]
16	Mw_DecTr	Meltwater – deciduous surface [mm h^-1]
17	Mw_Grass	Meltwater – grass surface [mm h^-1 1]
18	Mw_BSoil	Meltwater – bare soil surface [mm h^-1]
19	Mw_Water	Meltwater – water surface [mm h^-1]
20	Qm_Paved	Snowmelt-related heat – paved surface [W m^-2]
21	Qm_Bldgs	Snowmelt-related heat – building surface [W m^-2]
22	Qm_EveTr	Snowmelt-related heat – evergreen surface [W m^-2]
23	Qm_DecTr	Snowmelt-related heat – deciduous surface [W m^-2]
24	Qm_Grass	Snowmelt-related heat – grass surface [W m^-2]
25	Qm_BSoil	Snowmelt-related heat – bare soil surface [W m^-2]
26	Qm_Water	Snowmelt-related heat – water surface [W m^-2]
27	Qa_Paved	Advective heat – paved surface [W m^-2]
28	Qa_Bldgs	Advective heat – building surface [W m^-2]
29	Qa_EveTr	Advective heat – evergreen surface [W m^-2]
30	Qa_DecTr	Advective heat – deciduous surface [W m^-2]
31	Qa_Grass	Advective heat – grass surface [W m^-2]
32	Qa_BSoil	Advective heat – bare soil surface [W m^-2]
33	Qa_Water	Advective heat – water surface [W m^-2]
34	QmFr_Paved	Heat related to freezing of surface store – paved surface [W m^-2]
35	QmFr_Bldgs	Heat related to freezing of surface store – building surface [W m^-2]
36	QmFr_EveTr	Heat related to freezing of surface store – evergreen surface [W m^-2]
37	QmFr_DecTr	Heat related to freezing of surface store – deciduous surface [W m^-2]
38	QmFr_Grass	Heat related to freezing of surface store – grass surface [W m^-2]
39	QmFr_BSoil	Heat related to freezing of surface store – bare soil surface [W m^-2]
40	QmFr_Water	Heat related to freezing of surface store – water [W m^-2]
41	fr_Paved	Fraction of snow – paved surface [-]
42	fr_Bldgs	Fraction of snow – building surface [-]
43	fr_EveTr	Fraction of snow – evergreen surface [-]
44	fr_DecTr	Fraction of snow – deciduous surface [-]
45	fr_Grass	Fraction of snow – grass surface [-]
46	Fr_BSoil	Fraction of snow – bare soil surface [-]
47	RainSn_Paved	Rain on snow – paved surface [mm]
48	RainSn_Bldgs	Rain on snow – building surface [mm]
49	RainSn_EveTr	Rain on snow – evergreen surface [mm]
50	RainSn_DecTr	Rain on snow – deciduous surface [mm]
51	RainSn_Grass	Rain on snow – grass surface [mm]
52	RainSn_BSoil	Rain on snow – bare soil surface [mm]
53	RainSn_Water	Rain on snow – water surface [mm]
54	qn_PavedSnow	Net all-wave radiation – paved surface [W m^-2]
55	qn_BldgsSnow	Net all-wave radiation – building surface [W m^-2]
56	qn_EveTrSnow	Net all-wave radiation – evergreen surface [W m^-2]
57	qn_DecTrSnow	Net all-wave radiation – deciduous surface [W m^-2]
58	qn_GrassSnow	Net all-wave radiation – grass surface [W m^-2]
59	qn_BSoilSnow	Net all-wave radiation – bare soil surface [W m^-2]
60	qn_WaterSnow	Net all-wave radiation – water surface [W m^-2]
61	kup_PavedSnow	Reflected shortwave radiation – paved surface [W m^-2]
62	kup_BldgsSnow	Reflected shortwave radiation – building surface [W m^-2]
63	kup_EveTrSnow	Reflected shortwave radiation – evergreen surface [W m^-2]
64	kup_DecTrSnow	Reflected shortwave radiation – deciduous surface [W m^-2]
65	kup_GrassSnow	Reflected shortwave radiation – grass surface [W m^-2]
66	kup_BSoilSnow	Reflected shortwave radiation – bare soil surface [W m^-2]
67	kup_WaterSnow	Reflected shortwave radiation – water surface [W m^-2]
68	frMelt_Paved	Amount of freezing melt water – paved surface [mm]
69	frMelt_Bldgs	Amount of freezing melt water – building surface [mm]
70	frMelt_EveTr	Amount of freezing melt water – evergreen surface [mm]
71	frMelt_DecTr	Amount of freezing melt water – deciduous surface [mm]
72	frMelt_Grass	Amount of freezing melt water – grass surface [mm]
73	frMelt_BSoil	Amount of freezing melt water – bare soil surface [mm]
74	frMelt_Water	Amount of freezing melt water – water surface [mm]
75	MwStore_Paved	Melt water store – paved surface [mm]
76	MwStore_Bldgs	Melt water store – building surface [mm]
77	MwStore_EveTr	Melt water store – evergreen surface [mm]
78	MwStore_DecTr	Melt water store – deciduous surface [mm]
79	MwStore_Grass	Melt water store – grass surface [mm]
80	MwStore_BSoil	Melt water store – bare soil surface [mm]
81	MwStore_Water	Melt water store – water surface [mm]
82	DensSnow_Paved	Snow density – paved surface [kg m^-3]
83	DensSnow_Bldgs	Snow density – building surface [kg m^-3]
84	DensSnow_EveTr	Snow density – evergreen surface [kg m^-3]
85	DensSnow_DecTr	Snow density – deciduous surface [kg m^-3]
86	DensSnow_Grass	Snow density – grass surface [kg m^-3]
87	DensSnow_BSoil	Snow density – bare soil surface [kg m^-3]
88	DensSnow_Water	Snow density – water surface [kg m^-3]
89	Sd_Paved	Snow depth – paved surface [mm]
90	Sd_Bldgs	Snow depth – building surface [mm]
91	Sd_EveTr	Snow depth – evergreen surface [mm]
92	Sd_DecTr	Snow depth – deciduous surface [mm]
93	Sd_Grass	Snow depth – grass surface [mm]
94	Sd_BSoil	Snow depth – bare soil surface [mm]
95	Sd_Water	Snow depth – water surface [mm]
96	Tsnow_Paved	Snow surface temperature – paved surface [°C]
97	Tsnow_Bldgs	Snow surface temperature – building surface [°C]
98	Tsnow_EveTr	Snow surface temperature – evergreen surface [°C]
99	Tsnow_DecTr	Snow surface temperature – deciduous surface [°C]
100	Tsnow_Grass	Snow surface temperature – grass surface [°C]
101	Tsnow_BSoil	Snow surface temperature – bare soil surface [°C]
102	Tsnow_Water	Snow surface temperature – water surface [°C]

