Added standards file to package. Changed load_standard so it defaults…

… to using the NFRC standard.
LBNL-ETA · Mar 24, 2023 · 774776a · 774776a
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Showing 94 changed files with 37 additions and 38 deletions.
diff --git a/CMakeLists.txt b/CMakeLists.txt
@@ -2,7 +2,7 @@ cmake_minimum_required(VERSION 3.12)
 
 set( CMAKE_INCLUDE_CURRENT_DIR_IN_INTERFACE ON )
 
-set( target_name pywincalc )
+set( target_name _pywincalc )
 project( ${target_name} )
 
 set(JSON_BuildTests OFF CACHE BOOL "")

diff --git a/MANIFEST.in b/MANIFEST.in
@@ -0,0 +1,6 @@
+include pywincalc/standards/*.dsp
+include pywincalc/standards/*.loc
+include pywincalc/standards/*.scc
+include pywincalc/standards/*.ssp
+include pywincalc/standards/*.std
+include pywincalc/standards/*.wvl
diff --git a/examples/igsdb_custom_venetian.py b/examples/igsdb_custom_venetian.py
@@ -35,31 +35,26 @@
 # Currently the only modeling parameter for venetian layers is the distribution method.
 # That defaults to directional diffuse but can be changed to uniform-diffuse on a per-layer basis
 distribution_method = pywincalc.DistributionMethodType.UNIFORM_DIFFUSE
-geometry = pywincalc.VenetianGeometry(slat_width_meters=slat_width, 
-                                      slat_spacing_meters=slat_spacing, 
+geometry = pywincalc.VenetianGeometry(slat_width_meters=slat_width,
+                                      slat_spacing_meters=slat_spacing,
                                       slat_curvature_meters=slat_curvature,
-                                      slat_tilt_degrees=slat_tilt, 
-                                      number_slat_segments=number_segments, 
+                                      slat_tilt_degrees=slat_tilt,
+                                      number_slat_segments=number_segments,
                                       distribution_method=distribution_method)
 
-# Convert the parsed shade material data into a solid layer.  Without doing
-# anything else this would be treated as a solid sheet of the material.
-venetian_layer = pywincalc.convert_to_solid_layer(shade_material)
-# The easiest way to transform it into a Venetian blind is to replace the optical portion
-# with a ProductDataOpticalVenetian object made from the material's optical data
-# and the user-defined geometry created above.
-venetian_layer.optical_data = pywincalc.ProductDataOpticalVenetian(venetian_layer.optical_data, geometry)
+# Create a layer from the geometry and material
+venetian_layer = pywincalc.create_venetian_blind(geometry=geometry, material=shade_material)
 
 # If there are any side gaps in the shade those can be set in the thermal part of the solid layer.
 # In this case the left and right openings would apply if the length of the slats was less than the width
 # of the glazing system and the top and bottom openings would apply if the top and bottom slats did not
 # sit flush with the top and bottom of the glazing system when the slats are closed.
 # Do not take slat angle into account for these values.
 # These values are for example purposes only
-venetian_layer.thermal_data.opening_top = .01 # 10mm top gap
-venetian_layer.thermal_data.opening_bottom = .01 # 10mm bottom gap
-venetian_layer.thermal_data.opening_left = .02 # 20mm left gap
-venetian_layer.thermal_data.opening_right = .02 # 20mm right gap
+venetian_layer.thermal_data.opening_top = .01  # 10mm top gap
+venetian_layer.thermal_data.opening_bottom = .01  # 10mm bottom gap
+venetian_layer.thermal_data.opening_left = .02  # 20mm left gap
+venetian_layer.thermal_data.opening_right = .02  # 20mm right gap
 
