Class: TBD::PSI
Overview
Library of linear thermal bridges (e.g. corners, balconies). Each key:value entry requires a unique identifier e.g. “poor (BETBG)” and a (partial or complete) set of PSI-factors in W/K per linear meter.
Instance Attribute Summary collapse
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#has ⇒ Hash
readonly
Shorthand listing of PSI types in a set.
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#set ⇒ Hash
readonly
PSI set.
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#val ⇒ Hash
readonly
Shorthand listing of PSI-factors in a set.
Instance Method Summary collapse
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#append(set = {}) ⇒ Bool, false
Appends a new PSI set.
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#complete?(id = "") ⇒ Bool, false
Validates whether a given PSI set has a complete list of PSI type:values.
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#gen(id = "") ⇒ Bool, false
Generates PSI set shorthand listings.
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#initialize ⇒ PSI
constructor
Constructs a new PSI library (with defaults).
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#safe(id = "", type = nil) ⇒ Symbol?
Returns safe PSI type if missing from PSI set (based on inheritance).
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#shorthands(id = "") ⇒ Hash
Returns PSI set shorthands.
Constructor Details
#initialize ⇒ PSI
Constructs a new PSI library (with defaults)
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# File 'lib/tbd/psi.rb', line 125 def initialize @set = {} @has = {} @val = {} # The following are built-in PSI-factor sets, more often predefined sets # published in guides or energy codes. Users may append new sets, # preferably through a TBD JSON input file. Units are in W/K per meter. # # The provided "spandrel" sets are suitable for early design. # # Convex vs concave PSI adjustments may be warranted if there is a # mismatch between dimensioning conventions (interior vs exterior) used # for the OpenStudio model vs published PSI data. For instance, the BETBG # data reflects an interior dimensioning convention, while ISO 14683 # reports PSI-factors for both conventions. The following may be used # (with caution) to adjust BETBG PSI-factors for convex corners when # using outside dimensions for an OpenStudio model. # # PSIe = PSIi + U * 2(Li-Le), where: # PSIe = adjusted PSI W/K per m # PSIi = initial published PSI, in W/K per m # U = average clear field U-factor of adjacent walls, in W/m2•K # Li = 'interior corner to edge' length of "zone of influence", in m # Le = 'exterior corner to edge' length of "zone of influence", in m # # Li-Le = wall thickness e.g., -0.25m (negative here as Li < Le) # Based on INTERIOR dimensioning (p.15 BETBG). @set["poor (BETBG)"] = { rimjoist: 1.000000, # re: BETBG parapet: 0.800000, # re: BETBG roof: 0.800000, # same as parapet ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.500000, # re: BETBG door: 0.500000, # inferred, same as (vertical) fenestration skylight: 0.500000, # inferred, same as (vertical) fenestration spandrel: 0.155000, # Detail 5.4.4 corner: 0.850000, # re: BETBG balcony: 1.000000, # re: BETBG balconysill: 1.000000, # same as balcony balconydoorsill: 1.000000, # same as balconysill party: 0.850000, # re: BETBG grade: 0.850000, # re: BETBG joint: 0.300000, # re: BETBG transition: 0.000000 # defaults to 0 }.freeze # Based on INTERIOR dimensioning (p.15 BETBG). @set["regular (BETBG)"] = { rimjoist: 0.500000, # re: BETBG parapet: 0.450000, # re: BETBG roof: 0.450000, # same as parapet ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.350000, # re: BETBG door: 0.350000, # inferred, same as (vertical) fenestration skylight: 0.350000, # inferred, same as (vertical) fenestration spandrel: 0.155000, # Detail 5.4.4 corner: 0.450000, # re: BETBG balcony: 0.500000, # re: BETBG balconysill: 0.500000, # same as balcony balconydoorsill: 0.500000, # same as balconysill party: 0.450000, # re: BETBG grade: 0.450000, # re: BETBG joint: 0.200000, # re: BETBG transition: 0.000000 # defaults to 0 }.freeze # Based on INTERIOR dimensioning (p.15 BETBG). @set["efficient (BETBG)"] = { rimjoist: 0.200000, # re: BETBG parapet: 0.200000, # re: BETBG roof: 0.200000, # same as parapet ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.199999, # re: BETBG door: 0.199999, # inferred, same as (vertical) fenestration skylight: 0.199999, # inferred, same as (vertical) fenestration spandrel: 0.155000, # Detail 5.4.4 corner: 0.200000, # re: BETBG balcony: 0.200000, # re: BETBG balconysill: 0.200000, # same as balcony balconydoorsill: 0.200000, # same as balconysill party: 0.200000, # re: BETBG grade: 0.200000, # re: BETBG joint: 0.100000, # re: BETBG transition: 0.000000 # defaults to 0 }.freeze # "Conventional", closer to window wall spandrels. @set["spandrel (BETBG)"] = { rimjoist: 0.615000, # Detail 1.2.1 parapet: 1.000000, # Detail 1.3.2 roof: 1.000000, # same as parapet ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.000000, # inferred, generally part of clear-field RSi door: 0.000000, # inferred, generally part of clear-field RSi skylight: 0.350000, # same as "regular (BETBG)" spandrel: 0.155000, # Detail 5.4.4 corner: 0.425000, # Detail 1.4.1 balcony: 1.110000, # Detail 8.1.9/9.1.6 balconysill: 1.110000, # same