4385132063

Build # 4385132063

Build Type

push

github

Committed by GitHub

Commit Message

Merge pull request #316 from jecisc/divers-cleanings

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0.0

/src/Math-ODE/PMStateTime.class.st

"
A StateTime class is a generalization of point. It holds both a state and a time.

We don't want to  use Point, since state may be a vector quantity, and the behavior of array @ number is a little off (it stores points in an array, what we want is the array itself in state, and the scalar quantity in time).
"
Class {
        #name : #PMStateTime,
        #superclass : #Object,
        #instVars : [
                'state',
                'time'
        ],
        #category : #'Math-ODE'
}

{ #category : #'instance creation' }
PMStateTime class >> state: aState time: aTime [
        ^ self new
                state: aState;
                time: aTime
]

{ #category : #printing }
PMStateTime >> printOn: aStream [
        "used for inspector. Using the point analogy"
        state printOn: aStream.
        aStream nextPut: $@.
        time printOn: aStream
]

{ #category : #accessing }
PMStateTime >> state [
        ^ state
]

{ #category : #accessing }
PMStateTime >> state: anObject [
        state := anObject
]

{ #category : #accessing }
PMStateTime >> time [
        ^ time
]

{ #category : #accessing }
PMStateTime >> time: anObject [
        time := anObject
]

1	"
2	A StateTime class is a generalization of point. It holds both a state and a time.
3
4	We don't want to use Point, since state may be a vector quantity, and the behavior of array @ number is a little off (it stores points in an array, what we want is the array itself in state, and the scalar quantity in time).
5	"
6	Class {
7	#name : #PMStateTime,
8	#superclass : #Object,
9	#instVars : [
10	'state',
11	'time'
12	],
13	#category : #'Math-ODE'
14	}
15
16	{ #category : #'instance creation' }
17	PMStateTime class >> state: aState time: aTime [	×
18	^ self new	×
19	state: aState;	×
20	time: aTime	×
21	]	×
22
23	{ #category : #printing }
24	PMStateTime >> printOn: aStream [	×
25	"used for inspector. Using the point analogy"	×
26	state printOn: aStream.	×
27	aStream nextPut: $@.	×
28	time printOn: aStream	×
29	]	×
30
31	{ #category : #accessing }
32	PMStateTime >> state [	×
33	^ state	×
34	]	×
35
36	{ #category : #accessing }
37	PMStateTime >> state: anObject [	×
38	state := anObject	×
39	]	×
40
41	{ #category : #accessing }
42	PMStateTime >> time [	×
43	^ time	×
44	]	×
45
46	{ #category : #accessing }
47	PMStateTime >> time: anObject [	×
48	time := anObject	×
49	]	×

PolyMathOrg / PolyMath / 4385132063

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