library Ontology/Blending/SignForest

logic OWL serialization Manchester

%% signs are physical artifacts
%% Signs have a low density of symbols, i.e., the number of symbols on a sign may not exceed seven (?) items. 
%% symbols convey information or point to other objects.     
%% ( in principle: signs can be classified into different types of signs, such as road sign or warning sign. )

ontology Signage = 
ObjectProperty: conveys
    Characteristics: Irreflexive, Asymmetric    
    Domain: Symbol or Shape or Colour
    Range: Information
ObjectProperty: depicts
    Characteristics: Irreflexive, Asymmetric    
    Domain: Sign    
    Range: Symbol
ObjectProperty: pointsTo
    Domain: Information
    Range: Object
ObjectProperty: hasColour
    Range: Colour
ObjectProperty: hasShape
    Range: Shape
ObjectProperty: locatedAt
    Range: PhysicalSupport
Class: Sign
    SubClassOf:  PhysicalArtefact
    EquivalentTo: depicts max 7 Symbol
Class: Symbol
    EquivalentTo: conveys some Information
Class: Information
Class: PhysicalArtefact
    SubClassOf: hasColour exactly 1 Colour,
		hasShape exactly 1 Shape,
		locatedAt some PhysicalSupport
Class: Object
Class: Colour
Class: Shape
Class: PhysicalSupport
end


ontology Forest = 
%% forests are natural groups of `soil, plant, and animal life'
%% todo: with a high density of trees, i.e., more than 100 (?)
%% ( in principle: They can be classified into types, such as rainforest or tropical forest. )
Class: NaturalGroup
Class: Plant
Class: Tree
    SubClassOf: Plant
ObjectProperty: contains
Class: Forest
    SubClassOf: NaturalGroup
%% TODO: 100 instead of 5!!!
    EquivalentTo: contains min 5 Tree,
		  contains some (Soil or Plant or AnimalLife)
Class: Soil
Class: AnimalLife
end

ontology SignForestBase = %% Schilderwald
Class: AbstractSupport
ObjectProperty: hasLocation
ObjectProperty: contains
Class: BaseObject
    SubClassOf: hasLocation some AbstractSupport
Class: Container
    SubClassOf: contains some BaseObject
end

view SignageWithSignForestBase : {SignForestBase hide Container, contains} to Signage = 
    BaseObject |-> Sign,
    AbstractSupport |-> PhysicalSupport,
    hasLocation |-> locatedAt
%% hidden the following and extend conservatively later to calculate colimit
%%    Container |-> SignCollection,
%%    contains |-> contains
end

ontology SignageConservativeExt = Signage then %cons
ObjectProperty: contains
Class: SignCollection
    SubClassOf: contains some Sign
end

view SignageWithSignForestBaseForColimit : SignForestBase to SignageConservativeExt =
    BaseObject |-> Sign,
    AbstractSupport |-> PhysicalSupport,
    hasLocation |-> locatedAt,
    Container |-> SignCollection,
    contains |-> contains
end


view ForestWithSignForestBase : {SignForestBase hide hasLocation} to Forest = 
    AbstractSupport |-> Soil,
    Container |-> Forest,
    contains |-> contains,
    BaseObject |-> Tree
end

ontology ForestConservativeExt = Forest then %cons
ObjectProperty: growsOn
Class: Tree
    SubClassOf: growsOn some Soil
end

view ForestWithSignForestBaseForColimit : SignForestBase to ForestConservativeExt = 
    AbstractSupport |-> Soil,
    Container |-> Forest,
    contains |-> contains,
    BaseObject |-> Tree,
    hasLocation |-> growsOn
end

%% in hets:
%% SignForest colimit from SignageWithSignForestBaseForColimit to ForestWithSignForestBaseForColimit
ontology Blend1 = combine SignageWithSignForestBase, ForestWithSignForestBase
end

ontology Blend2 = combine SignageWithSignForestBaseForColimit, ForestWithSignForestBaseForColimit
end