5.2.5. SSss_YYYY_RSL_TT.txt¶

SUEWS produces a separate output file for wind, temperature and humidity profiles in the roughness sublayer at 30 levels: levels 1 and 30 are positioned at 0.1 and 3.0 Zh (i.e., canopy height) with other levels evenly distributed in between.

File format of SSss_YYYY_RSL_TT.txt:

Column	Name	Description
1	Year	Year [YYYY]
2	DOY	Day of year [DOY]
3	Hour	Hour [H]
4	Min	Minute [M]
5	Dectime	Decimal time [-]
6	z_1	Height at level 1 [m]
7	z_2	Height at level 2 [m]
8	z_3	Height at level 3 [m]
9	z_4	Height at level 4 [m]
10	z_5	Height at level 5 [m]
11	z_6	Height at level 6 [m]
12	z_7	Height at level 7 [m]
13	z_8	Height at level 8 [m]
14	z_9	Height at level 9 [m]
15	z_10	Height at level 10 [m]
16	z_11	Height at level 11 [m]
17	z_12	Height at level 12 [m]
18	z_13	Height at level 13 [m]
19	z_14	Height at level 14 [m]
20	z_15	Height at level 15 [m]
21	z_16	Height at level 16 [m]
22	z_17	Height at level 17 [m]
23	z_18	Height at level 18 [m]
24	z_19	Height at level 19 [m]
25	z_20	Height at level 20 [m]
26	z_21	Height at level 21 [m]
27	z_22	Height at level 22 [m]
28	z_23	Height at level 23 [m]
29	z_24	Height at level 24 [m]
30	z_25	Height at level 25 [m]
31	z_26	Height at level 26 [m]
32	z_27	Height at level 27 [m]
33	z_28	Height at level 28 [m]
34	z_29	Height at level 29 [m]
35	z_30	Height at level 30 [m]
36	U_1	Wind speed at level 1 [m s^-1]
37	U_2	Wind speed at level 2 [m s^-1]
38	U_3	Wind speed at level 3 [m s^-1]
39	U_4	Wind speed at level 4 [m s^-1]
40	U_5	Wind speed at level 5 [m s^-1]
41	U_6	Wind speed at level 6 [m s^-1]
42	U_7	Wind speed at level 7 [m s^-1]
43	U_8	Wind speed at level 8 [m s^-1]
44	U_9	Wind speed at level 9 [m s^-1]
45	U_10	Wind speed at level 10 [m s^-1]
46	U_11	Wind speed at level 11 [m s^-1]
47	U_12	Wind speed at level 12 [m s^-1]
48	U_13	Wind speed at level 13 [m s^-1]
49	U_14	Wind speed at level 14 [m s^-1]
50	U_15	Wind speed at level 15 [m s^-1]
51	U_16	Wind speed at level 16 [m s^-1]
52	U_17	Wind speed at level 17 [m s^-1]
53	U_18	Wind speed at level 18 [m s^-1]
54	U_19	Wind speed at level 19 [m s^-1]
55	U_20	Wind speed at level 20 [m s^-1]
56	U_21	Wind speed at level 21 [m s^-1]
57	U_22	Wind speed at level 22 [m s^-1]
58	U_23	Wind speed at level 23 [m s^-1]
59	U_24	Wind speed at level 24 [m s^-1]
60	U_25	Wind speed at level 25 [m s^-1]
61	U_26	Wind speed at level 26 [m s^-1]
62	U_27	Wind speed at level 27 [m s^-1]
63	U_28	Wind speed at level 28 [m s^-1]
64	U_29	Wind speed at level 29 [m s^-1]
65	U_30	Wind speed at level 30 [m s^-1]
66	T_1	Air temperature at level 1 [°C]
67	T_2	Air temperature at level 2 [°C]
