Table of Contents
Target Namespace
http://jadex.sourceforge.net/jadex-envspace
Element and Attribute Namespaces
Global element and attribute declarations belong to this schema's target namespace.
By default, local element declarations belong to this schema's target namespace.
By default, local attribute declarations have no namespace.
Declared Namespaces
Prefix
Namespace
Default namespace
http://jadex.sourceforge.net/jadex-envspace
xml
http://www.w3.org/XML/1998/namespace
xs
http://www.w3.org/2001/XMLSchema
Schema Component Representation
<
xs:schema targetNamespace ="
http://jadex.sourceforge.net/jadex-envspace "
elementFormDefault ="
qualified ">
...
</
xs:schema >
XML Instance Representation
<envspace
name="
xs :string [1] "
type="
xs :string [1] "
width="
xs :string [0..1] "
height="
xs :string [0..1] "
depth="
xs :string [0..1] " >
<objects>
[0..1] ?
</objects>
<processes>
[0..1] ?
</processes>
<observers>
[0..1] ?
</observers>
</envspace>
Schema Component Representation
<
xs:element name ="
envspace "
type ="
envspace
"/>
Name
envspacetype
Type
envspacetype
Nillable
no
Abstract
no
Documentation
Declaration of an environment space. The concrete type of the space can be defined using the class.
XML Instance Representation
<envspacetype
name="
xs :string [1] "
class="
xs :string [1] "
width="
xs :string [0..1] "
height="
xs :string [0..1] "
depth="
xs :string [0..1] " >
<objecttypes>
[0..1] ?
</objecttypes>
<tasktypes>
[0..1] ?
</tasktypes>
<processtypes>
[0..1] ?
</processtypes>
<dataviews>
[0..1] ?
</dataviews>
<avatarmappings>
[0..1] ?
</avatarmappings>
<percepttypes>
[0..1] ?
</percepttypes>
<actiontypes>
[0..1] ?
</actiontypes>
<perspectives>
[0..1] ?
</perspectives>
</envspacetype>
Super-types:
propertyobject
< actiontype (by extension)
Sub-types:
None
Name
actiontype
Abstract
no
Documentation
An action type defines how a component can act in the environment.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
actiontype ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
avatarmapping
Abstract
no
Documentation
The avatarmapping represents the connection between components and space objects. The mapping allows to define different creation and deletion semantics, e.g. kill also the avatar when the agent dies.
XML Instance Representation
<...
componenttype="
xs :string [1] "
objecttype="
xs :string [1] "
createavatar="
xs :boolean [0..1] "
createcomponent="
xs :boolean [0..1] "
killavatar="
xs :boolean [0..1] "
killcomponent="
xs :boolean [0..1] " />
Schema Component Representation
<
xs:complexType name ="
avatarmapping ">
<
xs:attribute name ="
componenttype "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
objecttype "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
createavatar "
type ="
xs :boolean
"
default ="
true "/>
<
xs:attribute name ="
createcomponent "
type ="
xs :boolean
"
default ="
false "/>
<
xs:attribute name ="
killavatar "
type ="
xs :boolean
"
default ="
true "/>
<
xs:attribute name ="
killcomponent "
type ="
xs :boolean
"
default ="
false "/>
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
colorlayer
Abstract
no
Documentation
A color layer colors the complete screen, often used with alpha colors.
XML Instance Representation
<...
color="
xs :string [0..1] " />
Schema Component Representation
<
xs:complexType name ="
colorlayer ">
<
xs:attribute name ="
color "
type ="
xs :string
"/>
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
componenttype
Abstract
no
Documentation
Name of a component type for percepts.
XML Instance Representation
<...
name="
xs :string [0..1] " />
Schema Component Representation
<
xs:complexType name ="
componenttype ">
<
xs:attribute name ="
name "
type ="
xs :string
"/>
</
xs:complexType >
Complex Type: data
Super-types:
None
Sub-types:
None
Name
data
Abstract
no
Documentation
Definition of a data element that should be collected by a data provider.
XML Instance Representation
<...
name="
xs :string [0..1] " />
Schema Component Representation
<
xs:complexType name ="
data "
mixed ="
true ">
<
xs:attribute name ="
name "
type ="
xs :string
"/>
</
xs:complexType >
Super-types:
propertyobject
< dataconsumer (by extension)
Sub-types:
None
Name
dataconsumer
Abstract
no
Documentation
A data consumer is used for evaluation purposes. They come in very different flavors, e.g. a chart display or a file writer. Takes input data from a data provider and processes it somehow.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
dataconsumer ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
dataconsumers
Abstract
no
Documentation
Container for data consumer definitions.