as balcony balconydoorsill: 1.110000, # same as balconysill party: 0.990000, # inferred, similar to parapet/balcony grade: 0.880000, # Detail 2.5.1 joint: 0.500000, # Detail 3.3.2 transition: 0.000000 # defaults to 0 }.freeze # "GoodHigh performance" curtainwall spandrels. @set["spandrel HP (BETBG)"] = { rimjoist: 0.170000, # Detail 1.2.7 parapet: 0.660000, # Detail 1.3.2 roof: 0.660000, # same as parapet ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.000000, # inferred, generally part of clear-field RSi door: 0.000000, # inferred, generally part of clear-field RSi skylight: 0.350000, # same as "regular (BETBG)" spandrel: 0.155000, # Detail 5.4.4 corner: 0.200000, # Detail 1.4.2 balcony: 0.400000, # Detail 9.1.15 balconysill: 0.400000, # same as balcony balconydoorsill: 0.400000, # same as balconysill party: 0.500000, # inferred, similar to parapet/balcony grade: 0.880000, # Detail 2.5.1 joint: 0.140000, # Detail 7.4.2 transition: 0.000000 # defaults to 0 }.freeze # CCQ, Chapitre I1, code-compliant defaults. @set["code (Quebec)"] = { rimjoist: 0.300000, # re I1 parapet: 0.325000, # re I1 roof: 0.325000, # same as parapet ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.200000, # re I1 door: 0.200000, # re I1 skylight: 0.200000, # re I1 spandrel: 0.155000, # BETBG Detail 5.4.4 (same as uncompliant) corner: 0.300000, # inferred from description, not explicitely set balcony: 0.500000, # re I1 balconysill: 0.500000, # same as balcony balconydoorsill: 0.500000, # same as balconysill party: 0.450000, # re I1 grade: 0.450000, # re I1 joint: 0.200000, # re I1 transition: 0.000000 # defaults to 0 }.freeze # CCQ, Chapitre I1, non-code-compliant defaults. @set["uncompliant (Quebec)"] = { rimjoist: 0.850000, # re I1 parapet: 0.800000, # re I1 roof: 0.800000, # same as parapet ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.500000, # re I1 door: 0.500000, # re I1 skylight: 0.500000, # re I1 spandrel: 0.155000, # BETBG Detail 5.4.4 (same as compliant) corner: 0.850000, # inferred from description, not explicitely set balcony: 1.000000, # re I1 balconysill: 1.000000, # same as balcony balconydoorsill: 1.000000, # same as balconysill party: 0.850000, # re I1 grade: 0.850000, # re I1 joint: 0.500000, # re I1 transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "default" steel-framed and metal buildings. @set["90.1.22|steel.m|default"] = { rimjoist: 0.307000, # "intermediate floor to wall intersection" parapet: 0.260000, # "parapet" edge roof: 0.020000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.194000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000001, # (unspecified, defaults to 0) corner: 0.000002, # (unspecified, defaults to 0) balcony: 0.307000, # "intermediate floor balcony/overhang" edge balconysill: 0.307000, # "intermediate floor balcony" edge (when sill) balconydoorsill: 0.307000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.376000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "unmitigated" steel-framed and metal buildings. @set["90.1.22|steel.m|unmitigated"] = { rimjoist: 0.842000, # "intermediate floor to wall intersection" parapet: 0.500000, # "parapet" edge roof: 0.650000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.505000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000001, # (unspecified, defaults to 0) corner: 0.000002, # (unspecified, defaults to 0) balcony: 0.842000, # "intermediate floor balcony/overhang" edge balconysill: 1.686000, # "intermediate floor balcony" edge (when sill) balconydoorsill: 0.842000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.554000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "default" exterior/integral mass walls. @set["90.1.22|mass.ex|default"] = { rimjoist: 0.205000, # "intermediate floor to wall intersection" parapet: 0.217000, # "parapet" edge roof: 0.150000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.226000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000001, # (unspecified, defaults to 0) corner: 0.000002, # (unspecified, defaults to 0) balcony: 0.205000, # "intermediate floor balcony/overhang" edge balconysill: 0.307000, # "intermediate floor balcony" edge (when sill) balconydoorsill: 0.205000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.322000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "unmitigated" exterior/integral mass walls. @set["90.1.22|mass.ex|unmitigated"] = { rimjoist: 0.824000, # "intermediate floor to wall intersection" parapet: 0.412000, # "parapet" edge roof: 0.750000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.325000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000001, # (unspecified, defaults to 0) corner: 0.000002, # (unspecified, defaults to 0) balcony: 0.824000, # "intermediate floor balcony/overhang" edge balconysill: 1.686000, # "intermediate floor balcony" edge (when sill) balconydoorsill: 0.824000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.476000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "default" interior mass walls. @set["90.1.22|mass.in|default"] = { rimjoist: 0.495000, # "intermediate floor to wall intersection" parapet: 0.393000, # "parapet" edge roof: 0.150000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.143000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000000, # (unspecified, defaults to 0) corner: 