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1 : // EnergyPlus, Copyright (c) 1996-2023, The Board of Trustees of the University of Illinois,
2 : // The Regents of the University of California, through Lawrence Berkeley National Laboratory
3 : // (subject to receipt of any required approvals from the U.S. Dept. of Energy), Oak Ridge
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47 :
48 : #ifndef DataErrorTracking_hh_INCLUDED
49 : #define DataErrorTracking_hh_INCLUDED
50 :
51 : // ObjexxFCL Headers
52 : #include <ObjexxFCL/Array1D.hh>
53 :
54 : // EnergyPlus Headers
55 : #include <EnergyPlus/Data/BaseData.hh>
56 : #include <EnergyPlus/EnergyPlus.hh>
57 :
58 : namespace EnergyPlus {
59 :
60 : namespace DataErrorTracking {
61 :
62 : int constexpr SearchCounts(20);
63 :
64 : std::array<const char *, 21> constexpr MessageSearch({"",
65 : "InterZone Surface Areas",
66 : "CAUTION -- Interzone",
67 : "Node Connection Error",
68 : "InterZone Surface Azimu",
69 : "InterZone Surface Tilts",
70 : "Suspected non-planar",
71 : "Deprecated",
72 : "Floor Tilt=",
73 : "Roof/Ceiling Tilt=",
74 : "View factors not",
75 : "Unbalanced exhaust air",
76 : "Loads Initialization",
77 : "CalcDaylightMapPoints:",
78 : "Zone Air Heat Balance",
79 : "occupant density is ext",
80 : "Temperature (low) out o",
81 : "Temperature (high) out",
82 : "nominally unused",
83 : "InfraredTransparent",
84 : "No reporting elements"});
85 : std::array<const char *, 21> constexpr Summaries({"",
86 : "InterZone Surface Areas -- mismatch",
87 : "Interzone surfaces - different zones",
88 : "Node Connection Errors",
89 : "InterZone Surface Azimuths -- mismatch",
90 : "InterZone Surface Tilts -- mismatch",
91 : "Likely non-planar surfaces",
92 : "Deprecated Features or Key Values",
93 : "Incorrect Floor Tilt",
94 : "Incorrect Roof/Ceiling Tilt",
95 : "Incomplete View factors",
96 : "Unbalanced exhaust air flow",
97 : "Loads Initialization did not Converge",
98 : "CalcDaylightMapPoints: Window",
99 : "Zone Air Heat Balance Warnings",
100 : "Occupant density is extremely high",
101 : "Temperature (low) out of bounds",
102 : "Temperature (high) out of bounds",
103 : "Nominally Unused Constructions",
104 : "Material:InfraredTransparent usage",
105 : "No Reporting Elements requested"});
106 :
107 : // in below -- simple line end <CR>. End of Whole message <CRE>
108 : auto constexpr MoreDetails_0("");
109 : auto constexpr MoreDetails_1(
110 : "Area mismatch errors happen when the interzone surface in zone A is<CR>not the same size as it's companion in zone B.<CRE>"); // InterZone
111 : // Surface
112 : // Areas --
113 : // mismatch
114 : auto constexpr MoreDetails_2(""); // Interzone surfaces - different zones
115 : auto constexpr MoreDetails_3(
116 : "Node connection errors are often caused by spelling mistakes in a node name field.<CR>To track down the problem, search the "
117 : "idf file for each node name listed to see if it<CR>occurs in the expected input fields.<CRE>"); // Node Connection Errors
118 : auto constexpr MoreDetails_4("The azimuths (outward facing angle) of two interzone surfaces should not be the same.<CR>Normally, the absolute "
119 : "difference between the two azimuths will be 180 degrees.<CR>You can turn on the report: "
120 : "Output:Surfaces:List,Details; to inspect your surfaces.<CRE>"); // InterZone Surface Azimuths -- mismatch
121 : auto constexpr MoreDetails_5(""); // InterZone Surface Tilts -- mismatch
122 : auto constexpr MoreDetails_6("EnergyPlus Surfaces should be planar. If the error indicates a small increment for the<CR>out of planar bounds, "
123 : "then the calculations are likely okay though you should try to fix<CR>the problem. If a greater increment, the "
124 : "calculations will likely be incorrect.<CRE>"); // Likely non-planar surfaces
125 : auto constexpr MoreDetails_7(
126 : "A deprecated feature warning/severe error indicates that you are using a feature which will be<CR>removed in a future "
127 : "release. The new feature is likely included in the EnergyPlus version you are<CR>using. Consider switching now to avoid "
128 : "future problems.<CR>A deprecated key value message indicates you are using an out-dated key value in your input "
129 : "file.<CR>While EnergyPlus may continue to accept these values, some other input file readers may not.<CR>Consider changing to "
