(define-terminal
  :class "term-struct"
  :super-classes ("terminal")
  :geometry-width "13"
  :geometry-height "13"
  :link-color "blue"
  :variables
  (("a"
    :value "1")))


(define-module
  :class "struct-library"
  :super-classes ("module"))


(define-module
  :class "struct-model"
  :super-classes ("module")
  :documentation "superclass that must be used as a marker for all structural network modules opened in the visual editor")


(define-terminal
  :class "term-struct-compound"
  :super-classes ("term-struct")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/term-compound")


(define-module
  :class "compound"
  :super-classes ("struct-library")
  :icon "icons/struct/comp"
  :terminals
  (("input"
    :is-a "term-struct-compound"
    :geometry-side "top"
    :geometry-position "0.5"))
  :variables
  (("defval"
    :documentation "Default value of the logical state of the reaction. empty =
  undefined"
    :system-theoretic "integer-parameter")
   ("ignore_in_export"
    :documentation "parameter determining whether the compound is exported to the
  CellNetAnalyzer. Allowed Values 0 (exported) or 1 (ignored in export), default
  0."
    :system-theoretic "integer-parameter"
    :value "0")
   ("map_number"
    :documentation "parameter determining the map in CellNetAnalyzer. Should be a positive int, default is 1."
    :system-theoretic "integer-parameter"
    :value "1")
   ("textbox_type"
    :documentation "parameter determining if the textbox in  CellNetAnalyzer is editable (1), not-editable (2) or non-visible (3). The default value is 1."
    :system-theoretic "integer-parameter"
    :value "1")))


(define-module
  :class "toymodel"
  :super-classes ("struct-model"))


(define-module
  :class "struct-adapter"
  :super-classes ("struct-library")
  :icon "icons/struct/struct-adapt"
  :terminals
  (("input"
    :is-a "term-struct"
    :geometry-side "top"
    :geometry-position "0.5")
   ("output"
    :is-a "term-struct"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "struct-adapter-compound"
  :super-classes ("struct-adapter")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/struct-adapt"
  :terminals
  (("input"
    :is-a "term-struct-compound")
   ("output"
    :is-a "term-struct-compound")))


(define-module
  :class "phosphatase"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/phosphatase")


(define-terminal
  :class "term-struct-gate"
  :super-classes ("term-struct"))


(define-terminal
  :class "term-struct-output"
  :super-classes ("term-struct-gate")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/term-output")


(define-terminal
  :class "term-struct-input"
  :super-classes ("term-struct-gate")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/term-input")


(define-module
  :class "not"
  :super-classes ("struct-library")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/not"
  :terminals
  (("input"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.5")
   ("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "reservoir"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/reservoir")


(define-module
  :class "gate"
  :super-classes ("struct-library")
  :variables
  (("conf"
    :documentation "confidence level of this element: 1-most established (values between 0 and 1)"
    :system-theoretic "real-parameter"
    :value "1")
   ("defval"
    :documentation "Default value of the logical state of the reaction. empty = undefined"
    :system-theoretic "integer-parameter")
   ("ignore_in_export"
    :documentation "parameter determining whether the gate is exported to the
  CellNetAnalyzer. Allowed Values 0 (exported) or 1 (ignored in export), default
  0."
    :system-theoretic "integer-parameter"
    :value "0")
   ("logexcl"
    :documentation "parameter defining the gate to be excluded from logical
  analysis. Allowed Values 0 (included) or 1 (excluded), default 0."
    :system-theoretic "integer-parameter"
    :value "0")
   ("map_number"
    :documentation "parameter determining the map in CellNetAnalyzer. Should be a positive int, default is 1."
    :system-theoretic "integer-parameter"
    :value "1")
   ("monotone"
    :documentation "parameter defining the gate to be monotone. Allowed Values 0 (non monotone) or >0 (monotone), default 0.01d0=monotone."
    :system-theoretic "real-parameter"
    :value "0.01d0")
   ("textbox_type"
    :documentation "parameter determining if the textbox in  CellNetAnalyzer is editable (1), not-editable (2) or non-visible (3). The default value is 1."
    :system-theoretic "integer-parameter"
    :value "1")
   ("time"
    :documentation "parameter determining the time-scale, 1 being the fastest"
    :system-theoretic "real-parameter"
    :value "1")))


(define-module
  :class "and"
  :super-classes ("gate")
  :icon "icons/struct/and")