 # Create a glazing system.  This only shows an example of getting one result from a glazing system
 # created using default environmental conditions.
@@ -68,11 +63,11 @@
 #
 # For more on environmental conditions see custom_environmental_conditions.py
 glazing_system = pywincalc.GlazingSystem(optical_standard=optical_standard,
-                                                       solid_layers=[venetian_layer],
-                                                       gap_layers=[],
-                                                       width_meters=glazing_system_width,
-                                                       height_meters=glazing_system_height,
-                                                       bsdf_hemisphere=bsdf_hemisphere)
+                                         solid_layers=[venetian_layer],
+                                         gap_layers=[],
+                                         width_meters=glazing_system_width,
+                                         height_meters=glazing_system_height,
+                                         bsdf_hemisphere=bsdf_hemisphere)
 
 u_value = glazing_system.u()
 print(

diff --git a/examples/igsdb_custom_vertical_venetian.py b/examples/igsdb_custom_vertical_venetian.py
@@ -1,7 +1,6 @@
 import pywincalc
 import requests
 from igsdb_interaction import url_single_product, headers
-import results_printer
 
 # Path to the optical standard file.  All other files referenced by the standard file must be in the same directory
 # Note:  While all optical standards packaged with WINDOW should work with optical calculations care should be
@@ -32,12 +31,12 @@
 slat_spacing = .050  # spacing of 50 mm
 slat_curvature = .025  # curvature of 25 mm
 slat_tilt = 15  # 15 degree tilt
-number_segments = 5  # The default is 5.  Do not change unless there is a reason to.  This should usually be omitted but is shown here for completeness
+number_segments = 5  # The default is 5.  Do not change unless there is a reason to.
 # Currently the only modeling parameter for venetian layers is the distribution method.
 # That defaults to directional diffuse but can be changed to uniform-diffuse on a per-layer basis
 distribution_method = pywincalc.DistributionMethodType.UNIFORM_DIFFUSE
 
-# To make the Venetian vertical set is_horizonatl = False when creating the geometry
+# To make the Venetian vertical set is_horizontal = False when creating the geometry
 geometry = pywincalc.VenetianGeometry(slat_width_meters=slat_width,
                                       slat_spacing_meters=slat_spacing,
                                       slat_curvature_meters=slat_curvature,
@@ -46,18 +45,13 @@
                                       distribution_method=distribution_method,
                                       is_horizontal=False)
 
-# Convert the parsed shade material data into a solid layer.  Without doing
-# anything else this would be treated as a solid sheet of the material.
-venetian_layer = pywincalc.convert_to_solid_layer(shade_material)
-# The easiest way to transform it into a Venetian blind is to replace the optical portion
-# with a ProductDataOpticalVenetian object made from the material's optical data
-# and the user-defined geometry created above.
-venetian_layer.optical_data = pywincalc.ProductDataOpticalVenetian(venetian_layer.optical_data, geometry)
+# Create a layer from the geometry and material
+venetian_layer = pywincalc.create_venetian_blind(geometry=geometry, material=shade_material)
 
 # If there are any side gaps in the shade those can be set in the thermal part of the solid layer.
-# In this case the top and bottom openings would apply if the length of the slats was less than the height
-# of the glazing system and the left and right openings would apply if the left and  slats did not sit flush
-# with the sides of the glazing system when the slats are closed.  D
+# In this case the left and right openings would apply if the length of the slats was less than the width
+# of the glazing system and the top and bottom openings would apply if the top and bottom slats did not
+# sit flush with the top and bottom of the glazing system when the slats are closed.
 # Do not take slat angle into account for these values.
 # These values are for example purposes only
 venetian_layer.thermal_data.opening_top = .01  # 10mm top gap
@@ -80,5 +74,4 @@
 
