psi.rb in tbd-3.1.1

- old
+ new

@@ -209,11 +209,11 @@
         balcony:       0.500, # *
         party:         0.450, # *
         grade:         0.450, # *
         joint:         0.200, # *
         transition:    0.000
-      }.freeze               # based on EXTERIOR dimensions (art. 3.1.1.6)
+      }.freeze
       self.gen("code (Quebec)")
 
       @set["uncompliant (Quebec)"] = # NECB-QC (non-code-compliant) defaults:
       {
         rimjoist:      0.850, # *
@@ -223,11 +223,11 @@
         balcony:       1.000, # *
         party:         0.850, # *
         grade:         0.850, # *
         joint:         0.500, # *
         transition:    0.000
-      }.freeze               # based on EXTERIOR dimensions (art. 3.1.1.6)
+      }.freeze
       self.gen("uncompliant (Quebec)")
 
       @set["(non thermal bridging)"] = # ... would not derate surfaces:
       {
         rimjoist:      0.000,
@@ -1424,19 +1424,21 @@
           set[:parapetconvex ] = shorts[:val][:parapetconvex ] if convex
            is[:parapet       ] = true
         end
 
         # Label edge as :party if linked to:
-        #   1x adiabatic surface
+        #   1x OtherSideCoefficients surface
         #   1x (only) deratable surface
         edge[:surfaces].keys.each do |i|
           break     if is[:party]
           break unless deratables.size == 1
           next      if i == id
           next  unless tbd[:surfaces].key?(i)
           next      if holes.key?(i)
           next      if shades.key?(i)
-          next  unless tbd[:surfaces][i][:boundary].downcase == "adiabatic"
+
+          facing = tbd[:surfaces][i][:boundary].downcase
+          next unless facing == "othersidecoefficients"
 
           s1      = edge[:surfaces][id]
           s2      = edge[:surfaces][i]
           concave = concave?(s1, s2)
           convex  = convex?(s1, s2)