68	T_3	Air temperature at level 3 [°C]
69	T_4	Air temperature at level 4 [°C]
70	T_5	Air temperature at level 5 [°C]
71	T_6	Air temperature at level 6 [°C]
72	T_7	Air temperature at level 7 [°C]
73	T_8	Air temperature at level 8 [°C]
74	T_9	Air temperature at level 9 [°C]
75	T_10	Air temperature at level 10 [°C]
76	T_11	Air temperature at level 11 [°C]
77	T_12	Air temperature at level 12 [°C]
78	T_13	Air temperature at level 13 [°C]
79	T_14	Air temperature at level 14 [°C]
80	T_15	Air temperature at level 15 [°C]
81	T_16	Air temperature at level 16 [°C]
82	T_17	Air temperature at level 17 [°C]
83	T_18	Air temperature at level 18 [°C]
84	T_19	Air temperature at level 19 [°C]
85	T_20	Air temperature at level 20 [°C]
86	T_21	Air temperature at level 21 [°C]
87	T_22	Air temperature at level 22 [°C]
88	T_23	Air temperature at level 23 [°C]
89	T_24	Air temperature at level 24 [°C]
90	T_25	Air temperature at level 25 [°C]
91	T_26	Air temperature at level 26 [°C]
92	T_27	Air temperature at level 27 [°C]
93	T_28	Air temperature at level 28 [°C]
94	T_29	Air temperature at level 29 [°C]
95	T_30	Air temperature at level 30 [°C]
96	q_1	Specific humidity at level 1 [g kg^-1]
97	q_2	Specific humidity at level 2 [g kg^-1]
98	q_3	Specific humidity at level 3 [g kg^-1]
99	q_4	Specific humidity at level 4 [g kg^-1]
100	q_5	Specific humidity at level 5 [g kg^-1]
101	q_6	Specific humidity at level 6 [g kg^-1]
102	q_7	Specific humidity at level 7 [g kg^-1]
103	q_8	Specific humidity at level 8 [g kg^-1]
104	q_9	Specific humidity at level 9 [g kg^-1]
105	q_10	Specific humidity at level 10 [g kg^-1]
106	q_11	Specific humidity at level 11 [g kg^-1]
107	q_12	Specific humidity at level 12 [g kg^-1]
108	q_13	Specific humidity at level 13 [g kg^-1]
109	q_14	Specific humidity at level 14 [g kg^-1]
110	q_15	Specific humidity at level 15 [g kg^-1]
111	q_16	Specific humidity at level 16 [g kg^-1]
112	q_17	Specific humidity at level 17 [g kg^-1]
113	q_18	Specific humidity at level 18 [g kg^-1]
114	q_19	Specific humidity at level 19 [g kg^-1]
115	q_20	Specific humidity at level 20 [g kg^-1]
116	q_21	Specific humidity at level 21 [g kg^-1]
117	q_22	Specific humidity at level 22 [g kg^-1]
118	q_23	Specific humidity at level 23 [g kg^-1]
119	q_24	Specific humidity at level 24 [g kg^-1]
120	q_25	Specific humidity at level 25 [g kg^-1]
121	q_26	Specific humidity at level 26 [g kg^-1]
122	q_27	Specific humidity at level 27 [g kg^-1]
123	q_28	Specific humidity at level 28 [g kg^-1]
124	q_29	Specific humidity at level 29 [g kg^-1]
125	q_30	Specific humidity at level 30 [g kg^-1]