 u_value = glazing_system.u()
 print(
-    "U-value for a custom vertical Venetian blind made from a material downloaded from igsdb.lbl.glv: {v}".format(
-        v=u_value))
+    "U-value for a custom Venetian blind made from a material downloaded from igsdb.lbl.glv: {v}".format(v=u_value))
diff --git a/examples/standards/ASTM E308 1931 X.dsp → pywincalc/standards/ASTM E308 1931 X.dsp b/examples/standards/ASTM E308 1931 X.dsp → pywincalc/standards/ASTM E308 1931 X.dsp
diff --git a/examples/standards/ASTM E308 1931 X.loc → pywincalc/standards/ASTM E308 1931 X.loc b/examples/standards/ASTM E308 1931 X.loc → pywincalc/standards/ASTM E308 1931 X.loc
diff --git a/examples/standards/ASTM E308 1931 Y.dsp → pywincalc/standards/ASTM E308 1931 Y.dsp b/examples/standards/ASTM E308 1931 Y.dsp → pywincalc/standards/ASTM E308 1931 Y.dsp
diff --git a/examples/standards/ASTM E308 1931 Y.loc → pywincalc/standards/ASTM E308 1931 Y.loc b/examples/standards/ASTM E308 1931 Y.loc → pywincalc/standards/ASTM E308 1931 Y.loc
diff --git a/examples/standards/ASTM E308 1931 Z.dsp → pywincalc/standards/ASTM E308 1931 Z.dsp b/examples/standards/ASTM E308 1931 Z.dsp → pywincalc/standards/ASTM E308 1931 Z.dsp
diff --git a/examples/standards/ASTM E308 1964 X.dsp → pywincalc/standards/ASTM E308 1964 X.dsp b/examples/standards/ASTM E308 1964 X.dsp → pywincalc/standards/ASTM E308 1964 X.dsp
diff --git a/examples/standards/ASTM E308 1964 X.loc → pywincalc/standards/ASTM E308 1964 X.loc b/examples/standards/ASTM E308 1964 X.loc → pywincalc/standards/ASTM E308 1964 X.loc
diff --git a/examples/standards/ASTM E308 1964 Y.dsp → pywincalc/standards/ASTM E308 1964 Y.dsp b/examples/standards/ASTM E308 1964 Y.dsp → pywincalc/standards/ASTM E308 1964 Y.dsp
diff --git a/examples/standards/ASTM E308 1964 Y.loc → pywincalc/standards/ASTM E308 1964 Y.loc b/examples/standards/ASTM E308 1964 Y.loc → pywincalc/standards/ASTM E308 1964 Y.loc
diff --git a/examples/standards/ASTM E308 1964 Z.dsp → pywincalc/standards/ASTM E308 1964 Z.dsp b/examples/standards/ASTM E308 1964 Z.dsp → pywincalc/standards/ASTM E308 1964 Z.dsp
diff --git a/...ples/standards/ASTM E308 Illuminant A.ssp → ...calc/standards/ASTM E308 Illuminant A.ssp b/...ples/standards/ASTM E308 Illuminant A.ssp → ...calc/standards/ASTM E308 Illuminant A.ssp
diff --git a/...ples/standards/ASTM E308 Illuminant C.ssp → ...calc/standards/ASTM E308 Illuminant C.ssp b/...ples/standards/ASTM E308 Illuminant C.ssp → ...calc/standards/ASTM E308 Illuminant C.ssp
diff --git a/...es/standards/ASTM E308 Illuminant D50.ssp → ...lc/standards/ASTM E308 Illuminant D50.ssp b/...es/standards/ASTM E308 Illuminant D50.ssp → ...lc/standards/ASTM E308 Illuminant D50.ssp
diff --git a/...es/standards/ASTM E308 Illuminant D55.ssp → ...lc/standards/ASTM E308 Illuminant D55.ssp b/...es/standards/ASTM E308 Illuminant D55.ssp → ...lc/standards/ASTM E308 Illuminant D55.ssp
