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- ScilabEval
- Tcl instruction: Evaluate a string with scilab interpreter
- TK_EvalFile (obsolete, replaced by TCL_EvalFile)
- Reads and evaluate a tcl/tk file
- TK_EvalStr (obsolete, replaced by TCL_EvalStr)
- Evaluate a string whithin the tcl/tk interpreter
- TK_GetVar (obsolete, replaced by TCL_GetVar)
- Get a tcl/tk variable value
- TK_SetVar (obsolete, replaced by TCL_SetVar)
- Set a tcl/tk variable value
- close
- close a figure
- figure
- create a figure
- findobj
- find an object with specified property
- gcf
- gets the current active tksci figure
- uicontrol
- create a Graphic User Interface object
- uimenu
- Create a menu or a submenu in a figure
GS 2012-06-11: Here is a simple example for using Tcl-Tk with Scilab. There is no tclsh or wish in Scilab. Scilab evals commands with the ScilabEval
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cd <your Scilab directory>Enter the command:
exec ('run.sce')and the GUI will display.The file run.sce:
// run.sce exec distance.sci; TCL_EvalFile('gui.tcl');the file distance.sci:
// distance.sci function dist = distance(x,y,z) dist = sqrt(x*x + y*y + z*z) endfunctionAnd the Tcl-Tk code:
# gui.tcl global x y z dist set x 10 set y 10 set z 10 set dist { } toplevel .w scale .w.scx -from 0 -to 200 -length 200 -resolution 1 -label X \ -orient horiz -bd 1 -showvalue true -variable x \ -command ComputeDistance scale .w.scy -from 0 -to 200 -length 200 -resolution 1 -label Y \ -orient horiz -bd 1 -showvalue true -variable y \ -command ComputeDistance scale .w.scz -from 0 -to 200 -length 200 -resolution 1 -label Z \ -orient horiz -bd 1 -showvalue true -variable z \ -command ComputeDistance label .w.lt -text Distance label .w.ldist -textvariable dist -bg lightblue eval pack [winfo children .w] proc ComputeDistance w { global x y z dist ScilabEval "dist = distance($x,$y,$z);TK_SetVar('dist',string(dist));" }
Scipad
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