6228277729

Committed 18 Sep 2023 09:35PM UTC coverage: 3.611% (-0.03%) from 3.641%

Build # 6228277729

Build Type

push

github

Committed by

olekscode

Commit Message

Added getter pragmas

Run Details

3 of 3 new or added lines in 1 file covered. (100.0%)

13 of 360 relevant lines covered (3.61%)

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/src/ECEC-Model/ECECModel.class.st

Class {
        #name : #ECECModel,
        #superclass : #CMAbstractModel,
        #instVars : [
                'theRestrainedForagers',
                'theUnrestrainedForagers',
                'theVegetationUnits'
        ],
        #category : #'ECEC-Model'
}

{ #category : #'- probes' }
ECECModel class >> colorOfProbe_numberOfRestrainedForagers [
  ^ (Color r: 0.05278592375366569 g: 0.0 b: 1.0 alpha: 1.0)
]

{ #category : #'- probes' }
ECECModel class >> colorOfProbe_numberOfUnrestrainedForagers [
  ^ (Color r: 1.0 g: 0.0 b: 0.0019550342130987292 alpha: 1.0)
]

{ #category : #'- probes' }
ECECModel class >> colorOfProbe_totalAmountOfBiomass [
  ^ (Color r: 0.21700879765395895 g: 1.0 b: 0.0 alpha: 1.0)
]

{ #category : #'simulation settings' }
ECECModel class >> defaultInit [

        ^ #homogeneousEnvironment
]

{ #category : #accessing }
ECECModel class >> initialNumberOfRestrainedForagers [

        ^ 10
]

{ #category : #accessing }
ECECModel class >> initialNumberOfUnrestrainedForagers [

        ^ 10
]

{ #category : #init }
ECECModel >> homogeneousEnvironment [

        self
                createGridLines: 27
                columns: 27
                neighbourhood: 8
                closed: false.
                
        self theVegetationUnits do: [ :each | each initializeWithRandomBiomass ].
        
        self
                initializeAgents;
                displayPov: #povBiomass of: ECECVegetationUnit;
                displayPov: #defaultPOV of: ECECForager
]

{ #category : #initialization }
ECECModel >> initialize [

        super initialize.
        
        theRestrainedForagers := OrderedCollection new.
        theUnrestrainedForagers := OrderedCollection new.
        theVegetationUnits := OrderedCollection new.
]

{ #category : #'init entities' }
ECECModel >> initializeAgents [

        self
                createN: self class initialNumberOfRestrainedForagers
                randomlyLocatedAloneEntities: ECECRestrainedForager.
                
        self
                createN: self class initialNumberOfUnrestrainedForagers
                randomlyLocatedAloneEntities: ECECUnrestrainedForager.
]

{ #category : #init }
ECECModel >> islandEnvironment [

        | x y |
        self homogeneousEnvironment.
        
        self theCells do: [ :cell |
                x := cell coordinates x.
                y := cell coordinates y.
                
                (x % 6 <= 2 and: [ y % 6 <= 2 ]) ifFalse: [ cell biomass: 0 ] ].
]

{ #category : #probes }
ECECModel >> numberOfRestrainedForagers [

        <probe>
        ^ self theRestrainedForagers size
]

{ #category : #probes }
ECECModel >> numberOfUnrestrainedForagers [

        <probe>
        ^ self theUnrestrainedForagers size
]

{ #category : #init }
ECECModel >> remoteIslandEnvironment [

        | x y |
        self homogeneousEnvironment.
        
        self theCells do: [ :cell |
                x := cell coordinates x.
                y := cell coordinates y.
                