Schema Component Representation
<
xs:complexType name ="
dataconsumers ">
<
xs:sequence >
<
xs:element name ="
dataconsumer "
type ="
dataconsumer
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
dataprovider
Abstract
no
Documentation
A data provider is used for evaluation purposes. It can be configured to collect specifc data about the execution run.
XML Instance Representation
<...
name="
xs :string [0..1] " >
<data>
data
</data>
[0..*] ?
</...>
Schema Component Representation
<
xs:complexType name ="
dataprovider ">
<
xs:sequence >
<
xs:element name ="
source "
type ="
source
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
<
xs:element name ="
data "
type ="
data
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
<
xs:attribute name ="
name "
type ="
xs :string
"/>
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
dataproviders
Abstract
no
Documentation
Container for data provider definitions.
Schema Component Representation
<
xs:complexType name ="
dataproviders ">
<
xs:sequence >
<
xs:element name ="
dataprovider "
type ="
dataprovider
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
Name
dataview
Abstract
no
Documentation
A view is a defineable cutout of the space. It allows to restrict the perception of the envspace e.g. for displaying local views of avatars in an observer.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [1] "
objecttype="
xs :string [0..1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
dataview ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
objecttype "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Name
drawable
Abstract
no
Documentation
Container element for the definition of how a space object should look like.
XML Instance Representation
<...
objecttype="
xs :string [1] "
width="
xs :string [1] "
height="
xs :string [1] "
rotation="
xs :string [0..1] " >
Start Choice [0..*]
<text>
text
</text>
[0..1] ?
End Choice
</...>
Schema Component Representation
<
xs:complexType name ="
drawable ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:choice minOccurs ="
0 "
maxOccurs ="
unbounded ">
<
xs:element name ="
regularpolygon "
type ="
regularpolygon
"
minOccurs ="
0 "/>
<
xs:element name ="
text "
type ="
text
"
minOccurs ="
0 "/>
</
xs:choice >
<
xs:attribute name ="
objecttype "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
width "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
height "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
rotation "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
Name
drawableelement
Abstract
no
Documentation
Abstract base type for all kinds of concrete drawable elements.
XML Instance Representation
<...
layer="
xs :int [0..1] "
x="
xs :string [0..1] "
y="
xs :string [0..1] "
width="
xs :double [0..1] "
height="
xs :string [0..1] "
rotatex="
xs :string [0..1] "
rotatey="
xs :string [0..1] "
rotatez="
xs :string [0..1] "
position="
xs :string [0..1] "
rotation="
xs :string [0..1] "
size="
xs :string [0..1] "
abspos="
xs :string [0..1] "
abssize="
xs :string [0..1] "
absrot="
xs :string [0..1] "
color="
xs :string [0..1] " >
<drawcondition>
xs :string </drawcondition>
[0..1] ?
</...>
Schema Component Representation
<
xs:complexType name ="
drawableelement ">
<
xs:sequence >
<
xs:element name ="
drawcondition "
type ="
xs :string
"
minOccurs ="
0 "/>
</
xs:sequence >
<
xs:attribute name ="
layer "
type ="
xs :int
"
default ="
0 "/>
<
xs:attribute name ="
x "
type ="
xs :string
"/>
<
xs:attribute name ="
y "
type ="
xs :string
"/>
<
xs:attribute name ="
width "
type ="
xs :double
"/>
<
xs:attribute name ="
height "
type ="
xs :string
"/>
<
xs:attribute name ="
rotatex "
type ="
xs :string
"/>
<
xs:attribute name ="
rotatey "
type ="
xs :string
"/>
<
xs:attribute name ="
rotatez "
type ="
xs :string
"/>
<
xs:attribute name ="
position "
type ="
xs :string
"/>
<
xs:attribute name ="
rotation "
type ="
xs :string
"/>
<
xs:attribute name ="
size "
type ="
xs :string
"/>
<
xs:attribute name ="
abspos "
type ="
xs :string
"/>
<
xs:attribute name ="
abssize "
type ="
xs :string
"/>
<
xs:attribute name ="
absrot "
type ="
xs :string
"/>
<
xs:attribute name ="
color "
type ="
xs :string
"/>
</
xs:complexType >
Name
envspace
Abstract
no
Documentation
Instance element for a declared space type.