(define-module
  :class "gate-2"
  :super-classes ("gate")
  :terminals
  (("input1"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.1")
   ("input2"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.9")
   ("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "and-2"
  :super-classes ("and" "gate-2")
  :properties
  (("abstract"
    :value "no")))


(define-module
  :class "struct-adapter-gate"
  :super-classes ("struct-adapter")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/struct-adapt"
  :terminals
  (("input"
    :is-a "term-struct-input")
   ("output"
    :is-a "term-struct-output")))


(define-module
  :class "gate-2-2"
  :super-classes ("gate-2")
  :parameters
  (("gate_2.ignore_in_export"
    :value "parent.ignore_in_export")
   ("gate_2b.ignore_in_export"
    :value "parent.ignore_in_export")
   ("struct_adapter.ignore_in_export"
    :value "parent.ignore_in_export")
   ("struct_adapterb.ignore_in_export"
    :value "parent.ignore_in_export"))
  :terminals
  (("input1"
    :is-eq-to "gate_2.input1"
    :geometry-side "TOP"
    :geometry-position "0.1")
   ("input2"
    :is-eq-to "struct_adapter.input"
    :geometry-side "TOP"
    :geometry-position "0.5")
   ("input3"
    :is-eq-to "gate_2b.input2"
    :geometry-side "TOP"
    :geometry-position "0.9")
   ("output"
    :is-eq-to "struct_adapterb.output"
    :geometry-side "BOTTOM"
    :geometry-position "0.5"))
  :modules
  (("gate_2"
    :is-a "gate-2"
    :geometry-x "48"
    :geometry-y "147")
   ("gate_2b"
    :is-a "gate-2"
    :geometry-x "228"
    :geometry-y "147")
   ("struct_adapter"
    :is-a "struct-adapter-gate"
    :geometry-x "137"
    :geometry-y "82")
   ("struct_adapterb"
    :is-a "struct-adapter-gate"
    :geometry-x "138"
    :geometry-y "209"))
  :links
  (("struct_adapterbinput_gate_2output"
    :terminals ("struct_adapterb.input" "gate_2.output"
                "gate_2b.output")
    :nodes (("138" "158"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))
   ("struct_adapteroutput_gate_2input2"
    :terminals ("struct_adapter.output" "gate_2.input2"
                "gate_2b.input1")
    :nodes (("138" "136"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil))))
  :variables
  (("visibility"
    :value "1")))


(define-module
  :class "and-2-2"
  :super-classes ("and" "gate-2-2")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/and_22"
  :parameters
  (("gate_2.ignore_in_export"
    :value "parent.ignore_in_export")
   ("gate_2b.ignore_in_export"
    :value "parent.ignore_in_export"))
  :modules
  (("gate_2"
    :is-a "and-2")
   ("gate_2b"
    :is-a "and-2")))


(define-module
  :class "activ"
  :super-classes ("gate")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/activ"
  :terminals
  (("input1"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.5")
   ("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "somehow"
  :super-classes ("gate")
  :documentation " classes to represent incomplete truth tables")


(define-module
  :class "somehow-2"
  :super-classes ("gate-2" "somehow")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/somehow")


(define-module
  :class "receptor"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/receptor")


(define-module
  :class "adapter"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/adapter")


(define-module
  :class "boundary"
  :super-classes ("gate"))


(define-module
  :class "drain"
  :super-classes ("boundary")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/output"
  :terminals
  (("input"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.5")))


(define-module
  :class "transfactor"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/transfactor")


(define-module
  :class "nucleus"
  :super-classes ("toymodel")
  :icon "../../../../../../../../usr/local/diana/promot-development/promot/kb/SignalTransd/structure/icons/struct/nucleus.gif"
  :geometry-width "123"
  :geometry-height "332"
  :terminals
  (("input1"
    :is-eq-to "k3p1_k3p2_tf1.input1"
    :geometry-side "TOP"
    :geometry-position "0.101626016"
    :line nil)
   ("input2"
    :is-eq-to "k3p1_k3p2_tf1.input2"
    :geometry-side "TOP"
    :geometry-position "0.92276424"))
  :modules
  (("drain"
    :is-a "drain"
    :geometry-x "63"
    :geometry-y "282")
   ("k3p1_k3p2_tf1"
    :is-a "and-2"
    :geometry-x "63"
    :geometry-y "150")
   ("tf1_mmmm"
    :is-a "transfactor"
    :geometry-x "62"
    :geometry-y "218"
    :graphical-flip "00"
    :graphical-rotation "0"))
  :links
  (("k3p1_k3p2_tf1output_tf1_mmmminput"
    :terminals ("k3p1_k3p2_tf1.output" "tf1_mmmm.input" "drain.input")
    :nodes (("63" "210"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))))