diff --git a/...es/standards/ASTM E308 Illuminant D65.ssp → ...lc/standards/ASTM E308 Illuminant D65.ssp b/...es/standards/ASTM E308 Illuminant D65.ssp → ...lc/standards/ASTM E308 Illuminant D65.ssp
diff --git a/examples/standards/ASTM E308 Table 5-1 X.ssp → ...ncalc/standards/ASTM E308 Table 5-1 X.ssp b/examples/standards/ASTM E308 Table 5-1 X.ssp → ...ncalc/standards/ASTM E308 Table 5-1 X.ssp
diff --git a/examples/standards/ASTM E308 Table 5-1 Y.ssp → ...ncalc/standards/ASTM E308 Table 5-1 Y.ssp b/examples/standards/ASTM E308 Table 5-1 Y.ssp → ...ncalc/standards/ASTM E308 Table 5-1 Y.ssp
diff --git a/examples/standards/ASTM E308 Table 5-1 Z.ssp → ...ncalc/standards/ASTM E308 Table 5-1 Z.ssp b/examples/standards/ASTM E308 Table 5-1 Z.ssp → ...ncalc/standards/ASTM E308 Table 5-1 Z.ssp
diff --git a/...ples/standards/ASTM E308 Table 5-19 X.ssp → ...calc/standards/ASTM E308 Table 5-19 X.ssp b/...ples/standards/ASTM E308 Table 5-19 X.ssp → ...calc/standards/ASTM E308 Table 5-19 X.ssp
diff --git a/...ples/standards/ASTM E308 Table 5-19 Y.ssp → ...calc/standards/ASTM E308 Table 5-19 Y.ssp b/...ples/standards/ASTM E308 Table 5-19 Y.ssp → ...calc/standards/ASTM E308 Table 5-19 Y.ssp
diff --git a/...ples/standards/ASTM E308 Table 5-19 Z.ssp → ...calc/standards/ASTM E308 Table 5-19 Z.ssp b/...ples/standards/ASTM E308 Table 5-19 Z.ssp → ...calc/standards/ASTM E308 Table 5-19 Z.ssp
diff --git a/...ndards/ASTM E891 Table 1 Direct AM1_5.ssp → ...ndards/ASTM E891 Table 1 Direct AM1_5.ssp b/...ndards/ASTM E891 Table 1 Direct AM1_5.ssp → ...ndards/ASTM E891 Table 1 Direct AM1_5.ssp
diff --git a/...rds/ASTM E891 Table3 50 Sel Ord AM1_5.ssp → ...rds/ASTM E891 Table3 50 Sel Ord AM1_5.ssp b/...rds/ASTM E891 Table3 50 Sel Ord AM1_5.ssp → ...rds/ASTM E891 Table3 50 Sel Ord AM1_5.ssp
diff --git a/...73 AM1_5 37 Tilt Direct Full Spectrum.ssp → ...73 AM1_5 37 Tilt Direct Full Spectrum.ssp b/...73 AM1_5 37 Tilt Direct Full Spectrum.ssp → ...73 AM1_5 37 Tilt Direct Full Spectrum.ssp
diff --git a/...73 AM1_5 37 Tilt Global Full Spectrum.ssp → ...73 AM1_5 37 Tilt Global Full Spectrum.ssp b/...73 AM1_5 37 Tilt Global Full Spectrum.ssp → ...73 AM1_5 37 Tilt Global Full Spectrum.ssp
diff --git a/...97 AM1_5 20 Tilt Direct Full Spectrum.ssp → ...97 AM1_5 20 Tilt Direct Full Spectrum.ssp b/...97 AM1_5 20 Tilt Direct Full Spectrum.ssp → ...97 AM1_5 20 Tilt Direct Full Spectrum.ssp
diff --git a/...97 AM1_5 20 Tilt Global Full Spectrum.ssp → ...97 AM1_5 20 Tilt Global Full Spectrum.ssp b/...97 AM1_5 20 Tilt Global Full Spectrum.ssp → ...97 AM1_5 20 Tilt Global Full Spectrum.ssp
diff --git a/...97 AM1_5 90 Tilt Direct Full Spectrum.ssp → ...97 AM1_5 90 Tilt Direct Full Spectrum.ssp b/...97 AM1_5 90 Tilt Direct Full Spectrum.ssp → ...97 AM1_5 90 Tilt Direct Full Spectrum.ssp
