Release beauharnois-23

docs/Converters/Import/Tmy3_files.md

@@ -3,7 +3,7 @@
 # Synopsis
 
 ~~~
-#input "filename.tmy3"
+#input "filename.tmy3" [-p|--property NAME=VALUE] [...]
 ~~~
 
 # Description
@@ -18,6 +18,8 @@ module climate;
 object climate 
 {
 	tmyfile "<filename>.tmy3";
+	NAME "VALUE";
+	...
 }
 ~~~
 

docs/GLM/Macro/Input.md

@@ -10,9 +10,18 @@ GLM:
 
 # Description
 
-The `#input` macro allows a non-GLM file to be input inline using [[/GLM/Command/Automatic import conversion.md]] with options, e.g., 
+The `#input` macro allows a non-GLM file to be input inline using [[/Command/Automatic import conversion]] with options.
 
-# Example
+## CSV converters 
+Input: `csv`
+
+Output: `glm`
+
+From: `ami`, `scada`, `onpoint-weather`, `table`
+
+Type: `ceus`, `rbsa`, `climate`, `object`
+
+# Example 1
 
 The following example converts the file `data.csv` to `house.glm` using the converter `csv-ami2glm-house.py` with the `heating_setpoint` property set to `72 degF`:
 
@@ -27,7 +36,9 @@ object meter {
 }
 ~~~~
 
+
 # See also
 
-* [[/Command/Automatic import conversion.md]]
+* [[/Command/Automatic import conversion]]
+* [[/Converters/Import/Csv_files]]
 * [[/GLM/Macro/Include]]

docs/Global/Verbose.md

@@ -17,7 +17,19 @@ bash$ gridlabd --define verbose=FALSE
 
 # Description
 
-Verbose enable flag
+Verbose enable flag. Set to `TRUE` to enable. To enable object level verbose 
+
+~~~
+#set verbose=TRUE
+
+module <module_name> {
+  message_flags VERBOSE;
+}
+
+object <object_name> {
+  flags VERBOSE;
+}
+~~~
 
 # Example
 

docs/Module/Powerflow/Pole.md

@@ -9,20 +9,25 @@ object pole
     tilt_angle "0 deg";
     tilt_direction 0 deg";
     weather "<climate-object>";
-    wind_speed 0.0 m/s;
-    wind_direction 0.0 deg;
-    wind_gusts 0.0 m/s;
     configuration "<pole-configuration-object>";
     install_year "1970";
     repair_time "24 h";
+    wind_speed 0.0 m/s;
+    wind_direction 0.0 deg;
+    wind_gusts 0.0 m/s;
     pole_stress "0 pu";
     pole_stress_polynomial_a "0 ft*lb";
     pole_stress_polynomial_b "0 ft*lb";
     pole_stress_polynomial_c "0 ft*lb";
     susceptibility "0 pu*s/m";
     total_moment "0 ft*lb";
     resisting_moment "0 ft*lb";
+    pole_moment "0 ft*lb"; 
+    pole_moment_nowind "0 ft*lb"; 
+    equipment_moment "0 ft*lb"; 
+    equipment_moment_nowind "0 ft*lb"; 
     critical_wind_speed "0 m/s";
+    guy_height "0 ft"; 
 }
 ~~~
 
@@ -66,56 +71,56 @@ The tilt direction of the pole.
 
 Reference to the source of the weather data.
 
-### `wind_speed`
+### `configuration`
 
 ~~~
-    wind_speed 0.0 m/s;
+    object configuration;
 ~~~
 
-The wind speed at the location of the pole.  This is automatically set is the
-`weather` object is provided.
+Reference to the pole configuration.
 
-### `wind_direction`
+### `install_year`
 
 ~~~
-    wind_direction 0.0 deg;
+    int32 install_year;
 ~~~
 
-The wind direction at the location of the pole.  This is automatically set is the
-`weather` object is provided.
+Year the pole was installed.
 
-### `wind_gusts`
+### `repair_time`
 
 ~~~
-    wind_gusts 0.0 m/s;
+    double repair_time[h];
 ~~~
 
-The wind gusts at the location of the pole.  This is automatically set is the
-`weather` object is provided.
+Time required to repair or replace the pole after failure.
 
-### `configuration`
+### `wind_speed`
 
 ~~~
-    object configuration;
+    int32 wind_speed [m/s];
 ~~~
 
-Reference to the pole configuration.
+The wind speed at the location of the pole.  This is automatically set is the
+`weather` object is provided.
 
-### `install_year`
+### `wind_direction`
 
 ~~~
-    int32 install_year;
+    int32 wind_direction [deg];
 ~~~
 
-Year the pole was installed.
+The wind direction at the location of the pole.  This is automatically set is the
+`weather` object is provided.
 
-### `repair_time`
+### `wind_gusts`
 