(define-module
  :class "source"
  :super-classes ("boundary")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/input"
  :terminals
  (("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "kinase"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/kinase")


(define-module
  :class "cell"
  :super-classes ("toymodel")
  :icon "../../../../../../../../usr/local/diana/promot-development/promot/kb/SignalTransd/structure/icons/struct/cell.gif"
  :geometry-width "800"
  :geometry-height "900"
  :terminals
  (("input"
    :is-eq-to "struct_adapter_compound.input"
    :geometry-side "TOP"
    :geometry-position "0.335625")
   ("input0"
    :is-eq-to "struct_adapter_compound0.input"
    :geometry-side "TOP"
    :geometry-position "0.710625"))
  :modules
  (("a1_mmmmm"
    :is-a "adapter"
    :geometry-x "194"
    :geometry-y "344"
    :graphical-flip "00"
    :graphical-rotation "0")
   ("a1_not_ph1_k1"
    :is-a "somehow-2"
    :geometry-x "182"
    :geometry-y "425")
   ("a1_ph2"
    :is-a "activ"
    :geometry-x "691"
    :geometry-y "349")
   ("a2_iiiiiiiiiiiiiiiii"
    :is-a "adapter"
    :geometry-x "556"
    :geometry-y "412"
    :graphical-flip "00"
    :graphical-rotation "0")
   ("and_2_2"
    :is-a "and-2-2"
    :geometry-x "556"
    :geometry-y "496")
   ("k1_iiiiiiiiiiiiiiiiiiii"
    :is-a "kinase"
    :geometry-x "182"
    :geometry-y "493"
    :graphical-flip "00"
    :graphical-rotation "0")
   ("k1_k3r_k3p1"
    :is-a "and-2"
    :geometry-x "193"
    :geometry-y "560")
   ("k2_k3r_k3p2"
    :is-a "and-2"
    :geometry-x "544"
    :geometry-y "648")
   ("k2_mmmmmmm"
    :is-a "kinase"
    :geometry-x "556"
    :geometry-y "555"
    :graphical-flip "00"
    :graphical-rotation "0")
   ("k3p1"
    :is-a "kinase"
    :geometry-x "192"
    :geometry-y "608")
   ("k3p1_ph1"
    :is-a "activ"
    :geometry-x "126"
    :geometry-y "600"
    :graphical-rotation "90")
   ("k3p2"
    :is-a "kinase"
    :geometry-x "543"
    :geometry-y "714")
   ("k3r"
    :is-a "reservoir"
    :geometry-x "422"
    :geometry-y "645")
   ("not"
    :is-a "not"
    :geometry-x "269"
    :geometry-y "283")
   ("not0"
    :is-a "not"
    :geometry-x "74"
    :geometry-y "421"
    :graphical-rotation "180")
   ("not_r1_r2_a2"
    :is-a "and-2"
    :geometry-x "556"
    :geometry-y "301")
   ("nucleus_mmmmmmmm"
    :is-a "nucleus"
    :geometry-x "399"
    :geometry-y "780"
    :graphical-flip "00"
    :graphical-rotation "0")
   ("ph1"
    :is-a "phosphatase"
    :geometry-x "74"
    :geometry-y "606")
   ("ph2"
    :is-a "phosphatase"
    :geometry-x "691"
    :geometry-y "493")
   ("r1"
    :is-a "receptor"
    :geometry-x "268"
    :geometry-y "220"
    :graphical-flip "00"
    :graphical-rotation "0")
   ("r1_a1"
    :is-a "activ"
    :geometry-x "194"
    :geometry-y "220")
   ("r2"
    :is-a "receptor"
    :geometry-x "568"
    :geometry-y "226")
   ("source"
    :is-a "source"
    :geometry-x "422"
    :geometry-y "568"
    :graphical-flip "00"
    :graphical-rotation "0")
   ("struct_adapter_compound"
    :is-a "struct-adapter-compound"
    :geometry-x "268"
    :geometry-y "74")
   ("struct_adapter_compound0"
    :is-a "struct-adapter-compound"
    :geometry-x "568"
    :geometry-y "76"))
  :links
  (("a1_not_ph1_k1output_k1_iiiiiiiiiiiiiiiiiiiiinput"
    :terminals ("a1_not_ph1_k1.output" "k1_iiiiiiiiiiiiiiiiiiii.input"
                "k1_k3r_k3p1.input1" "and_2_2.input1")
    :nodes (("182" "485"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil) ("3" "-1" nil)))
   ("a1_ph2output_ph2input"
    :terminals ("a1_ph2.output" "ph2.input" "and_2_2.input3")
    :nodes (("691" "485"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))
   ("and_2_2output_k2_mmmmmmminput"
    :terminals ("and_2_2.output" "k2_mmmmmmm.input"
                "k2_k3r_k3p2.input2")
    :nodes (("556" "547"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))
   ("k1_k3r_k3p1output_k3p1input"
    :terminals ("k1_k3r_k3p1.output" "k3p1.input" "k3p1_ph1.input1"
                "nucleus_mmmmmmmm.input1")
    :nodes (("192" "600"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)
            ("3" "-1" (("192" "736")))))
   ("k2_k3r_k3p2output_k3p2input"
    :terminals ("k2_k3r_k3p2.output" "k3p2.input"
                "nucleus_mmmmmmmm.input2")
    :nodes (("544" "706"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" (("544" "736")))))
   ("not0input_ph1input"
    :terminals ("not0.input" "ph1.input" "k3p1_ph1.output")
    :nodes (("74" "600"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))
   ("not0output_a1_not_ph1_k1input1"
    :terminals ("not0.output" "a1_not_ph1_k1.input1")
    :edges (("0" "1" nil)))
   ("notoutput_not_r1_r2_a2input1"
    :terminals ("not.output" "not_r1_r2_a2.input1")
    :edges (("0" "1" nil)))
   ("not_r1_r2_a2output_a2_iiiiiiiiiiiiiiiiiinput"
    :terminals ("not_r1_r2_a2.output" "a2_iiiiiiiiiiiiiiiii.input"
                "and_2_2.input2")
    :nodes (("556" "404"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))
   ("r1_a1output_a1_mmmmminput"
    :terminals ("r1_a1.output" "a1_mmmmm.input" "a1_ph2.input1"
                "a1_not_ph1_k1.input2")
    :nodes (("194" "340"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil) ("3" "-1" nil)))
   ("sourceoutput_k3rinput"
    :terminals ("source.output" "k3r.input" "k1_k3r_k3p1.input2"
                "k2_k3r_k3p2.input1")
    :nodes (("422" "637"))
    :edges (("0" "-1" nil) ("1" "-1" nil)
            ("2" "-1" (("355" "549") ("355" "637"))) ("3" "-1" nil)))
   ("struct_adapter_compound0output_r2input"
    :terminals ("struct_adapter_compound0.output" "r2.input"
                "not_r1_r2_a2.input2")
    :nodes (("568" "217"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))
   ("struct_adapter_compoundoutput_r1input"
    :terminals ("struct_adapter_compound.output" "r1.input"
                "r1_a1.input1" "not.input")
    :nodes (("268" "211"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil) ("3" "-1" nil)))))