diff --git a/...97 AM1_5 90 Tilt Global Full Spectrum.ssp → ...97 AM1_5 90 Tilt Global Full Spectrum.ssp b/...97 AM1_5 90 Tilt Global Full Spectrum.ssp → ...97 AM1_5 90 Tilt Global Full Spectrum.ssp
diff --git a/examples/standards/CIE 1931 1nm X.dsp → pywincalc/standards/CIE 1931 1nm X.dsp b/examples/standards/CIE 1931 1nm X.dsp → pywincalc/standards/CIE 1931 1nm X.dsp
diff --git a/examples/standards/CIE 1931 1nm X.loc → pywincalc/standards/CIE 1931 1nm X.loc b/examples/standards/CIE 1931 1nm X.loc → pywincalc/standards/CIE 1931 1nm X.loc
diff --git a/examples/standards/CIE 1931 1nm Y.dsp → pywincalc/standards/CIE 1931 1nm Y.dsp b/examples/standards/CIE 1931 1nm Y.dsp → pywincalc/standards/CIE 1931 1nm Y.dsp
diff --git a/examples/standards/CIE 1931 1nm Y.loc → pywincalc/standards/CIE 1931 1nm Y.loc b/examples/standards/CIE 1931 1nm Y.loc → pywincalc/standards/CIE 1931 1nm Y.loc
diff --git a/examples/standards/CIE 1931 1nm Z.dsp → pywincalc/standards/CIE 1931 1nm Z.dsp b/examples/standards/CIE 1931 1nm Z.dsp → pywincalc/standards/CIE 1931 1nm Z.dsp
diff --git a/examples/standards/CIE 1931 5nm X.dsp → pywincalc/standards/CIE 1931 5nm X.dsp b/examples/standards/CIE 1931 5nm X.dsp → pywincalc/standards/CIE 1931 5nm X.dsp
diff --git a/examples/standards/CIE 1931 5nm X.loc → pywincalc/standards/CIE 1931 5nm X.loc b/examples/standards/CIE 1931 5nm X.loc → pywincalc/standards/CIE 1931 5nm X.loc
diff --git a/examples/standards/CIE 1931 5nm Y.dsp → pywincalc/standards/CIE 1931 5nm Y.dsp b/examples/standards/CIE 1931 5nm Y.dsp → pywincalc/standards/CIE 1931 5nm Y.dsp
diff --git a/examples/standards/CIE 1931 5nm Y.loc → pywincalc/standards/CIE 1931 5nm Y.loc b/examples/standards/CIE 1931 5nm Y.loc → pywincalc/standards/CIE 1931 5nm Y.loc
diff --git a/examples/standards/CIE 1931 5nm Z.dsp → pywincalc/standards/CIE 1931 5nm Z.dsp b/examples/standards/CIE 1931 5nm Z.dsp → pywincalc/standards/CIE 1931 5nm Z.dsp
diff --git a/examples/standards/CIE 1964 1nm X.dsp → pywincalc/standards/CIE 1964 1nm X.dsp b/examples/standards/CIE 1964 1nm X.dsp → pywincalc/standards/CIE 1964 1nm X.dsp
diff --git a/examples/standards/CIE 1964 1nm X.loc → pywincalc/standards/CIE 1964 1nm X.loc b/examples/standards/CIE 1964 1nm X.loc → pywincalc/standards/CIE 1964 1nm X.loc
diff --git a/examples/standards/CIE 1964 1nm Y.dsp → pywincalc/standards/CIE 1964 1nm Y.dsp b/examples/standards/CIE 1964 1nm Y.dsp → pywincalc/standards/CIE 1964 1nm Y.dsp
diff --git a/examples/standards/CIE 1964 1nm Y.loc → pywincalc/standards/CIE 1964 1nm Y.loc b/examples/standards/CIE 1964 1nm Y.loc → pywincalc/standards/CIE 1964 1nm Y.loc
diff --git a/examples/standards/CIE 1964 1nm Z.dsp → pywincalc/standards/CIE 1964 1nm Z.dsp b/examples/standards/CIE 1964 1nm Z.dsp → pywincalc/standards/CIE 1964 1nm Z.dsp
diff --git a/examples/standards/CIE 1964 5nm X.dsp → pywincalc/standards/CIE 1964 5nm X.dsp b/examples/standards/CIE 1964 5nm X.dsp → pywincalc/standards/CIE 1964 5nm X.dsp
