Fix bug for qsign calculation in b2g_ana and the documentation about the sign... (4cdc0d52) · Commits · AGS_public / geoloop

docs/manual/simulation_configuration.md

+24 −24

Original line number	Diff line number	Diff line
		@@ -146,7 +146,7 @@ The main input JSON file includes the following parameters:
		\| optimize_keys_bounds \| Bounds for optimized parameters \| — \| nested_list \| `[[lower, upper]]` matching optimize_keys \|
		\| loadprofile \| Path to configuration file of the heat load profile \| — \| string \| Optional \|
		\| flow_data \| Path to configuration file of the flow rate profile \| - \| string \| Optional \|
		\| Q \| Power demand \| W \| scalar \| Used if `run_type` is POWER and no `loadprofile` defined \|
		\| Q \| Power demand \| W \| scalar \| Used if `run_type` is POWER and no `loadprofile` defined; positive for heat production, negative for cold production \|
		\| Tin \| Inlet temperature \| °C \| scalar \| Used if `run_type` is TIN \|
		\| variables_config \| Path to stochastic simulation configuration file \| — \| string \| Used for stochastic runs (RunMain module) \|
		\| save_Tfield_res \| Flag to save results of 3D temperature field in a numarical simulation \| — \| boolean \| Only used if model_type is FINVOL \|
		@@ -272,7 +272,7 @@ of the parameters in the results subset is always the number of
		samples.

		\| Parameter \| Description \| Unit \| Dimensions \| Remark \|
		\|-----------\|-------------------------------------------------------\|-------\|--------------------\|---------------------------------------------\|
		\|-----------\|-------------------------------------------------------\|-------\|--------------------\|-------------------------------------------------------------------\|
		\| Q_b \| Heat load \| W \| time \| Only calculated for run_type TIN \|
		\| Re_in \| Reynolds nr. in the inlet pipe(s) \| \| time \| \|
		\| Re_out \| Reynolds nr. in the outlet pipe(s) \| \| time \| \|
		@@ -288,7 +288,7 @@ samples.
		\| k_g \| Grout thermal conductivity \| W/mK \| time or time; zseg \| \|
		\| k_s \| Subsurface thermal conductivity \| W/mK \| time or time; zseg \| \|
		\| qloop \| Consumed power by the fluid circulation pump \| W \| time \| \|
		\| qsign \| Sign of heat flow \| \| time \| Sign indicates heat extraction or injection \|
		\| qsign \| Sign of heat flow \| \| time \| Sign indicates heat extraction (positive) or injection (negative) \|
		\| qzb \| Subsurface heat flow \| W \| time; zseg \| \|
		\| nPipes \| Number of pipes \| \| \| Coördinates for the nPipes dimension \|
		\| time \| Simulation timesteps \| hours \| \| Coördinates for the time dimension \|

src/geoloop/bin/SingleRunSim.py

+1 −1

Original line number	Diff line number	Diff line
		@@ -221,7 +221,7 @@ class SingleRunResult:
		flowrate : np.ndarray
		Mass flow rate over time [kg/s].
		qsign : np.ndarray
		Sign of power production (-1 = extraction, +1 = injection).
		Sign of power production (1 = heat extraction, -1 = heat injection).
		T_fi : np.ndarray
		Inlet fluid temperature over time [°C].
		T_fo : np.ndarray

src/geoloop/geoloopcore/b2g_ana.py

+2 −2

Original line number	Diff line number	Diff line
		@@ -264,7 +264,7 @@ class B2G_ana:
		T_ftimes[i] = T_f # stored index time, depth, pipe
		T_b[i] = Tb
		qbzseg[i] = qbz
		qsign[i] = np.sign(max(qbz) * min(qbz))
		qsign[i] = np.sign(np.sum(qbz))
		imax = i

		hours = time / 3600.0
		@@ -494,7 +494,7 @@ class B2G_ana:
		T_b[i] = Tb
		# qbz is calculated at the depth division in segments (zseg)
		qbzseg[i] = qbz
		qsign[i] = np.sign(max(qbz) * min(qbz))
		qsign[i] = np.sign(np.sum(qbz))
		imax = i

		hours = time / 3600.0

Original line number	Diff line number	Diff line
		@@ -146,7 +146,7 @@ The main input JSON file includes the following parameters:
		\| optimize_keys_bounds \| Bounds for optimized parameters \| — \| nested_list \| `[[lower, upper]]` matching optimize_keys \|
		\| loadprofile \| Path to configuration file of the heat load profile \| — \| string \| Optional \|
		\| flow_data \| Path to configuration file of the flow rate profile \| - \| string \| Optional \|
		\| Q \| Power demand \| W \| scalar \| Used if `run_type` is POWER and no `loadprofile` defined \|
		\| Q \| Power demand \| W \| scalar \| Used if `run_type` is POWER and no `loadprofile` defined; positive for heat production, negative for cold production \|
		\| Tin \| Inlet temperature \| °C \| scalar \| Used if `run_type` is TIN \|
		\| variables_config \| Path to stochastic simulation configuration file \| — \| string \| Used for stochastic runs (RunMain module) \|
		\| save_Tfield_res \| Flag to save results of 3D temperature field in a numarical simulation \| — \| boolean \| Only used if model_type is FINVOL \|
		@@ -272,7 +272,7 @@ of the parameters in the results subset is always the number of
		samples.

		\| Parameter \| Description \| Unit \| Dimensions \| Remark \|
		\|-----------\|-------------------------------------------------------\|-------\|--------------------\|---------------------------------------------\|
		\|-----------\|-------------------------------------------------------\|-------\|--------------------\|-------------------------------------------------------------------\|
		\| Q_b \| Heat load \| W \| time \| Only calculated for run_type TIN \|
		\| Re_in \| Reynolds nr. in the inlet pipe(s) \| \| time \| \|
		\| Re_out \| Reynolds nr. in the outlet pipe(s) \| \| time \| \|
		@@ -288,7 +288,7 @@ samples.
		\| k_g \| Grout thermal conductivity \| W/mK \| time or time; zseg \| \|
		\| k_s \| Subsurface thermal conductivity \| W/mK \| time or time; zseg \| \|
		\| qloop \| Consumed power by the fluid circulation pump \| W \| time \| \|
		\| qsign \| Sign of heat flow \| \| time \| Sign indicates heat extraction or injection \|
		\| qsign \| Sign of heat flow \| \| time \| Sign indicates heat extraction (positive) or injection (negative) \|
		\| qzb \| Subsurface heat flow \| W \| time; zseg \| \|
		\| nPipes \| Number of pipes \| \| \| Coördinates for the nPipes dimension \|
		\| time \| Simulation timesteps \| hours \| \| Coördinates for the time dimension \|