(define-module
  :class "whole_model"
  :super-classes ("toymodel")
  :properties
  (("model"
    :value "yes"))
  :geometry-width "320"
  :geometry-height "433"
  :modules
  (("cell"
    :is-a "cell"
    :geometry-x "155"
    :geometry-y "262")
   ("lig1"
    :is-a "source"
    :geometry-x "122"
    :geometry-y "132")
   ("lig2"
    :is-a "source"
    :geometry-x "197"
    :geometry-y "132"))
  :links
  (("lig1output_cellinput"
    :terminals ("lig1.output" "cell.input")
    :edges (("0" "1" nil)))
   ("lig2output_cellinput0"
    :terminals ("lig2.output" "cell.input0")
    :edges (("0" "1" nil)))))


(define-module
  :class "ligand"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/ligand")


(define-module
  :class "dummy"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/dummy")


(define-module
  :class "ubiquitin-ligase"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/ubiquitinLigase")


(define-module
  :class "gtpase"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/gpro")


(define-module
  :class "gprotein"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/gpro")


(define-module
  :class "gef"
  :super-classes ("compound")
  :documentation "guanine nucleotide exchange factor"
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/gef")


(define-module
  :class "gap"
  :super-classes ("compound")
  :documentation "gtpase activating protein"
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/gap")


(define-module
  :class "other"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no")))


(define-module
  :class "drug"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/drug")


