small corrections

Author: TomLXXVI

README.md

@@ -40,7 +40,7 @@ building components and the interior thermal mass of a zone into account.
 This package is about solar radiation on surfaces. It implements a number of
 sky-models (isotropic, anisotropic Perez, anisotropic HDKR, KT) to estimate the 
 solar radiation incident on exterior surfaces.
-It can generate solar radiation data based on the clear-sky model or it can use
+It can generate solar radiation data based on the clear-sky model, or it can use
 TMY-data of a certain geographic location .
 Subpackage *sun* implements the equations in chapters 1 and 2 of *Duffie, 
 J. A., Beckman, W. A., & Blair, N. (2020). SOLAR ENGINEERING OF THERMAL 

docs/examples/cooling_load_calc/construction_shelf/assemblies.bak

@@ -0,0 +1 @@
+'exterior-wall', (0, 2871)

docs/examples/cooling_load_calc/construction_shelf/assemblies.dat

@@ -0,0 +1 @@
+'exterior-wall', (0, 2871)

docs/examples/cooling_load_calc/construction_shelf/assemblies.dir

@@ -0,0 +1 @@
+'window-5a-operable-wood/vinyl', (0, 572)

docs/examples/cooling_load_calc/example_04_constr_assem.db.bak

@@ -0,0 +1 @@
+'window-5a-operable-wood/vinyl', (0, 572)

docs/examples/cooling_load_calc/example_04_constr_assem.db.dat

@@ -19,10 +19,10 @@
     SurfaceFilm,
     MaterialShelf
 )
-import hvac.cooling_load_calc_old.wtcb.exterior_walls as ew
-import hvac.cooling_load_calc_old.wtcb.interior_walls as iw
-import hvac.cooling_load_calc_old.wtcb.floors as fl
-import hvac.cooling_load_calc_old.wtcb.roofs as rf
+import hvac.cooling_load_calc.construction_data.wtcb.exterior_walls as ew
+import hvac.cooling_load_calc.construction_data.wtcb.interior_walls as iw
+import hvac.cooling_load_calc.construction_data.wtcb.floors as fl
+import hvac.cooling_load_calc.construction_data.wtcb.roofs as rf
 
 Q_ = Quantity
 

docs/examples/cooling_load_calc/example_04_constr_assem.db.dir

@@ -6,12 +6,9 @@
 (very) simple, small single-zone building. Based on this heat load, the heating
 system can be sized.
 
-Then, in part 2 of this example, we will simulate the operation of this
-building's heating system on a winter day.
-
-And in the final part 3 of this example, we will estimate the heating energy
-consumption of this building using the bin table method with TMY data valid for
-the geographic location where the building is situated.
+In part 2 of this example, we will estimate the heating energy consumption of 
+this building using the bin table method with TMY data valid for the geographic 
+location where the building is situated.
 """
 import warnings
 from dataclasses import dataclass
@@ -22,7 +19,7 @@
     Building,
     ConstructionAssembly,
 )
-from hvac.cooling_load_calc_old import wtcb, shelves
+from hvac.cooling_load_calc.construction_data import wtcb, shelves
 
 
 warnings.filterwarnings('ignore', category=CoolPropWarning)

docs/examples/cooling_load_calc/window_shelf/windows.bak

@@ -1,11 +1,11 @@
-"""EXAMPLE 02 (part 3)
+"""EXAMPLE 02 (part 2)
 ----------------------
 ESTIMATION OF HEATING ENERGY CONSUMPTION USING THE BIN TABLE METHOD
 
-In this final part 3 of example 02, we will estimate the heating energy
-consumption of the building using the bin table method with TMY data valid for
-the geographic location where the building is situated. The heating load
-characteristics are derived from the design heating load calculation in part 1.
+In part 2 of example 02, we will estimate the heating energy consumption of the 
+building using the bin table method with TMY data valid for the geographic 
+location where the building is situated. The heating load characteristics are 
+derived from the design heating load calculation in part 1.
 """
 import pandas as pd
 from hvac import Quantity