 ~~~
-    double repair_time[h];
+    int32 wind_gusts [m/s];
 ~~~
 
-Time required to repair or replace the pole after failure.
+The wind gusts at the location of the pole.  This is automatically set is the
+`weather` object is provided.
 
 ### `pole_stress`
 
@@ -171,6 +176,38 @@ The total moment on the pole.
     double resisting_moment[ft*lb];
 ~~~
 
+### `pole_moment`
+
+~~~
+    double pole_moment[ft*lb];
+~~~
+
+The moment of the pole. 
+
+### `pole_moment_nowind`
+
+~~~
+    double pole_moment_nowind[ft*lb];
+~~~
+
+The moment of the pole without wind. 
+
+### `equipment_moment`
+
+~~~
+    double equipment_moment[ft*lb];
+~~~
+
+The moment of the equipment. 
+
+### `equipment_moment_nowind`
+
+~~~
+    double equipment_moment_nowind[ft*lb];
+~~~
+
+The moment of the equipment without wind. 
+
 The resisting moment on the pole.
 
 ### `critical_wind_speed`
@@ -181,6 +218,14 @@ The resisting moment on the pole.
 
 Wind speed at pole failure.
 
+### `guy_height`
+
+~~~
+    double guy_height[m/s];
+~~~
+
+Guy wire attachment height.
+
 # Model
 
 The pole failure model is described in [Pole Loading Model](https://github.com/slacgismo/gridlabd/raw/master/module/powerflow/docs/pole_loading.pdf).

docs/Module/Residential/RBSA.md

@@ -230,7 +230,7 @@ Specifies the price sensitivity.
 The following implements a 3,000 sf single-family home in the Northwest valleys region with 90% constant impedance at unity power factor, and 10% constant power at power factor ~0.89:
 
 ~~~
-object rasa {
+object rbsa {
   filename "NWV_SFHOME.csv";
   floor_area 10 ksf;
   composition "Heating:{ZR:0.9;PR:0.1;PI:0.01}";

gldcore/converters/tmy32glm.py

@@ -8,14 +8,16 @@
 
 def help():
     print('Syntax:')
-    print('tmy32glm.py -i|--ifile <input-file>[,<input-file>[,...]] -o|--ofile <output-file>')
+    print('tmy32glm.py -i|--ifile <input-file>[,<input-file>[,...]] -o|--ofile <output-file> -p|--property <name>=<value>')
     print('  -i|--ifile     : [REQUIRED] omd input file name.')
     print('  -o|--ofile     : [REQUIRED] glm output file name.')
+    print('  -p|--property  : [OPTIONAL] specify additional GLM object properties')
 
 input_file = None
 output_file = None
+properties = {}
 
-opts, args = getopt.getopt(sys.argv[1:],"hi:o:",["help","ifile=","ofile="])
+opts, args = getopt.getopt(sys.argv[1:],"hi:o:p:",["help","ifile=","ofile=","property="])
 
 if not opts : 
     help()
@@ -28,12 +30,18 @@ def help():
         input_file = arg.strip()
     elif opt in ("-o", "--ofile"):
         output_file = arg.strip()
+    elif opt in ("-p", "--property"):
+        spec = arg.split("=")
+        properties[spec[0]] = spec[1]
     else:
         raise Exception(f"'{opt}' is an invalid command line option")
 
 with open(output_file,"w") as glm:
     glm.write(f"#weather get {input_file}\n")
-    glm.write(f"module climate;\n")
-    glm.write('object climate { tmyfile "')
-    glm.write(input_file)
-    glm.write('"; }\n')
+    glm.write("module climate;\n")
+    glm.write("object climate\n")
+    glm.write("{\n")
+    glm.write(f"\ttmyfile \"{input_file}\";\n")
+    for name, value in properties.items():
+        glm.write(f"\t{name} \"{value}\";\n")
+    glm.write("}\n")

gldcore/globals.cpp

@@ -160,6 +160,7 @@ DEPRECATED static KEYWORD dmc_keys[] = {
 		{"VERSION", 	DMC_VERSION, 		dmc_keys+50},
 		{"XCORE", 		DMC_XCORE, 			dmc_keys+51},
 		{"MAIN",		DMC_MAIN,			dmc_keys+52},
+		{"PYTHON",      DMC_PYTHON,         dmc_keys+53},
 		{"CMDARG",		DMC_CMDARG,			NULL},
 };
 DEPRECATED static KEYWORD vtc_keys[] = {

gldcore/globals.h

@@ -743,8 +743,9 @@ typedef enum {
 	DMC_VALIDATE	= 0x0001000000000000,
 	DMC_VERSION		= 0x0002000000000000,
 	DMC_XCORE		= 0x0004000000000000,
+	DMC_PYTHON      = 0x0008000000000000,
 	DMC_NONE		=  0, /**< no messages allowed */
-	DMC_ALL			= 0x0007ffffffffffff, /**< all messages allowed */
+	DMC_ALL			= 0x000fffffffffffff, /**< all messages allowed */
 } GLOBALMESSAGECONTEXT;
 
 /* Variable:  */