5.2.6. SSss_YYYY_BL.txt¶

Meteorological variables modelled by CBL portion of the model are output in to this file created for each day with time step (see section CBL Input).

Column	Name	Description	Units
1	iy	Year [YYYY]
2	id	Day of year [DoY]
3	it	Hour [H]
4	imin	Minute [M]
5	dectime	Decimal time [-]
6	zi	Convectibe boundary layer height	m
7	Theta	Potential temperature in the inertial sublayer	K
8	Q	Specific humidity in the inertial sublayer	g kg^-1
9	theta+	Potential temperature just above the CBL	K
10	q+	Specific humidity just above the CBL	g kg^-1
11	Temp_C	Air temperature	°C
12	RH	Relative humidity	%
13	QH_use	Sensible heat flux used for calculation	W m^-2
14	QE_use	Latent heat flux used for calculation	W m^-2
15	Press_hPa	Pressure used for calculation	hPa
16	avu1	Wind speed used for calculation	m s^-1
17	ustar	Friction velocity used for calculation	m s^-1
18	avdens	Air density used for calculation	kg m^-3
19	lv_J_kg	Latent heat of vaporization used for calculation	J kg^-1
20	avcp	Specific heat capacity used for calculation	J kg^-1 K^-1
21	gamt	Vertical gradient of potential temperature	K m^-1
22	gamq	Vertical gradient of specific humidity	kg kg^-1 m^-1

5.2.7. SSss_YYYY_ESTM_TT.txt¶

If the ESTM model option is run, the following output file is created. Note: First time steps of storage output could give NaN values during the initial converging phase.

ESTM output file format

Column	Name	Description	Units
1	iy	Year
2	id	Day of year
3	it	Hour
4	imin	Minute
5	dectime	Decimal time
6	QSnet	Net storage heat flux (QSwall+QSground+QS)	W m^-2
7	QSair	Storage heat flux into air	W m^-2
8	QSwall	Storage heat flux into wall	W m^-2
9	QSroof	Storage heat flux into roof	W m^-2
10	QSground	Storage heat flux into ground	W m^-2
11	QSibld	Storage heat flux into internal elements in buildling	W m^-2
12	Twall1	Temperature in the first layer of wall (outer-most)	K
13	Twall2	Temperature in the first layer of wall	K
14	Twall3	Temperature in the first layer of wall	K
15	Twall4	Temperature in the first layer of wall	K
16	Twall5	Temperature in the first layer of wall (inner-most)	K
17	Troof1	Temperature in the first layer of roof (outer-most)	K
18	Troof2	Temperature in the first layer of roof	K
19	Troof3	Temperature in the first layer of roof	K
20	Troof4	Temperature in the first layer of roof	K
21	Troof5	Temperature in the first layer of ground (inner-most)	K
22	Tground1	Temperature in the first layer of ground (outer-most)	K
23	Tground2	Temperature in the first layer of ground	K
24	Tground3	Temperature in the first layer of ground	K
25	Tground4	Temperature in the first layer of ground	K
26	Tground5	Temperature in the first layer of ground (inner-most)	K
27	Tibld1	Temperature in the first layer of internal elements	K
28	Tibld2	Temperature in the first layer of internal elements	K
29	Tibld3	Temperature in the first layer of internal elements	K
30	Tibld4	Temperature in the first layer of internal elements	K
31	Tibld5	Temperature in the first layer of internal elements	K
32	Tabld	Air temperature in buildings	K