130 : "values that are included as valid in the Energy+.idd for these objects.<CRE>"); // Deprecated Features or Key Values
131 : auto constexpr MoreDetails_8("Floors are usually flat and \"tilted\" 180 degrees. If you get this error message,<CR>it's likely that you "
132 : "need to reverse the vertices of the surface to remove the error.<CR>EnergyPlus will attempt to fix the vertices "
133 : "for the running simulation.<CR>You can turn on the report: Output:Surfaces:List,Details; to inspect your "
134 : "surfaces.<CRE>"); // Incorrect Floor Tilt
135 : auto constexpr MoreDetails_9("Flat roofs/ceilings are \"tilted\" 0 degrees. Pitched roofs should be \"near\" 0 degrees.<CR>If you get this "
136 : "error message, it's likely that you need to reverse the vertices of<CR>the surface to remove the error. "
137 : "EnergyPlus will attempt to fix the vertices for the<CR>running simulation. You can turn on the report: "
138 : "Output:Surfaces:List,Details;<CR>to inspect your surfaces.<CRE>"); // Incorrect Roof/Ceiling Tilt
139 : auto constexpr MoreDetails_10(
140 : "Incomplete view factors can result from incorrect floor specifications (such as tilting 0<CR>instead of 180) or not enough "
141 : "surfaces in a zone to make an enclosure. The error message<CR>also shows an enforced reciprocity value. You can decide if "
142 : "you need to make geometry<CR>changes based on that value.<CRE>"); // Incomplete View factors
143 : auto constexpr MoreDetails_11("Unbalanced exhaust air flow errors can occur when exhaust fans are running but there is no<CR>supply air. Turn "
144 : "off exhaust fans when the system is not running may help resolve the problem.<CR>Time shown is first "
145 : "occurrence of error.<CRE>"); // Unbalanced exhaust air flow
146 : auto constexpr MoreDetails_12(
147 : "1) very high thermal mass such as very thick concrete (solution: increase max number of warmup<CR> days in the BUILDING "
148 : "object);<CR>2) moderate mass and inadequate space conditioning such that the building keeps getting warmer<CR> and warmer "
149 : "on successive days (solution: add HVAC, check building thermal properties,<CR> check if infiltration is included, make "
150 : "sure HVAC properly controlled);<CR>3) a soil layer modeled below the concrete slab - (solution remove this layer and read "
151 : "about<CR> ground temperatures in the Auxiliary Programs document).<CR>4) unreasonable (too small) limits in the BUILDING "
152 : "object for temperature (.4 default) or<CR> loads tolerances (.04 default)<CRE>"); // Loads Initialization did not Converge
153 : auto constexpr MoreDetails_13(
154 : "Window is too close to map points for accurate calculation. Suggested change is to create<CR>Output:IlluminanceMap "
155 : "coordinates (x,y,z) that are more \"inside\" the zone<CRE>"); // CalcDaylightMapPoints: Window
156 : auto constexpr MoreDetails_14("Zone Air Heat Balance out of Balance warnings are currently used by developers.<CR>Users can safely ignore "
157 : "these warnings.<CRE>"); // Zone Air Heat Balance Warnings
158 : auto constexpr MoreDetails_15("The occupant density warning is provided to alert you to potential conditions that can cause<CR>problems with "
159 : "the heat balance calculations. Too high a density could be cause for severe<CR>temperature out of bounds "
160 : "errors in a zone leading to program termination.<CRE>"); // Occupant density is extremely high
161 : auto constexpr MoreDetails_16(
162 : "A temperature out of bounds problem can be caused by several things. The user should check:<CR>1) the weather environment "
163 : "(including the horizontal IR from sky)<CR>2) the level of internal gains with respect to the zone<CR>3) the thermal "
164 : "properties of their materials. And other things.<CR>A common cause is a building with no or little thermal mass - all "
165 : "materials with Material:NoMass definitions.<CRE>"); // Temperature (low) out of bounds AND Temperature (high) out of bounds
166 : auto constexpr MoreDetails_18(
167 : "The nominally unused constructions warning is provided to alert you to potential conditions that can cause<CR>extra time "
168 : "during simulation. Each construction is calculated by the algorithm indicated in the HeatBalanceAlgorithm<CR>object. You may "