(define-module
  :class "external-stimulus"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/externalStimulus")


(define-module
  :class "phenotype"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/phenotype")


(define-module
  :class "gene"
  :super-classes ("compound")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/gene")


(define-module
  :class "gate-3"
  :super-classes ("gate")
  :terminals
  (("input1"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.1")
   ("input2"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.5")
   ("input3"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.9")
   ("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "gate-4"
  :super-classes ("gate")
  :terminals
  (("input1"
    :is-a "term-struct-input"
    :geometry-side "left"
    :geometry-position "0.5")
   ("input2"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.25")
   ("input3"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.77")
   ("input4"
    :is-a "term-struct-input"
    :geometry-side "right"
    :geometry-position "0.5")
   ("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "gate-5"
  :super-classes ("gate")
  :terminals
  (("input1"
    :is-a "term-struct-input"
    :geometry-side "left"
    :geometry-position "0.9")
   ("input2"
    :is-a "term-struct-input"
    :geometry-side "left"
    :geometry-position "0.1")
   ("input3"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.5")
   ("input4"
    :is-a "term-struct-input"
    :geometry-side "right"
    :geometry-position "0.1")
   ("input5"
    :is-a "term-struct-input"
    :geometry-side "right"
    :geometry-position "0.9")
   ("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "gate-6"
  :super-classes ("gate")
  :terminals
  (("input1"
    :is-a "term-struct-input"
    :geometry-side "left"
    :geometry-position "0.9")
   ("input2"
    :is-a "term-struct-input"
    :geometry-side "left"
    :geometry-position "0.1")
   ("input3"
    :is-a "term-struct-input"
    :geometry-side "top"
    :geometry-position "0.5")
   ("input4"
    :is-a "term-struct-input"
    :geometry-side "right"
    :geometry-position "0.1")
   ("input5"
    :is-a "term-struct-input"
    :geometry-side "right"
    :geometry-position "0.5")
   ("input6"
    :is-a "term-struct-input"
    :geometry-side "right"
    :geometry-position "0.9")
   ("output"
    :is-a "term-struct-output"
    :geometry-side "bottom"
    :geometry-position "0.5")))


(define-module
  :class "and-3"
  :super-classes ("and" "gate-3")
  :properties
  (("abstract"
    :value "no")))


(define-module
  :class "and-4"
  :super-classes ("and" "gate-4")
  :properties
  (("abstract"
    :value "no")))


(define-module
  :class "and-5"
  :super-classes ("and" "gate-5")
  :properties
  (("abstract"
    :value "no")))


(define-module
  :class "and-6"
  :super-classes ("and" "gate-6")
  :properties
  (("abstract"
    :value "no")))


(define-module
  :class "or"
  :super-classes ("gate")
  :icon "icons/struct/or")


(define-module
  :class "or-2"
  :super-classes ("or" "gate-2")
  :properties
  (("abstract"
    :value "no"))
  :parameters
  (("activ.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ2.ignore_in_export"
    :value "parent.ignore_in_export")
   ("struct_adapter.ignore_in_export"
    :value "parent.ignore_in_export"))
  :terminals
  (("input1"
    :is-eq-to "activ.input1")
   ("input2"
    :is-eq-to "activ2.input1")
   ("output"
    :is-eq-to "struct_adapter.output"))
  :modules
  (("activ"
    :is-a "activ"
    :geometry-x "71"
    :geometry-y "81")
   ("activ2"
    :is-a "activ"
    :geometry-x "202"
    :geometry-y "84")
   ("struct_adapter"
    :is-a "struct-adapter-gate"
    :geometry-x "124"
    :geometry-y "176"))
  :links
  (("struct_adapterinput_activ2output"
    :terminals ("struct_adapter.input" "activ2.output" "activ.output")
    :nodes (("136" "112"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil)))))


(define-module
  :class "or-3"
  :super-classes ("or" "gate-3")
  :properties
  (("abstract"
    :value "no"))
  :geometry-width "438"
  :geometry-height "300"
  :parameters
  (("activ.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ0.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ2.ignore_in_export"
    :value "parent.ignore_in_export")
   ("struct_adapter.ignore_in_export"
    :value "parent.ignore_in_export"))
  :terminals
  (("input1"
    :is-eq-to "activ.input1")
   ("input2"
    :is-eq-to "activ2.input1")
   ("input3"
    :is-eq-to "activ0.input1")
   ("output"
    :is-eq-to "struct_adapter.output"))
  :modules
  (("activ"
    :is-a "activ"
    :geometry-x "71"
    :geometry-y "81")
   ("activ0"
    :is-a "activ"
    :geometry-x "290"
    :geometry-y "85")
   ("activ2"
    :is-a "activ"
    :geometry-x "202"
    :geometry-y "84")
   ("struct_adapter"
    :is-a "struct-adapter-gate"
    :geometry-x "124"
    :geometry-y "176"))
  :links
  (("struct_adapterinput_activ2output"
    :terminals ("struct_adapter.input" "activ2.output" "activ.output"
                "activ0.output")
    :nodes (("136" "112"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil) ("3" "-1" nil)))))