XML Instance Representation
<...
name="
xs :string [1] "
type="
xs :string [1] "
width="
xs :string [0..1] "
height="
xs :string [0..1] "
depth="
xs :string [0..1] " >
<objects>
[0..1] ?
</objects>
<processes>
[0..1] ?
</processes>
<observers>
[0..1] ?
</observers>
</...>
Schema Component Representation
<
xs:complexType name ="
envspace ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:sequence >
<
xs:element name ="
objects "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
object "
type ="
object
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
processes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
process "
type ="
process
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
dataproviders "
type ="
dataproviders
"
minOccurs ="
0 "/>
<
xs:element name ="
dataconsumers "
type ="
dataconsumers
"
minOccurs ="
0 "/>
<
xs:element name ="
observers "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
observer "
type ="
observer
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
</
xs:sequence >
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
type "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
width "
type ="
xs :string
"/>
<
xs:attribute name ="
height "
type ="
xs :string
"/>
<
xs:attribute name ="
depth "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
propertyobject
< envspacetype (by extension)
Sub-types:
None
Name
envspacetype
Abstract
no
Documentation
Declaration of an environment space. The concrete type of the space can be defined using the class.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [1] "
width="
xs :string [0..1] "
height="
xs :string [0..1] "
depth="
xs :string [0..1] " >
<objecttypes>
[0..1] ?
</objecttypes>
<tasktypes>
[0..1] ?
</tasktypes>
<processtypes>
[0..1] ?
</processtypes>
<dataviews>
[0..1] ?
</dataviews>
<avatarmappings>
[0..1] ?
</avatarmappings>
<percepttypes>
[0..1] ?
</percepttypes>
<actiontypes>
[0..1] ?
</actiontypes>
<perspectives>
[0..1] ?
</perspectives>
</...>
Schema Component Representation
<
xs:complexType name ="
envspacetype ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:sequence >
<
xs:element name ="
objecttypes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
objecttype "
type ="
objecttype
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
tasktypes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
tasktype "
type ="
tasktype
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
processtypes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
processtype "
type ="
processtype
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
dataviews "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
dataview "
type ="
dataview
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
avatarmappings "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
avatarmapping "
type ="
avatarmapping
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
percepttypes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
percepttype "
type ="
percepttype
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
<
xs:element name ="
perceptgenerator "
type ="
perceptgenerator
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
<
xs:element name ="
perceptprocessor "
type ="
perceptprocessor
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
actiontypes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
actiontype "
type ="
actiontype
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
perspectives "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
perspective "
type ="
perspective
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
spaceexecutor "
type ="
spaceexecutor
"
minOccurs ="
0 "/>
</
xs:sequence >
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
width "
type ="
xs :string
"/>
<
xs:attribute name ="
height "
type ="
xs :string
"/>
<
xs:attribute name ="
depth "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
gridlayer
Abstract
no
Documentation
A grid layer can be used to display a defineable grid view.
XML Instance Representation
<...
color="
xs :string [0..1] "
width="
xs :string [0..1] "
height="
xs :string [0..1] " />
Schema Component Representation
<
xs:complexType name ="
gridlayer ">
<
xs:attribute name ="
color "
type ="
xs :string
"/>
<
xs:attribute name ="
width "
type ="
xs :string
"/>
<
xs:attribute name ="
height "
type ="
xs :string
"/>
</
xs:complexType >
Complex Type: layers
Super-types:
None
Sub-types:
None
Name
layers
Abstract
no
Documentation
Container for different kind of layers.
XML Instance Representation
<...>
Start Choice [0..*]
End Choice
</...>
Schema Component Representation
<
xs:complexType name ="
layers ">
<
xs:choice minOccurs ="
0 "
maxOccurs ="
unbounded ">
<
xs:element name ="
gridlayer "
type ="
gridlayer
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
<
xs:element name ="
tiledlayer "
type ="
tiledlayer
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
<
xs:element name ="
colorlayer "
type ="
colorlayer
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:choice >
</
xs:complexType >
Complex Type: object
Name
object
Abstract
no
Documentation
Instance of a specific object type.