169 : "remove the constructions indicated (when you use the DisplayExtraWarnings option).<CRE>"); // Nominally unused constructions
170 : auto constexpr MoreDetails_19(
171 : "Using Material:InfraredTransparent materials in constructions are correctly used in interzone surface<CR>constructions. "
172 : "Warnings are given if they are used in other kinds of surfaces.<CR>They CANNOT currently be used with "
173 : "ConductionFiniteDifference algorithms.<CRE>"); // InfraredTransparent constructions in non-interzone surfaces
174 : auto constexpr MoreDetails_20(
175 : "No Reporting elements have been requested. You will see no output values from your run.<CR>Add Output:Variable, "
176 : "Output:Meter, Output:Table:SummaryReports, Output:Table:Monthly, Output:Table:TimeBins<CR>objects to your input file to "
177 : "receive output values from the simulation.<CRE>"); // No reporting elements requested
178 :
179 : std::array<const char *, 21> constexpr MoreDetails({MoreDetails_0, MoreDetails_1, MoreDetails_2, MoreDetails_3, MoreDetails_4,
180 : MoreDetails_5, MoreDetails_6, MoreDetails_7, MoreDetails_8, MoreDetails_9,
181 : MoreDetails_10, MoreDetails_11, MoreDetails_12, MoreDetails_13, MoreDetails_14,
182 : MoreDetails_15, MoreDetails_16, MoreDetails_16, MoreDetails_18, MoreDetails_19,
183 : MoreDetails_20}); // Details 16 applies to both temperature out of bounds |
184 :
185 2864 : struct RecurringErrorData
186 : {
187 : // Members
188 : std::string Message; // Message to be written to "error file" at end of simulation
189 : int Count = 0; // Count of total times this recurring error message has been called
190 : int WarmupCount = 0; // Count of times this recurring error message has been called during warmup
191 : int SizingCount = 0; // Count of times this recurring error message has been called during sizing
192 : Real64 MaxValue = 0.0; // Max of the values passed for this recurring error message
193 : Real64 MinValue = 0.0; // Min of the values passed for this recurring error message
194 : Real64 SumValue = 0.0; // Sum of the values passed for this recurring error message
195 : std::string MaxUnits; // units for Max values
196 : std::string MinUnits; // units for Min values
197 : std::string SumUnits; // units for Sum values
198 : bool ReportMax = false; // Flag to report max value
199 : bool ReportMin = false; // Flag to report min value
200 : bool ReportSum = false; // Flag to report sum value
201 : };
202 :
203 : } // namespace DataErrorTracking
204 :
205 771 : struct ErrorTrackingData : BaseGlobalStruct
206 : {
207 : Array1D<DataErrorTracking::RecurringErrorData> RecurringErrors;
208 : Array1D_int MatchCounts;
209 : bool AbortProcessing = false; // Flag used to if currently in "abort processing"
210 : int NumRecurringErrors = 0; // Number of stored recurring error messages
211 : int TotalSevereErrors = 0; // Counter
212 : int TotalWarningErrors = 0; // Counter
213 : int TotalSevereErrorsDuringWarmup = 0; // Counter
214 : int TotalWarningErrorsDuringWarmup = 0; // Counter
215 : int TotalSevereErrorsDuringSizing = 0; // Counter
216 : int TotalWarningErrorsDuringSizing = 0; // Counter
217 : int TotalMultipliedWindows = 0; // Counter
218 : int TotalCoincidentVertices = 0; // Counter
219 : int TotalDegenerateSurfaces = 0; // Counter
220 : int TotalReceivingNonConvexSurfaces = 0; // Counter
221 : int TotalCastingNonConvexSurfaces = 0; // Counter
222 : int TotalRoomAirPatternTooLow = 0; // Counter
223 : int TotalRoomAirPatternTooHigh = 0; // Counter
224 : bool AskForConnectionsReport = false; // Flag used to tell when connections should be reported
225 : bool AskForSurfacesReport = false; // Flag used to tell when surfaces should be reported
226 : bool AskForPlantCheckOnAbort = false; // flag used to tell if plant structure can be checked
227 : bool ExitDuringSimulations = false; // flag used to tell if program is in simulation mode when fatal occurs
228 : std::string LastSevereError;
229 :
230 771 : ErrorTrackingData()
231 771 : {
232 771 : MatchCounts = Array1D_int(DataErrorTracking::SearchCounts, 0);
233 771 : }
234 :
235 0 : void clear_state() override
236 : {
237 0 : *this = ErrorTrackingData();
238 0 : }
239 : };
240 :
241 : } // namespace EnergyPlus
242 :
243 : #endif
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