                (x % 12 <= 3 and: [ y % 12 <= 3 ]) ifFalse: [ cell biomass: 0 ] ].
]

{ #category : #init }
ECECModel >> smallEnvironment [

        self
                createGridLines: 4
                columns: 4
                neighbourhood: 8
                closed: false.
                
        self theVegetationUnits do: [ :each | each initializeWithRandomBiomass ].
        
        self
                createN: 1
                randomlyLocatedAloneEntities: ECECRestrainedForager.
                
        self
                createN: 1
                randomlyLocatedAloneEntities: ECECUnrestrainedForager.
        
        self
                displayPov: #povBiomass of: ECECVegetationUnit;
                displayPov: #defaultPOV of: ECECForager
]

{ #category : #control }
ECECModel >> step: anObject [

        self
                stepEntities: self theVegetationUnits;
                askRandom: ECECForager toDo: #step
]

{ #category : #accessing }
ECECModel >> theRestrainedForagers [
        <getterFor: #ECECRestrainedForager>

        ^ theRestrainedForagers
]

{ #category : #accessing }
ECECModel >> theRestrainedForagers: anObject [

        theRestrainedForagers := anObject
]

{ #category : #accessing }
ECECModel >> theUnrestrainedForagers [
        <getterFor: #ECECUnrestrainedForager>

        ^ theUnrestrainedForagers
]

{ #category : #accessing }
ECECModel >> theUnrestrainedForagers: anObject [

        theUnrestrainedForagers := anObject
]

{ #category : #accessing }
ECECModel >> theVegetationUnits [
        <getterFor: #ECECVegetationUnit>

        ^ theVegetationUnits
]

{ #category : #accessing }
ECECModel >> theVegetationUnits: anObject [

        theVegetationUnits := anObject
]

{ #category : #probes }
ECECModel >> totalAmountOfBiomass [

        <probe>
        ^ self theVegetationUnits sum: [ :each | each biomass ]
]