diff --git a/examples/standards/CIE 1964 5nm X.loc → pywincalc/standards/CIE 1964 5nm X.loc b/examples/standards/CIE 1964 5nm X.loc → pywincalc/standards/CIE 1964 5nm X.loc
diff --git a/examples/standards/CIE 1964 5nm Y.dsp → pywincalc/standards/CIE 1964 5nm Y.dsp b/examples/standards/CIE 1964 5nm Y.dsp → pywincalc/standards/CIE 1964 5nm Y.dsp
diff --git a/examples/standards/CIE 1964 5nm Y.loc → pywincalc/standards/CIE 1964 5nm Y.loc b/examples/standards/CIE 1964 5nm Y.loc → pywincalc/standards/CIE 1964 5nm Y.loc
diff --git a/examples/standards/CIE 1964 5nm Z.dsp → pywincalc/standards/CIE 1964 5nm Z.dsp b/examples/standards/CIE 1964 5nm Z.dsp → pywincalc/standards/CIE 1964 5nm Z.dsp
diff --git a/examples/standards/CIE Illuminant A 1nm.ssp → pywincalc/standards/CIE Illuminant A 1nm.ssp b/examples/standards/CIE Illuminant A 1nm.ssp → pywincalc/standards/CIE Illuminant A 1nm.ssp
diff --git a/...ples/standards/CIE Illuminant D65 1nm.ssp → ...calc/standards/CIE Illuminant D65 1nm.ssp b/...ples/standards/CIE Illuminant D65 1nm.ssp → ...calc/standards/CIE Illuminant D65 1nm.ssp
diff --git a/examples/standards/CIE SPF McKinlay UV.dsp → pywincalc/standards/CIE SPF McKinlay UV.dsp b/examples/standards/CIE SPF McKinlay UV.dsp → pywincalc/standards/CIE SPF McKinlay UV.dsp
diff --git a/...s/standards/CIE85 Table4 Global AM1_0.ssp → ...c/standards/CIE85 Table4 Global AM1_0.ssp b/...s/standards/CIE85 Table4 Global AM1_0.ssp → ...c/standards/CIE85 Table4 Global AM1_0.ssp
diff --git a/examples/standards/CRI.std → pywincalc/standards/CRI.std b/examples/standards/CRI.std → pywincalc/standards/CRI.std
diff --git a/examples/standards/Color 5nm.wvl → pywincalc/standards/Color 5nm.wvl b/examples/standards/Color 5nm.wvl → pywincalc/standards/Color 5nm.wvl
diff --git a/examples/standards/EqualEnergy.ssp → pywincalc/standards/EqualEnergy.ssp b/examples/standards/EqualEnergy.ssp → pywincalc/standards/EqualEnergy.ssp
diff --git a/examples/standards/ISO 9050 Table 1.ssp → pywincalc/standards/ISO 9050 Table 1.ssp b/examples/standards/ISO 9050 Table 1.ssp → pywincalc/standards/ISO 9050 Table 1.ssp
diff --git a/examples/standards/ISO 9050 Table 2.ssp → pywincalc/standards/ISO 9050 Table 2.ssp b/examples/standards/ISO 9050 Table 2.ssp → pywincalc/standards/ISO 9050 Table 2.ssp
diff --git a/examples/standards/ISO 9050 Table 3.ssp → pywincalc/standards/ISO 9050 Table 3.ssp b/examples/standards/ISO 9050 Table 3.ssp → pywincalc/standards/ISO 9050 Table 3.ssp
diff --git a/examples/standards/ISO 9050 Table 4.ssp → pywincalc/standards/ISO 9050 Table 4.ssp b/examples/standards/ISO 9050 Table 4.ssp → pywincalc/standards/ISO 9050 Table 4.ssp
diff --git a/...andards/ISO 9845 Table 1 Direct AM1_5.ssp → ...andards/ISO 9845 Table 1 Direct AM1_5.ssp b/...andards/ISO 9845 Table 1 Direct AM1_5.ssp → ...andards/ISO 9845 Table 1 Direct AM1_5.ssp