XML Instance Representation
<...
type="
xs :string [0..1] "
number="
xs :string [0..1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
object ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
type "
type ="
xs :string
"/>
<
xs:attribute name ="
number "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
propertyobject
< objecttype (by extension)
Sub-types:
None
Name
objecttype
Abstract
no
Documentation
An objecttype is used to define the kind of object in an environment including available properties. Is like a struct definition.
XML Instance Representation
<...
name="
xs :string [1] "
kdtree="
xs :boolean [0..1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
objecttype ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
kdtree "
type ="
xs :boolean
"
use ="
optional "
default ="
false "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
observer
Abstract
no
Documentation
An observer is an entity that watches the space via a gui. The gui can be extended using custom plugins.
XML Instance Representation
<...
name="
xs :string [1] "
dataview="
xs :string [1] "
perspective="
xs :string [1] "
killonexit="
xs :boolean [0..1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
observer ">
<
xs:sequence >
<
xs:element name ="
plugin "
type ="
plugin
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
dataview "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
perspective "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
killonexit "
type ="
xs :boolean
"
default ="
true "/>
</
xs:complexType >
Super-types:
propertyobject
< perceptgenerator (by extension)
Sub-types:
None
Name
perceptgenerator
Abstract
no
Documentation
A percept generators can be used to create percepts based on e.g. simple events occurring in the space.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [0..1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
perceptgenerator ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
propertyobject
< perceptprocessor (by extension)
Sub-types:
None
Name
perceptprocessor
Abstract
no
Documentation
A percept processor has the task to bring a percept into the knowlegde of a component.
XML Instance Representation
<...
componenttype="
xs :string [0..1] "
class="
xs :string [0..1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
perceptprocessor ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
componenttype "
type ="
xs :string
"/>
<
xs:attribute name ="
class "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
percepttype
Abstract
no
Documentation
A percept type is a special domain-level form of event that is propagated from the environment space to components.
XML Instance Representation
<...
name="
xs :string [1] "
objecttype="
xs :string [1] "
componenttype="
xs :string [0..1] " >
<componenttypes>
[0..1] ?
</componenttypes>
<objecttypes>
[0..1] ?
</objecttypes>
</...>
Schema Component Representation
<
xs:complexType name ="
percepttype ">
<
xs:sequence >
<
xs:element name ="
componenttypes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
componenttype "
type ="
componenttype
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
<
xs:element name ="
objecttypes "
minOccurs ="
0 ">
<
xs:complexType >
<
xs:sequence >
<
xs:element name ="
objecttype "
type ="
componenttype
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
</
xs:element >
</
xs:sequence >
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
objecttype "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
componenttype "
type ="
xs :string
"/>
</
xs:complexType >
Super-types:
propertyobject
< perspective (by extension)
Sub-types:
None
Name
perspective
Abstract
no
Documentation
A perspective is used to define the visual representation of space objects.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [1] "
opengl="
xs :boolean [0..1] "
objectplacement="
xs :string [0..1] "
invertxaxis="
xs :boolean [0..1] "
invertyaxis="
xs :boolean [0..1] " >
<prelayers>
layers
</prelayers>
[0..1] ?
<postlayers>
layers
</postlayers>
[0..1] ?
</...>
Schema Component Representation
<
xs:complexType name ="
perspective ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:sequence >
<
xs:element name ="
drawable "
type ="
drawable
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
<
xs:element name ="
prelayers "
type ="
layers
"
minOccurs ="
0 "/>
<
xs:element name ="
postlayers "
type ="
layers
"
minOccurs ="
0 "/>
</
xs:sequence >
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
opengl "
type ="
xs :boolean
"
default ="
true "/>
<
xs:attribute name ="
objectplacement "
type ="
xs :string
"
default ="
border "/>
<
xs:attribute name ="
invertxaxis "
type ="
xs :boolean
"/>
<
xs:attribute name ="
invertyaxis "
type ="
xs :boolean
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Complex Type: plugin
Name
plugin
Abstract
no
Documentation
User interface plugin. Can be used for extending the plugins shown in the observer.
XML Instance Representation
<...
name="
xs :string [0..1] "
class="
xs :string [0..1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
plugin ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"/>
<
xs:attribute name ="
class "
type ="
xs :string
"/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Name
process
Abstract
no
Documentation
Instance of a process type.