(define-module
  :class "or-4"
  :super-classes ("or" "gate-4")
  :properties
  (("abstract"
    :value "no"))
  :geometry-width "407"
  :geometry-height "300"
  :parameters
  (("activ.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ0.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ1.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ2.ignore_in_export"
    :value "parent.ignore_in_export")
   ("struct_adapter.ignore_in_export"
    :value "parent.ignore_in_export"))
  :terminals
  (("input1"
    :is-eq-to "activ.input1")
   ("input2"
    :is-eq-to "activ2.input1")
   ("input3"
    :is-eq-to "activ0.input1")
   ("input4"
    :is-eq-to "activ1.input1")
   ("output"
    :is-eq-to "struct_adapter.output"))
  :modules
  (("activ"
    :is-a "activ"
    :geometry-x "55"
    :geometry-y "129")
   ("activ0"
    :is-a "activ"
    :geometry-x "250"
    :geometry-y "77")
   ("activ1"
    :is-a "activ"
    :geometry-x "330"
    :geometry-y "127")
   ("activ2"
    :is-a "activ"
    :geometry-x "122"
    :geometry-y "76")
   ("struct_adapter"
    :is-a "struct-adapter-gate"
    :geometry-x "172"
    :geometry-y "176"))
  :links
  (("struct_adapterinput_activ2output"
    :terminals ("struct_adapter.input" "activ2.output" "activ.output"
                "activ0.output" "activ1.output")
    :nodes (("174" "104"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil) ("3" "-1" nil)
            ("4" "-1" nil)))))


(define-module
  :class "or-5"
  :super-classes ("or" "gate-5")
  :properties
  (("abstract"
    :value "no"))
  :geometry-width "407"
  :geometry-height "300"
  :parameters
  (("activ.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ0.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ1.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ2.ignore_in_export"
    :value "parent.ignore_in_export")
   ("activ3.ignore_in_export"
    :value "parent.ignore_in_export")
   ("struct_adapter.ignore_in_export"
    :value "parent.ignore_in_export"))
  :terminals
  (("input1"
    :is-eq-to "activ.input1")
   ("input2"
    :is-eq-to "activ2.input1")
   ("input3"
    :is-eq-to "activ0.input1")
   ("input4"
    :is-eq-to "activ1.input1")
   ("input5"
    :is-eq-to "activ3.input1")
   ("output"
    :is-eq-to "struct_adapter.output"))
  :modules
  (("activ"
    :is-a "activ"
    :geometry-x "55"
    :geometry-y "129")
   ("activ0"
    :is-a "activ"
    :geometry-x "250"
    :geometry-y "77")
   ("activ1"
    :is-a "activ"
    :geometry-x "330"
    :geometry-y "127")
   ("activ2"
    :is-a "activ"
    :geometry-x "122"
    :geometry-y "76")
   ("activ3"
    :is-a "activ"
    :geometry-x "165"
    :geometry-y "62")
   ("struct_adapter"
    :is-a "struct-adapter-gate"
    :geometry-x "172"
    :geometry-y "176"))
  :links
  (("struct_adapterinput_activ2output"
    :terminals ("struct_adapter.input" "activ2.output" "activ.output"
                "activ0.output" "activ1.output" "activ3.output")
    :nodes (("174" "104"))
    :edges (("0" "-1" nil) ("1" "-1" nil) ("2" "-1" nil) ("3" "-1" nil)
            ("4" "-1" nil) ("5" "-1" nil)))))


(define-module
  :class "somehow-3"
  :super-classes ("gate-3" "somehow")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/somehow")


(define-module
  :class "somehow-4"
  :super-classes ("gate-4" "somehow")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/somehow")


(define-module
  :class "somehow-5"
  :super-classes ("gate-5" "somehow")
  :properties
  (("abstract"
    :value "no"))
  :icon "icons/struct/somehow")