diff --git a/...ds/ISO 9845 Table 1 Norm Global AM1_5.ssp → ...ds/ISO 9845 Table 1 Norm Global AM1_5.ssp b/...ds/ISO 9845 Table 1 Norm Global AM1_5.ssp → ...ds/ISO 9845 Table 1 Norm Global AM1_5.ssp
diff --git a/...rds/ISO 9845 Table 1 Raw Global AM1_5.ssp → ...rds/ISO 9845 Table 1 Raw Global AM1_5.ssp b/...rds/ISO 9845 Table 1 Raw Global AM1_5.ssp → ...rds/ISO 9845 Table 1 Raw Global AM1_5.ssp
diff --git a/...rds/ISO 9845 Table 3 50 Sel Ord AM1_5.ssp → ...rds/ISO 9845 Table 3 50 Sel Ord AM1_5.ssp b/...rds/ISO 9845 Table 3 50 Sel Ord AM1_5.ssp → ...rds/ISO 9845 Table 3 50 Sel Ord AM1_5.ssp
diff --git a/examples/standards/ISO_9050.std → pywincalc/standards/ISO_9050.std b/examples/standards/ISO_9050.std → pywincalc/standards/ISO_9050.std
diff --git a/...les/standards/Moon Solar Source AM2_0.ssp → ...alc/standards/Moon Solar Source AM2_0.ssp b/...les/standards/Moon Solar Source AM2_0.ssp → ...alc/standards/Moon Solar Source AM2_0.ssp
diff --git a/examples/standards/NFRC_300_2003.std → pywincalc/standards/NFRC_300_2003.std b/examples/standards/NFRC_300_2003.std → pywincalc/standards/NFRC_300_2003.std
diff --git a/examples/standards/Optics5.wvl → pywincalc/standards/Optics5.wvl b/examples/standards/Optics5.wvl → pywincalc/standards/Optics5.wvl
diff --git a/examples/standards/Radiance.std → pywincalc/standards/Radiance.std b/examples/standards/Radiance.std → pywincalc/standards/Radiance.std
diff --git a/examples/standards/SAE J1796 Table 1.ssp → pywincalc/standards/SAE J1796 Table 1.ssp b/examples/standards/SAE J1796 Table 1.ssp → pywincalc/standards/SAE J1796 Table 1.ssp
diff --git a/examples/standards/SAE J1796 Table 2.ssp → pywincalc/standards/SAE J1796 Table 2.ssp b/examples/standards/SAE J1796 Table 2.ssp → pywincalc/standards/SAE J1796 Table 2.ssp
diff --git a/examples/standards/Sayre UV Source.ssp → pywincalc/standards/Sayre UV Source.ssp b/examples/standards/Sayre UV Source.ssp → pywincalc/standards/Sayre UV Source.ssp
diff --git a/examples/standards/W5_NFRC_2003.std → pywincalc/standards/W5_NFRC_2003.std b/examples/standards/W5_NFRC_2003.std → pywincalc/standards/W5_NFRC_2003.std
diff --git a/examples/standards/W7_G173_37Tilt_Direct.std → ...ncalc/standards/W7_G173_37Tilt_Direct.std b/examples/standards/W7_G173_37Tilt_Direct.std → ...ncalc/standards/W7_G173_37Tilt_Direct.std
diff --git a/examples/standards/W7_G173_37Tilt_Global.std → ...ncalc/standards/W7_G173_37Tilt_Global.std b/examples/standards/W7_G173_37Tilt_Global.std → ...ncalc/standards/W7_G173_37Tilt_Global.std
diff --git a/examples/standards/W7_G197_20Tilt_Direct.std → ...ncalc/standards/W7_G197_20Tilt_Direct.std b/examples/standards/W7_G197_20Tilt_Direct.std → ...ncalc/standards/W7_G197_20Tilt_Direct.std
diff --git a/examples/standards/W7_G197_20Tilt_Global.std → ...ncalc/standards/W7_G197_20Tilt_Global.std b/examples/standards/W7_G197_20Tilt_Global.std → ...ncalc/standards/W7_G197_20Tilt_Global.std