XML Instance Representation
<...
type="
xs :string [1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
process ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
type "
type ="
xs :string
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
propertyobject
< processtype (by extension)
Sub-types:
None
Name
processtype
Abstract
no
Documentation
A process type can be used for representing environmental processes continually happening in the environment space.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
processtype ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
property
Abstract
no
Documentation
A property represents a static or dynamically evaluated attribute of an object.
XML Instance Representation
<...
name="
xs :string [1] "
dynamic="
xs :boolean [0..1] "
event="
xs :boolean [0..1] "
class="
xs :string [0..1] " />
Schema Component Representation
<
xs:complexType name ="
property "
mixed ="
true ">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
dynamic "
type ="
xs :boolean
"
default ="
false "/>
<
xs:attribute name ="
event "
type ="
xs :boolean
"
default ="
false "/>
<
xs:attribute name ="
class "
type ="
xs :string
"/>
</
xs:complexType >
Super-types:
None
Sub-types:
Name
propertyobject
Abstract
no
Documentation
Base class for objects with properties.
Schema Component Representation
<
xs:complexType name ="
propertyobject ">
<
xs:sequence >
<
xs:element name ="
property "
type ="
property
"
minOccurs ="
0 "
maxOccurs ="
unbounded "/>
</
xs:sequence >
</
xs:complexType >
Super-types:
drawableelement
< regularpolygon (by extension)
Sub-types:
None
Name
regularpolygon
Abstract
no
Documentation
A regular polygon for displaying simple polygons.
XML Instance Representation
<...
layer="
xs :int [0..1] "
x="
xs :string [0..1] "
y="
xs :string [0..1] "
width="
xs :double [0..1] "
height="
xs :string [0..1] "
rotatex="
xs :string [0..1] "
rotatey="
xs :string [0..1] "
rotatez="
xs :string [0..1] "
position="
xs :string [0..1] "
rotation="
xs :string [0..1] "
size="
xs :string [0..1] "
abspos="
xs :string [0..1] "
abssize="
xs :string [0..1] "
absrot="
xs :string [0..1] "
color="
xs :string [0..1] "
vertices="
xs :int [1] " >
<drawcondition>
xs :string </drawcondition>
[0..1] ?
</...>
Schema Component Representation
<
xs:complexType name ="
regularpolygon ">
<
xs:complexContent >
<
xs:extension base ="
drawableelement
">
<
xs:attribute name ="
vertices "
type ="
xs :int
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Complex Type: source
Super-types:
None
Sub-types:
None
Name
source
Abstract
no
Documentation
Definition of a data source for data providers.
XML Instance Representation
<...
name="
xs :string [0..1] "
objecttype="
xs :string [0..1] "
aggregate="
xs :boolean [0..1] " >
<!-- Mixed content -->
<includecondition>
xs :string </includecondition>
[0..1] ?
</...>
Schema Component Representation
<
xs:complexType name ="
source "
mixed ="
true ">
<
xs:sequence >
<
xs:element name ="
includecondition "
type ="
xs :string
"
minOccurs ="
0 "/>
</
xs:sequence >
<
xs:attribute name ="
name "
type ="
xs :string
"/>
<
xs:attribute name ="
objecttype "
type ="
xs :string
"/>
<
xs:attribute name ="
aggregate "
type ="
xs :boolean
"/>
</
xs:complexType >
Super-types:
propertyobject
< spaceexecutor (by extension)
Sub-types:
None
Name
spaceexecutor
Abstract
no
Documentation
The space executor is the central control entity of an envspace. It controls the way the space advances its internal state by executing actions and distributing percepts.
XML Instance Representation
<...
class="
xs :string [1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
spaceexecutor ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Name
tasktype
Abstract
no
Documentation
A task is a piece of behaviour that can be attached to a space object. It will then be executed until it decides to be finished.
XML Instance Representation
<...
name="
xs :string [1] "
class="
xs :string [1] " >
</...>
Schema Component Representation
<
xs:complexType name ="
tasktype ">
<
xs:complexContent >
<
xs:extension base ="
propertyobject
">
<
xs:attribute name ="
name "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
class "
type ="
xs :string
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Complex Type: text
Name
text
Abstract
no
Documentation
Text for displaying textual information about the object.