0.000001, # (unspecified, defaults to 0) balcony: 0.495000, # "intermediate floor balcony/overhang" edge balconysill: 0.307000, # "intermediate floor balcony" edge (when sill) balconydoorsill: 0.495000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.322000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "unmitigated" interior mass walls. @set["90.1.22|mass.in|unmitigated"] = { rimjoist: 0.824000, # "intermediate floor to wall intersection" parapet: 0.884000, # "parapet" edge roof: 0.750000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.543000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000000, # (unspecified, defaults to 0) corner: 0.000001, # (unspecified, defaults to 0) balcony: 0.824000, # "intermediate floor balcony/overhang" edge balconysill: 1.686000, # "intermediate floor balcony" edge (when sill) balconydoorsill: 0.824000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.476000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "default" wood-framed (and other) walls. @set["90.1.22|wood.fr|default"] = { rimjoist: 0.084000, # "intermediate floor to wall intersection" parapet: 0.056000, # "parapet" edge roof: 0.020000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.171000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000000, # (unspecified, defaults to 0) corner: 0.000001, # (unspecified, defaults to 0) balcony: 0.084000, # "intermediate floor balcony/overhang" edge balconysill: 0.171001, # same as :fenestration balconydoorsill: 0.084000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.074000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze # ASHRAE 90.1 2022 (A10) "unmitigated" wood-framed (and other) walls. @set["90.1.22|wood.fr|unmitigated"] = { rimjoist: 0.582000, # "intermediate floor to wall intersection" parapet: 0.056000, # "parapet" edge roof: 0.150000, # (non-parapet) "roof" edge ceiling: 0.000000, # e.g. suspended ceiling tiles fenestration: 0.260000, # "wall to vertical fenestration intersection" door: 0.000000, # (unspecified, defaults to 0) skylight: 0.000000, # (unspecified, defaults to 0) spandrel: 0.000000, # (unspecified, defaults to 0) corner: 0.000001, # (unspecified, defaults to 0) balcony: 0.582000, # same as :rimjoist balconysill: 0.582000, # same as :rimjoist balconydoorsill: 0.582000, # same as balcony party: 0.000001, # (unspecified, defaults to 0) grade: 0.000001, # (unspecified, defaults to 0) joint: 0.322000, # placeholder for "cladding support" transition: 0.000000 # defaults to 0 }.freeze @set["(non thermal bridging)"] = { rimjoist: 0.000000, # defaults to 0 parapet: 0.000000, # defaults to 0 roof: 0.000000, # defaults to 0 ceiling: 0.000000, # defaults to 0 fenestration: 0.000000, # defaults to 0 door: 0.000000, # defaults to 0 skylight: 0.000000, # defaults to 0 spandrel: 0.000000, # defaults to 0 corner: 0.000000, # defaults to 0 balcony: 0.000000, # defaults to 0 balconysill: 0.000000, # defaults to 0 balconydoorsill: 0.000000, # defaults to 0 party: 0.000000, # defaults to 0 grade: 0.000000, # defaults to 0 joint: 0.000000, # defaults to 0 transition: 0.000000 # defaults to 0 }.freeze @set.keys.each { |k| self.gen(k) } end |
Instance Attribute Details
#has ⇒ Hash (readonly)
Returns shorthand listing of PSI types in a set.
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# File 'lib/tbd/psi.rb', line 118 def has @has end |
#set ⇒ Hash (readonly)
Returns PSI set.
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# File 'lib/tbd/psi.rb', line 115 def set @set end |
#val ⇒ Hash (readonly)
Returns shorthand listing of PSI-factors in a set.
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# File 'lib/tbd/psi.rb', line 121 def val @val end |
Instance Method Details
#append(set = {}) ⇒ Bool, false
Appends a new PSI set.
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# File 'lib/tbd/psi.rb', line 872 def append(set = {}) mth = "TBD::#{__callee__}" a = false s = {} return mismatch("set" , set, Hash, mth, DBG, a) unless set.is_a?(Hash) return hashkey("set id", set, :id , mth, DBG, a) unless set.key?(:id) id = trim(set[:id]) return mismatch("set ID", set[:id], String, mth, ERR, a) if id.empty? if @set.key?(id) log(ERR, "'#{id}': existing PSI set (#{mth})") return a end # Most PSI types have concave and convex variants, depending on the polar # position of deratable surfaces about an edge-as-thermal-bridge. One # exception is :fenestration, which TBD later breaks down into :head, # :sill or :jamb edge types. Another exception is a :joint edge: a PSI # type that is not autoassigned to an edge (i.e., only via a TBD JSON # input file). Finally, transitions are autoassigned by TBD when an edge # is "flat", i.e, no noticeable polar angle difference between surfaces. s[:rimjoist ] = set[:rimjoist ] if set.key?(:rimjoist) s[:rimjoistconcave ] = set[:rimjoistconcave ] if set.key?(:rimjoistconcave) s[:rimjoistconvex ] = set[:rimjoistconvex ] if set.key?(:rimjoistconvex) s[:parapet ] = set[:parapet ] if set.key?(:parapet) s[:parapetconcave ] = set[:parapetconcave ] if set.key?(:parapetconcave) s[:parapetconvex ] = set[:parapetconvex ] if set.key?(:parapetconvex) s[:roof ] = set[:roof ] if set.key?(:roof) s[:roofconcave ] = set[:roofconcave ] if set.key?(:roofconcave) s[:roofconvex ] = set[:roofconvex ] if set.key?(:roofconvex) s[:ceiling ] = set[:ceiling ] if set.key?