1	Class {
2	#name : #ECECModel,
3	#superclass : #CMAbstractModel,
4	#instVars : [
5	'theRestrainedForagers',
6	'theUnrestrainedForagers',
7	'theVegetationUnits'
8	],
9	#category : #'ECEC-Model'
10	}
11
12	{ #category : #'- probes' }
13	ECECModel class >> colorOfProbe_numberOfRestrainedForagers [	×
14	^ (Color r: 0.05278592375366569 g: 0.0 b: 1.0 alpha: 1.0)	×
15	]	×
16
17	{ #category : #'- probes' }
18	ECECModel class >> colorOfProbe_numberOfUnrestrainedForagers [	×
19	^ (Color r: 1.0 g: 0.0 b: 0.0019550342130987292 alpha: 1.0)	×
20	]	×
21
22	{ #category : #'- probes' }
23	ECECModel class >> colorOfProbe_totalAmountOfBiomass [	×
24	^ (Color r: 0.21700879765395895 g: 1.0 b: 0.0 alpha: 1.0)	×
25	]	×
26
27	{ #category : #'simulation settings' }
28	ECECModel class >> defaultInit [	×
29		×
30	^ #homogeneousEnvironment	×
31	]	×
32
33	{ #category : #accessing }
34	ECECModel class >> initialNumberOfRestrainedForagers [	×
35		×
36	^ 10	×
37	]	×
38
39	{ #category : #accessing }
40	ECECModel class >> initialNumberOfUnrestrainedForagers [	×
41		×
42	^ 10	×
43	]	×
44
45	{ #category : #init }
46	ECECModel >> homogeneousEnvironment [	×
47		×
48	self	×
49	createGridLines: 27	×
50	columns: 27	×
51	neighbourhood: 8	×
52	closed: false.	×
53		×
54	self theVegetationUnits do: [ :each \| each initializeWithRandomBiomass ].	×
55		×
56	self	×
57	initializeAgents;	×
58	displayPov: #povBiomass of: ECECVegetationUnit;	×
59	displayPov: #defaultPOV of: ECECForager	×
60	]	×
61
62	{ #category : #initialization }
63	ECECModel >> initialize [	×
64		×
65	super initialize.	×
66		×
67	theRestrainedForagers := OrderedCollection new.	×
68	theUnrestrainedForagers := OrderedCollection new.	×
69	theVegetationUnits := OrderedCollection new.	×
70	]	×
71
72	{ #category : #'init entities' }
73	ECECModel >> initializeAgents [	×
74		×
75	self	×
76	createN: self class initialNumberOfRestrainedForagers	×
77	randomlyLocatedAloneEntities: ECECRestrainedForager.	×
78		×
79	self	×
80	createN: self class initialNumberOfUnrestrainedForagers	×
81	randomlyLocatedAloneEntities: ECECUnrestrainedForager.	×
82	]	×
83
84	{ #category : #init }
85	ECECModel >> islandEnvironment [	×
86		×
87	\| x y \|	×
88	self homogeneousEnvironment.	×
89		×
90	self theCells do: [ :cell \|	×
91	x := cell coordinates x.	×
92	y := cell coordinates y.	×
93		×
94	(x % 6 <= 2 and: [ y % 6 <= 2 ]) ifFalse: [ cell biomass: 0 ] ].	×
95	]	×
96
97	{ #category : #probes }
98	ECECModel >> numberOfRestrainedForagers [	×
99		×
100	<probe>	×
101	^ self theRestrainedForagers size	×
102	]	×
103
104	{ #category : #probes }
105	ECECModel >> numberOfUnrestrainedForagers [	×
106		×
107	<probe>	×
108	^ self theUnrestrainedForagers size	×
109	]	×
110
111	{ #category : #init }
112	ECECModel >> remoteIslandEnvironment [	×
113		×
114	\| x y \|	×
115	self homogeneousEnvironment.	×
116		×
117	self theCells do: [ :cell \|	×
118	x := cell coordinates x.	×
119	y := cell coordinates y.	×
120		×
121	(x % 12 <= 3 and: [ y % 12 <= 3 ]) ifFalse: [ cell biomass: 0 ] ].	×
122	]	×
123
124	{ #category : #init }
125	ECECModel >> smallEnvironment [	×
126		×
127	self	×
128	createGridLines: 4	×
129	columns: 4	×
130	neighbourhood: 8	×
131	closed: false.	×
132		×
133	self theVegetationUnits do: [ :each \| each initializeWithRandomBiomass ].	×
134		×
135	self	×
136	createN: 1	×
137	randomlyLocatedAloneEntities: ECECRestrainedForager.	×
138		×
139	self	×
140	createN: 1	×
141	randomlyLocatedAloneEntities: ECECUnrestrainedForager.	×
142		×
143	self	×
144	displayPov: #povBiomass of: ECECVegetationUnit;	×
145	displayPov: #defaultPOV of: ECECForager	×
146	]	×
147
148	{ #category : #control }
149	ECECModel >> step: anObject [	×
150		×
151	self	×
152	stepEntities: self theVegetationUnits;	×
153	askRandom: ECECForager toDo: #step	×
154	]	×
155
156	{ #category : #accessing }
157	ECECModel >> theRestrainedForagers [	×
158	<getterFor: #ECECRestrainedForager>	×
159		×
160	^ theRestrainedForagers	×
161	]	×
162
163	{ #category : #accessing }
164	ECECModel >> theRestrainedForagers: anObject [	×
165		×
166	theRestrainedForagers := anObject	×
167	]	×
168
169	{ #category : #accessing }
170	ECECModel >> theUnrestrainedForagers [	×
171	<getterFor: #ECECUnrestrainedForager>	×
172		×
173	^ theUnrestrainedForagers	×
174	]	×
175
176	{ #category : #accessing }
177	ECECModel >> theUnrestrainedForagers: anObject [	×
178		×
179	theUnrestrainedForagers := anObject	×
180	]	×
181
182	{ #category : #accessing }
183	ECECModel >> theVegetationUnits [	×
184	<getterFor: #ECECVegetationUnit>	×
185		×
186	^ theVegetationUnits	×
187	]	×
188
189	{ #category : #accessing }
190	ECECModel >> theVegetationUnits: anObject [	×
191		×
192	theVegetationUnits := anObject	×
193	]	×
194
195	{ #category : #probes }
196	ECECModel >> totalAmountOfBiomass [	×
197		×
198	<probe>	×
199	^ self theVegetationUnits sum: [ :each \| each biomass ]	×
200	]	×

cormas / ecec-model / 6228277729

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