XML Instance Representation
<...
layer="
xs :int [0..1] "
x="
xs :string [0..1] "
y="
xs :string [0..1] "
width="
xs :double [0..1] "
height="
xs :string [0..1] "
rotatex="
xs :string [0..1] "
rotatey="
xs :string [0..1] "
rotatez="
xs :string [0..1] "
position="
xs :string [0..1] "
rotation="
xs :string [0..1] "
size="
xs :string [0..1] "
abspos="
xs :string [0..1] "
abssize="
xs :string [0..1] "
absrot="
xs :string [0..1] "
color="
xs :string [0..1] "
font="
xs :string [0..1] "
style="
xs :string [0..1] "
text="
xs :string [1] "
align="
xs :string (value comes from list: {'left'|'right'|'center'}) [0..1] " >
<drawcondition>
xs :string </drawcondition>
[0..1] ?
</...>
Schema Component Representation
<
xs:complexType name ="
text ">
<
xs:complexContent >
<
xs:extension base ="
drawableelement
">
<
xs:attribute name ="
font "
type ="
xs :string
"/>
<
xs:attribute name ="
style "
type ="
xs :string
"/>
<
xs:attribute name ="
text "
type ="
xs :string
"
use ="
required "/>
<
xs:attribute name ="
align "
default ="
left ">
<
xs:simpleType >
<
xs:restriction base ="
xs :string
">
<xs:enumeration value ="left "/>
<xs:enumeration value ="right "/>
<xs:enumeration value ="center "/>
</
xs:restriction >
</
xs:simpleType >
</
xs:attribute >
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
drawableelement
< texturedrectangle (by extension)
Sub-types:
None
Name
texturedrectangle
Abstract
no
Documentation
A textured rectangle can be used display images.
XML Instance Representation
<...
layer="
xs :int [0..1] "
x="
xs :string [0..1] "
y="
xs :string [0..1] "
width="
xs :double [0..1] "
height="
xs :string [0..1] "
rotatex="
xs :string [0..1] "
rotatey="
xs :string [0..1] "
rotatez="
xs :string [0..1] "
position="
xs :string [0..1] "
rotation="
xs :string [0..1] "
size="
xs :string [0..1] "
abspos="
xs :string [0..1] "
abssize="
xs :string [0..1] "
absrot="
xs :string [0..1] "
color="
xs :string [0..1] "
imagepath="
xs :string [1] " >
<drawcondition>
xs :string </drawcondition>
[0..1] ?
</...>
Schema Component Representation
<
xs:complexType name ="
texturedrectangle ">
<
xs:complexContent >
<
xs:extension base ="
drawableelement
">
<
xs:attribute name ="
imagepath "
type ="
xs :string
"
use ="
required "/>
</
xs:extension >
</
xs:complexContent >
</
xs:complexType >
Super-types:
None
Sub-types:
None
Name
tiledlayer
Abstract
no
Documentation
A tiled layer uses an image that is repeatably printed.
XML Instance Representation
<...
color="
xs :string [0..1] "
width="
xs :string [0..1] "
height="
xs :string [0..1] "
imagepath="
xs :string [0..1] " />
Schema Component Representation
<
xs:complexType name ="
tiledlayer ">
<
xs:attribute name ="
color "
type ="
xs :string
"/>
<
xs:attribute name ="
width "
type ="
xs :string
"/>
<
xs:attribute name ="
height "
type ="
xs :string
"/>
<
xs:attribute name ="
imagepath "
type ="
xs :string
"/>
</
xs:complexType >
Complex Type:
Schema Component Type
AusAddress
Schema Component Name
Super-types:
Address < AusAddress (by extension)
Sub-types:
QLDAddress (by restriction)
If this schema component is a type definition, its type hierarchy is shown in a gray-bordered box.
The table above displays the properties of this schema component.
XML Instance Representation
<...
country="Australia "
>
<unitNo> string </unitNo> [0..1]
<houseNo> string </houseNo> [1]
<street> string </street> [1]
Start Choice
[1]
<city> string </city> [1]
<town> string </town> [1]
End Choice
<state> AusStates </state> [1]
<postcode> string <<pattern = [1-9][0-9]{3}>> </postcode> [1]
?
</...>
The XML Instance Representation table above shows the schema component's content as an XML instance.
The minimum and maximum occurrence of elements and attributes are provided in square brackets, e.g. [0..1].
Model group information are shown in gray, e.g. Start Choice ... End Choice.
For type derivations, the elements and attributes that have been added to or changed from the base type's content are shown in bold .
If an element/attribute has a fixed value, the fixed value is shown in green, e.g. country="Australia".
Otherwise, the type of the element/attribute is displayed.