(:ceiling) s[:ceilingconcave ] = set[:ceilingconcave ] if set.key?(:ceilingconcave) s[:ceilingconvex ] = set[:ceilingconvex ] if set.key?(:ceilingconvex) s[:fenestration ] = set[:fenestration ] if set.key?(:fenestration) s[:head ] = set[:head ] if set.key?(:head) s[:headconcave ] = set[:headconcave ] if set.key?(:headconcave) s[:headconvex ] = set[:headconvex ] if set.key?(:headconvex) s[:sill ] = set[:sill ] if set.key?(:sill) s[:sillconcave ] = set[:sillconcave ] if set.key?(:sillconcave) s[:sillconvex ] = set[:sillconvex ] if set.key?(:sillconvex) s[:jamb ] = set[:jamb ] if set.key?(:jamb) s[:jambconcave ] = set[:jambconcave ] if set.key?(:jambconcave) s[:jambconvex ] = set[:jambconvex ] if set.key?(:jambconvex) s[:door ] = set[:door ] if set.key?(:door) s[:doorhead ] = set[:doorhead ] if set.key?(:doorhead) s[:doorheadconcave ] = set[:doorheadconcave ] if set.key?(:doorheadconcave) s[:doorheadconvex ] = set[:doorheadconvex ] if set.key?(:doorheadconvex) s[:doorsill ] = set[:doorsill ] if set.key?(:doorsill) s[:doorsillconcave ] = set[:doorsillconcave ] if set.key?(:doorsillconcave) s[:doorsillconvex ] = set[:doorsillconvex ] if set.key?(:doorsillconvex) s[:doorjamb ] = set[:doorjamb ] if set.key?(:doorjamb) s[:doorjambconcave ] = set[:doorjambconcave ] if set.key?(:doorjambconcave) s[:doorjambconvex ] = set[:doorjambconvex ] if set.key?(:doorjambconvex) s[:skylight ] = set[:skylight ] if set.key?(:skylight) s[:skylighthead ] = set[:skylighthead ] if set.key?(:skylighthead) s[:skylightheadconcave ] = set[:skylightheadconcave ] if set.key?(:skylightheadconcave) s[:skylightheadconvex ] = set[:skylightheadconvex ] if set.key?(:skylightheadconvex) s[:skylightsill ] = set[:skylightsill ] if set.key?(:skylightsill) s[:skylightsillconcave ] = set[:skylightsillconcave ] if set.key?(:skylightsillconcave) s[:skylightsillconvex ] = set[:skylightsillconvex ] if set.key?(:skylightsillconvex) s[:skylightjamb ] = set[:skylightjamb ] if set.key?(:skylightjamb) s[:skylightjambconcave ] = set[:skylightjambconcave ] if set.key?(:skylightjambconcave) s[:skylightjambconvex ] = set[:skylightjambconvex ] if set.key?(:skylightjambconvex) s[:spandrel ] = set[:spandrel ] if set.key?(:spandrel) s[:spandrelconcave ] = set[:spandrelconcave ] if set.key?(:spandrelconcave) s[:spandrelconvex ] = set[:spandrelconvex ] if set.key?(:spandrelconvex) s[:corner ] = set[:corner ] if set.key?(:corner) s[:cornerconcave ] = set[:cornerconcave ] if set.key?(:cornerconcave) s[:cornerconvex ] = set[:cornerconvex ] if set.key?(:cornerconvex) s[:balcony ] = set[:balcony ] if set.key?(:balcony) s[:balconyconcave ] = set[:balconyconcave ] if set.key?(:balconyconcave) s[:balconyconvex ] = set[:balconyconvex ] if set.key?(:balconyconvex) s[:balconysill ] = set[:balconysill ] if set.key?(:balconysill) s[:balconysillconcave ] = set[:balconysillconcave ] if set.key?(:balconysillconcave) s[:balconysillconvex ] = set[:balconysillconvex ] if set.key?(:balconysillconvex) s[:balconydoorsill ] = set[:balconydoorsill ] if set.key?(:balconydoorsill) s[:balconydoorsillconcave] = set[:balconydoorsillconcave] if set.key?(:balconydoorsillconcave) s[:balconydoorsillconvex ] = set[:balconydoorsillconvex ] if set.key?(:balconydoorsillconvex) s[:party ] = set[:party ] if set.key?(:party) s[:partyconcave ] = set[:partyconcave ] if set.key?(:partyconcave) s[:partyconvex ] = set[:partyconvex ] if set.key?(:partyconvex) s[:grade ] = set[:grade ] if set.key?(:grade) s[:gradeconcave ] = set[:gradeconcave ] if set.key?(:gradeconcave) s[:gradeconvex ] = set[:gradeconvex ] if set.key?(:gradeconvex) s[:joint ] = set[:joint ] if set.key?(:joint) s[:transition ] = set[:transition ] if set.key?(:transition) s[:joint ] = 0.000 unless set.key?(:joint) s[:transition ] = 0.000 unless set.key?(:transition) s[:ceiling ] = 0.000 unless set.key?(:ceiling) @set[id] = s self.gen(id) true end |
#complete?(id = "") ⇒ Bool, false
Validates whether a given PSI set has a complete list of PSI type:values.
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# File 'lib/tbd/psi.rb', line 1003 def complete?(id = "") mth = "TBD::#{__callee__}" a = false id = trim(id) return mismatch("set ID", id, String, mth, ERR, a) if id.empty? return hashkey(id, @set , id, mth, ERR, a) unless @set.key?(id) return hashkey(id, @has , id, mth, ERR, a) unless @has.key?(id) return hashkey(id, @val , id, mth, ERR, a) unless @val.key?(id) holes = [] holes << :head if @has[id][:head ] holes << :sill if @has[id][:sill ] holes << :jamb if @has[id][:jamb ] ok = holes.size == 3 ok = true if @has[id][:fenestration ] return false unless ok corners = [] corners << :concave if @has[id][:cornerconcave ] corners << :convex if @has[id][:cornerconvex ] ok = corners.size == 2 ok = true if @has[id][:corner ] return false unless ok parapets = [] roofs = [] parapets << :concave if @has[id][:parapetconcave] parapets << :convex if @has[id][:parapetconvex ] roofs << :concave if @has[id][:roofconcave ] parapets << :convex if @has[id][:roofconvex ] ok = parapets.size == 2 || roofs.size == 2 ok = true if @has[id][:parapet ] ok = true if @has[id][:roof ] return false unless ok return false unless @has[id][:party ] return false unless @has[id][:grade ] return false unless @has[id][:balcony ] return false unless @has[id][:rimjoist ] ok end |
#gen(id = "") ⇒ Bool, false
Generates PSI set shorthand listings.
