fix(parsing): add missing height_system values

Co-authored-by: paul <[email protected]>

Author: PaulW8787

src/pygef/broxml/resolvers.py

@@ -227,6 +227,12 @@ def parse_local_vertical_reference_point_class(
         return VerticalDatumClass.MSL
     if val == "lat":
         return VerticalDatumClass.LAT
+    if val == "ocs":
+        return VerticalDatumClass.OCS
+    if val == "gcs":
+        return VerticalDatumClass.GCS
+    if val == "spcs":
+        return VerticalDatumClass.SPCS
     warn(f"vertical datum class '{val}' is unknown")
     return VerticalDatumClass.Unknown
 

src/pygef/common.py

@@ -45,6 +45,9 @@ class VerticalDatumClass(Enum):
     MSL = "49000"  # Mean Sea Level
     LAT = "00001"  # Lowest Astronomical Tide
     TAW = "32001"  # (GEF)
+    OCS = "00000"  # Own Coordinate System
+    GCS = "00001"  # Geographic Coordinate System
+    SPCS = "01000"  # SPCS
 
 
 def assign_multiple_columns(

src/pygef/shim.py

@@ -89,7 +89,7 @@ def convert_height_system_to_vertical_datum(height_system: float) -> str:
     if height_system == 31000.0:
         return "nap"
     else:
-        return str(int(height_system))
+        return f"{int(height_system):05d}"
 
 
 def gef_cpt_to_cpt_data(gef_cpt: _GefCpt) -> CPTData:
@@ -171,7 +171,7 @@ def gef_cpt_to_cpt_data(gef_cpt: _GefCpt) -> CPTData:
     )
     kwargs["delivered_vertical_position_offset"] = gef_cpt.zid
     kwargs["delivered_vertical_position_datum"] = VerticalDatumClass(
-        str(int(gef_cpt.height_system))
+        f"{int(gef_cpt.height_system):05d}"
     )
 
     # TODO! parse measurementtext 9 in gef?