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| Deletions are marked like this. | Additions are marked like this. |
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| This interface uses buitin MatLab COM (OLE) Server | This interface uses buitin !MatLab COM (OLE) Server |
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| == Do something in MatLab | == Do something in MatLab == |
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| » }}} == Back to APL == |
» }}} === Back to APL === {{{ |
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And MatLab graphics window pops up: |
And !MatLab graphics window pops up: |
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| ==== rinit ==== Initialize APL connection to R COM Server. |
==== mlinit ==== Initialize APL connection to !MatLab COM Server. |
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| ∇ rinit [1] '#.R'⎕WC'OleClient' 'StatConnectorSrv.StatConnector' [2] #.R.Init('R') |
∇ mlinit [1] ⍝ version for ⎕SE [2] '#.MatLab'⎕WC'OleClient' 'Matlab.Application' [3] 2 ⎕NQ'#.MatLab' 'SetMethodInfo' 'PutFullMatrix'(('' 'VT_VOID')('Name' 'VT_BSTR')('Workspace' 'VT_BSTR')('pr' 'VT_ARRAY of VT_R8')('pi' 'VT_ARRAY of VT_R8')) |
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| ==== rexec ==== Execute R expression and possibly return the result to APL |
==== mlexec ==== Execute !MatLab expression and possibly return the result to APL |
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| ∇ a←{r}rexec exp [1] ⍝ Execute R expression and possibly return the result [2] ⍝R: R expression ('char') [3] ⍝L: if 1, then return the result [4] ⍎(0=⎕NC'r')/'r←0' [5] a←⍬ [6] :If r [7] a←#.R.Evaluate(exp) [8] :Else [9] #.R.EvaluateNoReturn(exp) [10] :EndIf |
∇ {a}←mlexec exp [1] ⍝ Execute MatLab expression and convert char2num [2] ⍝R: MatLab expression ('char') [3] ⍝e: mlexec 'surf(peaks)' [4] ⍎(';'≠¯1↑exp)/'exp←exp,'';''' [5] a←#.MatLab.Execute exp |
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| ==== rput ==== Put APL array into R |
==== mlput ==== Put APL array into !MatLab |
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| ∇ {m}rput a;x1 [1] ⍝ Put APL array into R [2] ⍝R-name of variable to export from APL [3] ⍝L-name of variable to create in R [4] ⍎(0=⎕NC'm')/'m←''x''' ⍝ Default name is x [5] m←,⊂m [6] a←,⊂a [7] #.R.SetSymbol(m,a) ⍝ put var a into R with name m |
∇ {m}mlput a;x1 [1] ⍝ Version for ⎕SE [2] ⍝ Put APL array to MatLab [3] ⍝R-name of variable to export from APL [4] ⍝L-name of variable to create in MatLab [5] ⍎(0=⎕NC'm')/'m←''X''' ⍝ Default [6] #.MatLab.PutFullMatrix m'base'a 0 [7] a←#.MatLab.Execute m,'=real(',m,');' |
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| ==== rget ==== Get R variable (matrix or vector) to APL |
==== mlget ==== Get !MatLab variable (matrix or vector) to APL |
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| ∇ r←rget name;rho;Re;Im;⎕ML [1] ⍝ Get R variable (matrix or vector) to APL [2] ⍝R-name of variable to import ('char') [3] ⎕ML←3 [4] r←#.R.GetSymbol(name) |
∇ r←mlget x;rho;Re;Im;⎕ML [1] ⍝ version for ⎕SE [2] ⍝ Get MatLab matrix to APL [3] ⍝L-name of variable to import ('char') [4] ⎕ML←3 [5] rho←#.MatLab.Execute'size(',x,')' [6] rho←1↓(~rho∊⎕TC)⊂rho [7] rho←{⍎¨(⍵≠' ')⊂⍵}¨rho [8] rho←∊rho [9] Re←rho⍴0 ⍝ Protorype variable [10] Im←0 [11] r←↑#.MatLab.GetFullMatrix x'base'Re Im |
Interface to MatLab
This interface uses buitin MatLab COM (OLE) Server
Sample APL Session
)load r2apl
d:\r2apl saved Mon Apr 06 22:10:59 2009
mlinit ⍝ initialize connection to MatLab COM server
)obs ⍝ new object MatLab is created
MatLab
mlput 2 3⍴⍳6 ⍝ put APL matrix to MatLab
Do something in MatLab
» X
X =
1 2 3
4 5 6
» sum(X)
ans =
5 7 9
» s=sum(X);
»
Back to APL
mlget 's'
5 7 9
mlexec 'surf(peaks)'And MatLab graphics window pops up:
Dyalog APL functions
mlinit
Initialize APL connection to MatLab COM Server.
∇ mlinit
[1] ⍝ version for ⎕SE
[2] '#.MatLab'⎕WC'OleClient' 'Matlab.Application'
[3] 2 ⎕NQ'#.MatLab' 'SetMethodInfo' 'PutFullMatrix'(('' 'VT_VOID')('Name' 'VT_BSTR')('Workspace' 'VT_BSTR')('pr' 'VT_ARRAY of VT_R8')('pi' 'VT_ARRAY of VT_R8'))
∇
mlexec
Execute MatLab expression and possibly return the result to APL
∇ {a}←mlexec exp
[1] ⍝ Execute MatLab expression and convert char2num
[2] ⍝R: MatLab expression ('char')
[3] ⍝e: mlexec 'surf(peaks)'
[4] ⍎(';'≠¯1↑exp)/'exp←exp,'';'''
[5] a←#.MatLab.Execute exp
∇
mlput
Put APL array into MatLab
∇ {m}mlput a;x1
[1] ⍝ Version for ⎕SE
[2] ⍝ Put APL array to MatLab
[3] ⍝R-name of variable to export from APL
[4] ⍝L-name of variable to create in MatLab
[5] ⍎(0=⎕NC'm')/'m←''X''' ⍝ Default
[6] #.MatLab.PutFullMatrix m'base'a 0
[7] a←#.MatLab.Execute m,'=real(',m,');'
∇
mlget
Get MatLab variable (matrix or vector) to APL
∇ r←mlget x;rho;Re;Im;⎕ML
[1] ⍝ version for ⎕SE
[2] ⍝ Get MatLab matrix to APL
[3] ⍝L-name of variable to import ('char')
[4] ⎕ML←3
[5] rho←#.MatLab.Execute'size(',x,')'
[6] rho←1↓(~rho∊⎕TC)⊂rho
[7] rho←{⍎¨(⍵≠' ')⊂⍵}¨rho
[8] rho←∊rho
[9] Re←rho⍴0 ⍝ Protorype variable
[10] Im←0
[11] r←↑#.MatLab.GetFullMatrix x'base'Re Im
∇