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# File 'lib/tbd/psi.rb', line 498 def gen(id = "") mth = "TBD::#{__callee__}" return hashkey(id, @set, id, mth, ERR, false) unless @set.key?(id) h = {} # true/false if PSI set has PSI type h[:joint ] = @set[id].key?(:joint) h[:transition ] = @set[id].key?(:transition) h[:fenestration ] = @set[id].key?(:fenestration) h[:head ] = @set[id].key?(:head) h[:headconcave ] = @set[id].key?(:headconcave) h[:headconvex ] = @set[id].key?(:headconvex) h[:sill ] = @set[id].key?(:sill) h[:sillconcave ] = @set[id].key?(:sillconcave) h[:sillconvex ] = @set[id].key?(:sillconvex) h[:jamb ] = @set[id].key?(:jamb) h[:jambconcave ] = @set[id].key?(:jambconcave) h[:jambconvex ] = @set[id].key?(:jambconvex) h[:door ] = @set[id].key?(:door) h[:doorhead ] = @set[id].key?(:doorhead) h[:doorheadconcave ] = @set[id].key?(:doorheadconcave) h[:doorheadconvex ] = @set[id].key?(:doorheadconvex) h[:doorsill ] = @set[id].key?(:doorsill) h[:doorsillconcave ] = @set[id].key?(:doorsillconcave) h[:doorsillconvex ] = @set[id].key?(:doorsillconvex) h[:doorjamb ] = @set[id].key?(:doorjamb) h[:doorjambconcave ] = @set[id].key?(:doorjambconcave) h[:doorjambconvex ] = @set[id].key?(:doorjambconvex) h[:skylight ] = @set[id].key?(:skylight) h[:skylighthead ] = @set[id].key?(:skylighthead) h[:skylightheadconcave ] = @set[id].key?(:skylightheadconcave) h[:skylightheadconvex ] = @set[id].key?(:skylightheadconvex) h[:skylightsill ] = @set[id].key?(:skylightsill) h[:skylightsillconcave ] = @set[id].key?(:skylightsillconcave) h[:skylightsillconvex ] = @set[id].key?(:skylightsillconvex) h[:skylightjamb ] = @set[id].key?(:skylightjamb) h[:skylightjambconcave ] = @set[id].key?(:skylightjambconcave) h[:skylightjambconvex ] = @set[id].key?(:skylightjambconvex) h[:spandrel ] = @set[id].key?(:spandrel) h[:spandrelconcave ] = @set[id].key?(:spandrelconcave) h[:spandrelconvex ] = @set[id].key?(:spandrelconvex) h[:corner ] = @set[id].key?(:corner) h[:cornerconcave ] = @set[id].key?(:cornerconcave) h[:cornerconvex ] = @set[id].key?(:cornerconvex) h[:party ] = @set[id].key?(:party) h[:partyconcave ] = @set[id].key?(:partyconcave) h[:partyconvex ] = @set[id].key?(:partyconvex) h[:parapet ] = @set[id].key?(:parapet) h[:partyconcave ] = @set[id].key?(:parapetconcave) h[:parapetconvex ] = @set[id].key?(:parapetconvex) h[:roof ] = @set[id].key?(:roof) h[:roofconcave ] = @set[id].key?(:roofconcave) h[:roofconvex ] = @set[id].key?(:roofconvex) h[:ceiling ] = @set[id].key?(:ceiling) h[:ceilingconcave ] = @set[id].key?(:ceilingconcave) h[:ceilingconvex ] = @set[id].key?(:ceilingconvex) h[:grade ] = @set[id].key?(:grade) h[:gradeconcave ] = @set[id].key?(:gradeconcave) h[:gradeconvex ] = @set[id].key?(:gradeconvex) h[:balcony ] = @set[id].key?(:balcony) h[:balconyconcave ] = @set[id].key?(:balconyconcave) h[:balconyconvex ] = @set[id].key?(:balconyconvex) h[:balconysill ] = @set[id].key?(:balconysill) h[:balconysillconcave ] = @set[id].key?(:balconysillconvex) h[:balconysillconvex ] = @set[id].key?(:balconysillconvex) h[:balconydoorsill ] = @set[id].key?(:balconydoorsill) h[:balconydoorsillconcave] = @set[id].key?(:balconydoorsillconvex) h[:balconydoorsillconvex ] = @set[id].key?(:balconydoorsillconvex) h[:rimjoist ] = @set[id].key?(:rimjoist) h[:rimjoistconcave ] = @set[id].key?(:rimjoistconcave) h[:rimjoistconvex ] = @set[id].key?(:rimjoistconvex) @has[id] = h v = {} # PSI-value (W/K per linear meter) v[:door ] = 0; v[:fenestration ] = 0; v[:skylight ] = 0 v[:head ] = 0; v[:headconcave ] = 0; v[:headconvex ] = 0 v[:sill ] = 0; v[:sillconcave ] = 0; v[:sillconvex ] = 0 v[:jamb ] = 0; v[:jambconcave ] = 0; v[:jambconvex ] = 0 v[:doorhead ] = 0; v[:doorheadconcave ] = 0; v[:doorconvex ] = 0 v[:doorsill ] = 0; v[:doorsillconcave ] = 0; v[:doorsillconvex ] = 0 v[:doorjamb ] = 0; v[:doorjambconcave ] = 0; v[:doorjambconvex ] = 0 v[:skylighthead ] = 0; v[:skylightheadconcave ] = 0; v[:skylightconvex ] = 0 v[:skylightsill ] = 0; v[:skylightsillconcave ] = 0; v[:skylightsillconvex ] = 0 v[:skylightjamb ] = 0; v[:skylightjambconcave ] = 0; v[:skylightjambconvex ] = 0 v[:spandrel ] = 0; v[:spandrelconcave ] = 0; v[:spandrelconvex ] = 0 v[:corner ] = 0; v[:cornerconcave ] = 0; v[:cornerconvex ] = 0 v[:parapet ] = 0; v[:parapetconcave ] = 0; v[:parapetconvex ] = 0 v[:roof ] = 0; v[:roofconcave ] = 0; v[:roofconvex ] = 0 v[:ceiling ] = 0; v[:ceilingconcave ] = 0; v[:ceilingconvex ] = 0 v[:party ] = 0; v[:partyconcave ] = 0; v[:partyconvex ] = 0 v[:grade ] = 0; v[:gradeconcave ] = 0; v[:gradeconvex ] = 0 v[:balcony ] = 0; v[:balconyconcave ] = 0; v[:balconyconvex ] = 0 v[:balconysill ] = 0; v[:balconysillconcave ] = 0; v[:balconysillconvex ] = 0 v[:balconydoorsill] = 0; v[:balconydoorsillconcave] = 0; v[:balconydoorsillconvex] = 0 v[:rimjoist ] = 0; v[:rimjoistconcave ] = 0; v[:rimjoistconvex ] = 0 v[:joint ] = 0; v[:transition ] = 0 v[:joint ] = @set[id][:joint ] if h[:joint ] v[:transition ] = @set[id][:transition ] if h[:transition ] v[:fenestration ] = @set[id][:fenestration ] if h[:fenestration ] v[:head ] = @set[id][:fenestration ] if h[:fenestration ] v[:headconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:headconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:sill ] = @set[id][:fenestration ] if h[:fenestration ] v[:sillconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:sillconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:jamb ] = @set[id][:fenestration ] if h[:fenestration ] v[:jambconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:jambconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:door ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorhead ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorheadconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorheadconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorsill ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorsillconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorsillconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorjamb ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorjambconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:doorjambconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylight ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylighthead ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightheadconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightheadconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightsill ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightsillconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightsillconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightjamb ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightjambconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:skylightjambconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:door ] = @set[id][:door ] if h[:door ] v[:doorhead ] = @set[id][:door ] if h[:door ] v[:doorheadconcave ] = @set[id][:door ] if h[:door ] v[:doorheadconvex ] = @set[id][:door ] if h[:door ] v[:doorsill ] = @set[id][:door ] if h[:door ] v[:doorsillconcave ] = @set[id][:door ] if h[:door ] v[:doorsillconvex ] = @set[id][:door ] if h[:door ] v[:doorjamb ] = @set[id][:door ] if h[:door ] v[:doorjambconcave ] = @set[id][:door ] if h[:door ] v[:doorjambconvex ] = @set[id][:door ] if h[:door ] v[:skylight ] = @set[id][:skylight ] if h[:skylight ] v[:skylighthead ] = @set[id][:skylight ] if h[:skylight ] v[:skylightheadconcave ] = @set[id][:skylight ] if h[:skylight ] v[:skylightheadconvex ] = @set[id][:skylight ] if h[:skylight ] v[:skylightsill ] = @set[id][:skylight ] if h[:skylight ] v[:skylightsillconcave ] = @set[id][:skylight ] if h[:skylight ] v[:skylightsillconvex ] = @set[id][:skylight ] if h[:skylight ] v[:skylightjamb ] = @set[id][:skylight ] if h[:skylight ] v[:skylightjambconcave ] = @set[id][:skylight ] if h[:skylight ] v[:skylightjambconvex ] = @set[id][:skylight ] if h[:skylight ] v[:head ] = @set[id][:head ] if h[:head ] v[:headconcave ] = @set[id][:head ] if h[:head ] v[:headconvex ] = @set[id][:head ] if h[:head ] v[:sill ] = @set[id][:sill ] if h[:sill ] v[:sillconcave ] = @set[id][:sill ] if h[:sill ] v[:sillconvex ] = @set[id][:sill ] if h[:sill ] v[:jamb ] = @set[id][:jamb ] if h[:jamb ] v[:jambconcave ] = @set[id][:jamb ] if h[:jamb ] v[:jambconvex ] = @set[id][:jamb ] if h[:jamb ] v[:doorhead ] = @set[id][:doorhead ] if h[:doorhead ] v[:doorheadconcave ] = @set[id][:doorhead ] if h[:doorhead ] v[:doorheadconvex ] = @set[id][:doorhead ] if h[:doorhead ] v[:doorsill ] = @set[id][:doorsill ] if h[:doorsill ] v[:doorsillconcave ] = @set[id][:doorsill ] if h[:doorsill ] v[:doorsillconvex ] = @set[id][:doorsill ] if h[:doorsill ] v[:doorjamb ] = @set[id][:doorjamb ] if h[:doorjamb ] v[:doorjambconcave ] = @set[id][:doorjamb ] if h[:doorjamb ] v[:doorjambconvex ] = @set[id][:doorjamb ] if h[:doorjamb ] v[:skylighthead ] = @set[id][:skylighthead ] if h[:skylighthead ] v[:skylightheadconcave ] = @set[id][:skylighthead ] if h[:skylighthead ] v[:skylightheadconvex ] = @set[id][:skylighthead ] if h[:skylighthead ] v[:skylightsill ] = @set[id][:skylightsill ] if h[:skylightsill ] v[:skylightsillconcave ] = @set[id][:skylightsill ] if h[:skylightsill ] v[:skylightsillconvex ] = @set[id][:skylightsill ] if h[:skylightsill ] v[:skylightjamb ] = @set[id][:skylightjamb ] if h[:skylightjamb ] v[:skylightjambconcave ] = @set[id][:skylightjamb ] if h[:skylightjamb ] v[:skylightjambconvex ] = @set[id][:skylightjamb ] if h[:skylightjamb ] v[:headconcave ] = @set[id][:headconcave ] if h[:headconcave ] v[:headconvex ] = @set[id][:headconvex ] if h[:headconvex ] v[:sillconcave ] = @set[id][:sillconcave ] if h[:sillconcave ] v[:sillconvex ] = @set[id][:sillconvex ] if h[:sillconvex ] v[:jambconcave ] = @set[id][:jambconcave ] if h[:jambconcave ] v[:jambconvex ] = @set[id][:jambconvex ] if h[:jambconvex ] v[:doorheadconcave ] = @set[id][:doorheadconcave ] if h[:doorheadconcave ] v[:doorheadconvex ] = @set[id][:doorheadconvex ] if h[:doorheadconvex ] v[:doorsillconcave ] = @set[id][:doorsillconcave ] if h[:doorsillconcave ] v[:doorsillconvex ] = @set[id][:doorsillconvex ] if h[:doorsillconvex ] v[:doorjambconcave ] = @set[id][:doorjambconcave ] if h[:doorjambconcave ] v[:doorjambconvex ] = @set[id][:doorjambconvex ] if h[:doorjambconvex ] v[:skylightheadconcave ] = @set[id][:skylightheadconcave ] if h[:skylightheadconcave ] v[:skylightheadconvex ] = @set[id][:skylightheadconvex ] if h[:skylightheadconvex ] v[:skylightsillconcave ] = @set[id][:skylightsillconcave ] if h[:skylightsillconcave ] v[:skylightsillconvex ] = @set[id][:skylightsillconvex ] if h[:skylightsillconvex ] v[:skylightjambconcave ] = @set[id][:skylightjambconcave ] if h[:skylightjambconcave ] v[:skylightjambconvex ] = @set[id][:skylightjambconvex ] if h[:skylightjambconvex ] v[:spandrel ] = @set[id][:spandrel ] if h[:spandrel ] v[:spandrelconcave ] = @set[id][:spandrel ] if h[:spandrel ] v[:spandrelconvex ] = @set[id][:spandrel ] if h[:spandrel ] v[:spandrelconcave ] = @set[id][:spandrelconcave ] if h[:spandrelconcave ] v[:spandrelconvex ] = @set[id][:spandrelconvex ] if h[:spandrelconvex ] v[:corner ] = @set[id][:corner ] if h[:corner ] v[:cornerconcave ] = @set[id][:corner ] if h[:corner ] v[:cornerconvex ] = @set[id][:corner ] if h[:corner ] v[:cornerconcave ] = @set[id][:cornerconcave ] if h[:cornerconcave ] v[:cornerconvex ] = @set[id][:cornerconvex ] if h[:cornerconvex ] v[:parapet ] = @set[id][:roof ] if h[:roof ] v[:parapetconcave ] = @set[id][:roof ] if h[:roof ] v[:parapetconvex ] = @set[id][:roof ] if h[:roof ] v[:parapetconcave ] = @set[id][:roofconcave ] if h[:roofconcave ] v[:parapetconvex ] = @set[id][:roofconvex ] if h[:roofconvex ] v[:parapet ] = @set[id][:parapet ] if h[:parapet ] v[:parapetconcave ] = @set[id][:parapet ] if h[:parapet ] v[:parapetconvex ] = @set[id][:parapet ] if h[:parapet ] v[:parapetconcave ] = @set[id][:parapetconcave ] if h[:parapetconcave ] v[:parapetconvex ] = @set[id][:parapetconvex ] if h[:parapetconvex ] v[:roof ] = @set[id][:parapet ] if h[:parapet ] v[:roofconcave ] = @set[id][:parapet ] if h[:parapet ] v[:roofconvex ] = @set[id][:parapet ] if h[:parapet ] v[:roofconcave ] = @set[id][:parapetconcave ] if h[:parapetconcave ] v[:roofconvex ] = @set[id][:parapetxonvex ] if h[:parapetconvex ] v[:roof ] = @set[id][:roof ] if h[:roof ] v[:roofconcave ] = @set[id][:roof ] if h[:roof ] v[:roofconvex ] = @set[id][:roof ] if h[:roof ] v[:roofconcave ] = @set[id][:roofconcave ] if h[:roofconcave ] v[:roofconvex ] = @set[id][:roofconvex ] if h[:roofconvex ] v[:ceiling ] = @set[id][:ceiling ] if h[:ceiling ] v[:ceilingconcave ] = @set[id][:ceiling ] if h[:ceiling ] v[:ceilingconvex ] = @set[id][:ceiling ] if h[:ceiling ] v[:ceilingconcave ] = @set[id][:ceilingconcave ] if h[:ceilingconcave ] v[:ceilingconvex ] = @set[id][:ceilingconvex ] if h[:ceilingconvex ] v[:party ] = @set[id][:party ] if h[:party ] v[:partyconcave ] = @set[id][:party ] if h[:party ] v[:partyconvex ] = @set[id][:party ] if h[:party ] v[:partyconcave ] = @set[id][:partyconcave ] if h[:partyconcave ] v[:partyconvex ] = @set[id][:partyconvex ] if h[:partyconvex ] v[:grade ] = @set[id][:grade ] if h[:grade ] v[:gradeconcave ] = @set[id][:grade ] if h[:grade ] v[:gradeconvex ] = @set[id][:grade ] if h[:grade ] v[:gradeconcave ] = @set[id][:gradeconcave ] if h[:gradeconcave ] v[:gradeconvex ] = @set[id][:gradeconvex ] if h[:gradeconvex ] v[:balcony ] = @set[id][:balcony ] if h[:balcony ] v[:balconyconcave ] = @set[id][:balcony ] if h[:balcony ] v[:balconyconvex ] = @set[id][:balcony ] if h[:balcony ] v[:balconyconcave ] = @set[id][:balconyconcave ] if h[:balconyconcave ] v[:balconyconvex ] = @set[id][:balconyconvex ] if h[:balconyconvex ] v[:balconysill ] = @set[id][:fenestration ] if h[:fenestration ] v[:balconysillconcave ] = @set[id][:fenestration ] if h[:fenestration ] v[:balconysillconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:balconydoorsill ] = @set[id][:fenestration ] if h[:fenestration ] v[:balconydoorsillconcave] = @set[id][:fenestration ] if h[:fenestration ] v[:balconydoorsillconvex ] = @set[id][:fenestration ] if h[:fenestration ] v[:balconysill ] = @set[id][:sill ] if h[:sill ] v[:balconysillconcave ] = @set[id][:sill ] if h[:sill ] v[:balconysillconvex ] = @set[id][:sill ] if h[:sill ] v[:balconysillconcave ] = @set[id][:sillconcave ] if h[:sillconcave ] v[:balconysillconvex ] = @set[id][:sillconvex ] if h[:sillconvex ] v[:balconydoorsill ] = @set[id][:sill ] if h[:sill ] v[:balconydoorsillconcave] = @set[id][:sill ] if h[:sill ] v[:balconydoorsillconvex ] = @set[id][:sill ] if h[:sill ] v[:balconydoorsillconcave] = @set[id][:sillconcave ] if h[:sillconcave ] v[:balconydoorsillconvex ] = @set[id][:sillconvex ] if h[:sillconvex ] v[:balconysill ] = @set[id][:balcony ] if h[:balcony ] v[:balconysillconcave ] = @set[id][:balcony ] if h[:balcony ] v[:balconysillconvex ] = @set[id][:balcony ] if h[:balcony ] v[:balconysillconcave ] = @set[id][:balconyconcave ] if h[:balconyconcave ] v[:balconysillconvex ] = @set[id][:balconyconvex ] if h[:balconycinvex ] v[:balconydoorsill ] = @set[id][:balcony ] if h[:balcony ] v[:balconydoorsillconcave] = @set[id][:balcony ] if h[:balcony ] v[:balconydoorsillconvex ] = @set[id][:balcony ] if h[:balcony ] v[:balconydoorsillconcave] = @set[id][:balconyconcave ] if h[:balconyconcave ] v[:balconydoorsillconvex ] = @set[id][:balconyconvex ] if h[:balconycinvex ] v[:balconysill ] = @set[id][:balconysill ] if h[:balconysill ] v[:balconysillconcave ] = @set[id][:balconysill ] if h[:balconysill ] v[:balconysillconvex ] = @set[id][:balconysill ] if h[:balconysill ] v[:balconysillconcave ] = @set[id][:balconysillconcave ] if h[:balconysillconcave ] v[:balconysillconvex ] = @set[id][:balconysillconvex ] if h[:balconysillconvex ] v[:balconydoorsill ] = @set[id][:balconysill ] if h[:balconysill ] v[:balconydoorsillconcave] = @set[id][:balconysill ] if h[:balconysill ] v[:balconydoorsillconvex ] = @set[id][:balconysill ] if h[:balconysill ] v[:balconydoorsillconcave] = @set[id][:balconysillconcave ] if h[:balconysillconcave ] v[:balconydoorsillconvex ] = @set[id][:balconysillconvex ] if h[:balconysillconvex ] v[:balconydoorsill ] = @set[id][:balconydoorsill ] if h[:balconydoorsill ] v[:balconydoorsillconcave] = @set[id][:balconydoorsill ] if h[:balconydoorsill ] v[:balconydoorsillconvex ] = @set[id][:balconydoorsill ] if h[:balconydoorsill ] v[:balconydoorsillconcave] = @set[id][:balconydoorsillconcave] if h[:balconydoorsillconcave] v[:balconydoorsillconvex ] = @set[id][:balconydoorsillconvex ] if h[:balconydoorsillconvex ] v[:rimjoist ] = @set[id][:rimjoist ] if h[:rimjoist ] v[:rimjoistconcave ] = @set[id][:rimjoist ] if h[:rimjoist ] v[:rimjoistconvex ] = @set[id][:rimjoist ] if h[:rimjoist ] v[:rimjoistconcave ] = @set[id][:rimjoistconcave ] if h[:rimjoistconcave ] v[:rimjoistconvex ] = @set[id][:rimjoistconvex ] if h[:rimjoistconvex ] max = [v[:parapetconcave], v[:parapetconvex]].max v[:parapet] = max unless @has[:parapet] max = [v[:roofconcave], v[:roofconvex]].max v[:roof] = max unless @has[:roof] @val[id] = v true end |
#safe(id = "", type = nil) ⇒ Symbol?
Returns safe PSI type if missing from PSI set (based on inheritance).
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# File 'lib/tbd/psi.rb', line 1055 def safe(id = "", type = nil) mth = "TBD::#{__callee__}" id = trim(id) ck1 = id.empty? ck2 = type.respond_to?(:to_sym) return mismatch("set ID", id, String, mth) if ck1 return mismatch("type", type, Symbol, mth) unless ck2 return hashkey(id, @set, id, mth, ERR) unless @set.key?(id) return hashkey(id, @has, id, mth, ERR) unless @has.key?(id) safer = type.to_sym unless @has[id][safer] concave = safer.to_s.include?("concave") convex = safer.to_s.include?("convex") safer = safer.to_s.chomp("concave").to_sym if concave safer = safer.to_s.chomp("convex").to_sym if convex end unless @has[id][safer] safer = :fenestration if safer == :head safer = :fenestration if safer == :sill safer = :fenestration if safer == :jamb safer = :door if safer == :doorhead safer = :door if safer == :doorsill safer = :door if safer == :doorjamb safer = :skylight if safer == :skylighthead safer = :skylight if safer == :skylightsill safer = :skylight if safer == :skylightjamb end unless @has[id][safer] safer = :fenestration if safer == :skylight safer = :fenestration if safer == :door end return safer if @has[id][safer] nil end |
#shorthands(id = "") ⇒ Hash
Returns PSI set shorthands. The return Hash holds 2 keys, has: a Hash of true/false (values) for any admissible PSI type (keys), and val: a Hash of PSI-factors (values) for any admissible PSI type (keys). PSI-factors default to 0 W/K per linear meter if missing from set.
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# File 'lib/tbd/psi.rb', line 981 def shorthands(id = "") mth = "TBD::#{__callee__}" sh = { has: {}, val: {} } id = trim(id) return mismatch("set ID", id, String, mth, ERR, a) if id.empty? return hashkey(id, @set , id, mth, ERR, sh) unless @set.key?(id) return hashkey(id, @has , id, mth, ERR, sh) unless @has.key?(id) return hashkey(id, @val , id, mth, ERR, sh) unless @val.key?(id) sh[:has] = @has[id] sh[:val] = @val[id] sh end |