If the element/attribute's type is in the schema, a link is provided to it.
For local simple type definitions, the constraints are displayed in angle brackets, e.g. <<pattern = [1-9][0-9]{3}>>.
If a local element/attribute has documentation, it will be displayed in a window that pops up when the question mark inside the attribute or next to the element is clicked, e.g. <postcode>.
Schema Component Representation
<complexType
name ="AusAddress ">
<complexContent >
<extension
base ="
Address
">
<sequence >
<element
name ="state " type ="
AusStates
"/>
<element
name ="postcode ">
<simpleType >
<restriction
base ="
string
">
<pattern
value ="[1-9][0-9]{3} "/>
</restriction >
</simpleType >
</element >
</sequence >
<attribute
name ="country " type ="
string
" fixed ="Australia "/>
</extension >
</complexContent >
</complexType >
The Schema Component Representation table above displays the underlying XML representation of the schema component. (Annotations are not shown.)
Abstract (Applies to complex type definitions and element declarations). An abstract element or complex type cannot used to validate an element instance. If there is a reference to an abstract element, only element declarations that can substitute the abstract element can be used to validate the instance. For references to abstract type definitions, only derived types can be used.
All Model Group Child elements can be provided in any order in instances. See: http://www.w3.org/TR/xmlschema-1/#element-all .
Choice Model Group
Only one from the list of child elements and model groups can be provided in instances. See: http://www.w3.org/TR/xmlschema-1/#element-choice .
Collapse Whitespace Policy Replace tab, line feed, and carriage return characters with space character (Unicode character 32). Then, collapse contiguous sequences of space characters into single space character, and remove leading and trailing space characters.
Disallowed Substitutions (Applies to element declarations). If substitution is specified, then substitution group members cannot be used in place of the given element declaration to validate element instances. If derivation methods , e.g. extension, restriction, are specified, then the given element declaration will not validate element instances that have types derived from the element declaration's type using the specified derivation methods. Normally, element instances can override their declaration's type by specifying an xsi:type attribute.
Key Constraint Like Uniqueness Constraint , but additionally requires that the specified value(s) must be provided. See: http://www.w3.org/TR/xmlschema-1/#cIdentity-constraint_Definitions .
Key Reference Constraint Ensures that the specified value(s) must match value(s) from a Key Constraint or Uniqueness Constraint . See: http://www.w3.org/TR/xmlschema-1/#cIdentity-constraint_Definitions .
Model Group Groups together element content, specifying the order in which the element content can occur and the number of times the group of element content may be repeated. See: http://www.w3.org/TR/xmlschema-1/#Model_Groups .
Nillable (Applies to element declarations). If an element declaration is nillable, instances can use the xsi:nil attribute. The xsi:nil attribute is the boolean attribute, nil , from the http://www.w3.org/2001/XMLSchema-instance namespace. If an element instance has an xsi:nil attribute set to true, it can be left empty, even though its element declaration may have required content.
Notation A notation is used to identify the format of a piece of data. Values of elements and attributes that are of type, NOTATION, must come from the names of declared notations. See: http://www.w3.org/TR/xmlschema-1/#cNotation_Declarations .
Preserve Whitespace Policy Preserve whitespaces exactly as they appear in instances.
Prohibited Derivations (Applies to type definitions). Derivation methods that cannot be used to create sub-types from a given type definition.
Prohibited Substitutions (Applies to complex type definitions). Prevents sub-types that have been derived using the specified derivation methods from validating element instances in place of the given type definition.
Replace Whitespace Policy Replace tab, line feed, and carriage return characters with space character (Unicode character 32).
Sequence Model Group Child elements and model groups must be provided in the specified order in instances. See: http://www.w3.org/TR/xmlschema-1/#element-sequence .
Substitution Group Elements that are members of a substitution group can be used wherever the head element of the substitution group is referenced.
Substitution Group Exclusions (Applies to element declarations). Prohibits element declarations from nominating themselves as being able to substitute a given element declaration, if they have types that are derived from the original element's type using the specified derivation methods.
Target Namespace The target namespace identifies the namespace that components in this schema belongs to. If no target namespace is provided, then the schema components do not belong to any namespace.
Uniqueness Constraint Ensures uniqueness of an element/attribute value, or a combination of values, within a specified scope. See: http://www.w3.org/TR/xmlschema-1/#cIdentity-constraint_Definitions .