diff --git a/examples/standards/W7_G197_90Tilt_Direct.std → ...ncalc/standards/W7_G197_90Tilt_Direct.std b/examples/standards/W7_G197_90Tilt_Direct.std → ...ncalc/standards/W7_G197_90Tilt_Direct.std
diff --git a/examples/standards/W7_G197_90Tilt_Global.std → ...ncalc/standards/W7_G197_90Tilt_Global.std b/examples/standards/W7_G197_90Tilt_Global.std → ...ncalc/standards/W7_G197_90Tilt_Global.std
diff --git a/examples/standards/WINDOW4.std → pywincalc/standards/WINDOW4.std b/examples/standards/WINDOW4.std → pywincalc/standards/WINDOW4.std
diff --git a/examples/standards/mssccprj.scc → pywincalc/standards/mssccprj.scc b/examples/standards/mssccprj.scc → pywincalc/standards/mssccprj.scc
diff --git a/...ples/standards/prEN 410 Table 2 AM1_0.ssp → ...calc/standards/prEN 410 Table 2 AM1_0.ssp b/...ples/standards/prEN 410 Table 2 AM1_0.ssp → ...calc/standards/prEN 410 Table 2 AM1_0.ssp
diff --git a/examples/standards/prEN 410 Table 5 D65.ssp → pywincalc/standards/prEN 410 Table 5 D65.ssp b/examples/standards/prEN 410 Table 5 D65.ssp → pywincalc/standards/prEN 410 Table 5 D65.ssp
diff --git a/...les/standards/prEN 410 Table 6 1931 X.dsp → ...alc/standards/prEN 410 Table 6 1931 X.dsp b/...les/standards/prEN 410 Table 6 1931 X.dsp → ...alc/standards/prEN 410 Table 6 1931 X.dsp
diff --git a/...les/standards/prEN 410 Table 6 1931 Y.dsp → ...alc/standards/prEN 410 Table 6 1931 Y.dsp b/...les/standards/prEN 410 Table 6 1931 Y.dsp → ...alc/standards/prEN 410 Table 6 1931 Y.dsp
diff --git a/...les/standards/prEN 410 Table 6 1931 Z.dsp → ...alc/standards/prEN 410 Table 6 1931 Z.dsp b/...les/standards/prEN 410 Table 6 1931 Z.dsp → ...alc/standards/prEN 410 Table 6 1931 Z.dsp
diff --git a/examples/standards/prEN_410.std → pywincalc/standards/prEN_410.std b/examples/standards/prEN_410.std → pywincalc/standards/prEN_410.std
diff --git a/examples/standards/vssver.scc → pywincalc/standards/vssver.scc b/examples/standards/vssver.scc → pywincalc/standards/vssver.scc
diff --git a/setup.cfg b/setup.cfg
@@ -10,5 +10,10 @@ author_email = sczarnecki@lbl.gov
 license = BSD 3-clause
 license_file = LICENSE
 
+[options]
+zip_safe = False
+include_package_data = True
+packages = pywincalc
+
 [bdist_wheel]
 universal = 1
diff --git a/src/pywincalc.cpp b/src/pywincalc.cpp
@@ -149,7 +149,7 @@ template <class Product_Data_N_Band_Optical_Base =
 };
 #endif
 
-PYBIND11_MODULE(pywincalc, m) {
+PYBIND11_MODULE(_pywincalc, m) {
   m.doc() = "Python bindings for WinCalc";
 
   py::enum_<Gases::GasDef>(m, "PredefinedGasType", py::arithmetic())
@@ -1019,7 +1019,7 @@ PYBIND11_MODULE(pywincalc, m) {
         "Convert a list of product data into a solid layer that can be used in "
         "glazing systems.");
 
-  m.def("load_standard",
+  m.def("_load_standard",
         py::overload_cast<std::string const &>(
             &window_standards::load_optical_standard),
         "Load standard from .std file");