/*
*
* JavaScript Windows ScriptingHost sample file
* usage: cscript trySVG2msg.js
*
--8<--- do_LED.bat ----
rem
rem
rem
:start
cscript trySVG2_LED.js
pause
goto start
-------------------
*/
var stdin = WScript.StdIn;
var stdout = WScript.StdOut;
/***************************************************
****************************************************/
header = '<svg width="640" height="900" xmlns="http://www.w3.org/2000/svg"><g>'
footer = '</g></svg>'
footer =
'<text xml:space="preserve" y="10" x="320" text-anchor="middle" stroke-width="0" stroke-linejoin="null" stroke-linecap="null" \n'+
' stroke="#000000" fill="#000000" font-size="12" font-family="Sans-serif" id="svg_label_a" >Generate Three Phase Sine Waves to give clipped RGB values'+
'</text> \n'+
'<text xml:space="preserve" y="30" x="320" text-anchor="middle" stroke-width="0" stroke-linejoin="null" stroke-linecap="null" \n'+
' stroke="#000000" fill="#000000" font-size="12" font-family="Sans-serif" id="svg_label_a" >'+
' This is based on a Wireless World article by N Darwood in November 1982.'+
'</text> \n'+
'<text xml:space="preserve" y="50" x="320" text-anchor="middle" stroke-width="0" stroke-linejoin="null" stroke-linecap="null" \n'+
' stroke="#000000" fill="#000000" font-size="12" font-family="Sans-serif" id="svg_label" >blinkt</text> \n'+
'</g>\n'+
'<script type="text/ecmascript">\n<![CDATA[\n'+
'var id=1 \n'+
'var clr = ""\n'+
'var A,B,C,n \n'+
' \n'+
' A=0\n'+
' //B=0.866 \n'+
' B=2.5 \n'+
' C=-B \n'+
' n=0.01 \n'+
' \n'+
' A=A+n*(B-C) \n'+
' B=B+n*(C-A) \n'+
' C=C+n*(A-B) \n'+
' \n'+
'function plot_ts(){ \n'+
' svgElement = document.getElementById( "svg_up_"+id ); \n'+
' //svgElement.setAttributeNS( null, "fill", "#AA0" ); \n'+
' \n'+
' A=A+n*(B-C) \n'+
' B=B+n*(C-A) \n'+
' C=C+n*(A-B) \n'+
" var rgb = 'rgb(' + ((128+A*120)&-1) + ',' + ((128+B*120)&-1) + ',' + ((128+C*120)&-1)+' )' \n"+
' //rgb = "rgb(255,255,128)" \n'+
" //var rgb = 'rgb(' + ((128+A*120)&-1) + ',' + ((128+B*120)&-1) + ',' + ((128+C*120)&-1)+' )' \n"+
' //rgb = "rgb(100%,100%,50%)" \n'+
" var rgb = 'rgb(' + ((50+A*50)&-1) + '%,' + ((50+B*50)&-1) + '%,' + ((50+C*50)&-1)+'% )' \n"+
' if( svgElement ){ \n'+
' svgElement.setAttributeNS( \n'+
' null, \n'+
' "fill", \n'+
' rgb \n'+
' ); \n'+
' // Generate Three Phase to give an RGB value \n'+
' // This is based on a Wireless World article by N Darwood in November 1982. \n'+
' id++ \n'+
' } else { \n'+
' id=1 \n'+
' } \n'+
' svgElement = document.getElementById( "svg_label" ); \n'+
' //obj8.setAttributeNS(null,"textContent", "textString" ); \n'+
' svgElement.textContent= rgb \n'+
'} \n'+
'window.setInterval("plot_ts()",100); \n'+
' \n'+
']]></script>\n'+
'</svg>'
rect = '<rect height="100.48" width="260.67" y="195.22" x="244.85" stroke-width="1.5" stroke="#000" opacity="0.5" fill="#7fff00" id="svg_68"/>'
/*
SVG Path - <path>
The <path> element is used to define a path.
The following commands are available for path data:
筆 = moveto
畢 = lineto
菱 = horizontal lineto
彪 = vertical lineto
匹 = curveto
百 = smooth curveto
媛 = quadratic B騷ier curve
謬 = smooth quadratic B騷ier curveto
柊 = elliptical Arc
瓢 = closepath
Note: All of the commands above can also be expressed with lower letters. Capital letters means absolutely positioned, lower cases means relatively positioned.
*/
src=100
dst=200
message="AtoB"
colour = "#ff3f00"
lineNum = 0
line = 100
path4 =''
id2=1
/* ********************************
SEC: x Functions to plot
**********************************/
path = '<path d="m66.34665,193.77779c-1.63545,103.43126 253.72461,-88.90665 147.05779,-90.5067c-106.66684,-1.60004 137.36858,185.88452 137.38658,84.05342c0.01801,-101.8311 -284.4621,129.27995 -138.98665,124.42653c145.47548,-4.85342 -143.82227,-221.40435 -145.45772,-117.97325z" stroke-width="5" stroke="#000000" fill="#ff0000" opacity="0.5" id="svg_1"/>'
path2 = '<path d="m100,100c-1.63545,103.43126 253.72461,-88.90665 147.05779,-90.5067c-106.66684,-1.60004 137.36858,185.88452 137.38658,84.05342c0.01801,-101.8311 -284.4621,129.27995 -138.98665,124.42653c145.47548,-4.85342 -143.82227,-221.40435 -145.45772,-117.97325z" stroke-width="5" stroke="#000000" fill="#ff0000" opacity="0.5" id="svg_1"/>'
path3 = '<path d="m100,100" stroke-width="5" stroke="#000000" fill="#ff0000" id="svg_1"/>'
//path4 = ''
path5 = '<path d="M100,100h5M100,200h5M100,300h5" stroke-width="5" stroke="#000000" fill="#ffff00" id="svg_1"/>'
/* write a function to generate the path */
/*
*
* A grid has horizontal vertical, minor and major axis, six lines.
* Graph Paper has Minor and Major. Do it at 10,100
*
*/
maxX = 640
maxY = 480
function grid(){
var tempStr = '<path d="'
/* this function draws a 100x100 grid */
for ( x = 0 ; x < ( maxX+1 ) ; x+= 10 ){
tempStr+="M"+x+",0v"+maxY
}
for ( x = 0 ; x < ( maxX+1 ) ; x+= 100 ){
tempStr+="M"+x+",0v"+maxY
}
/* do again for another pitch */
for ( y = 0 ; y < ( maxY+1 ) ; y+= 10 ){
tempStr+="M0,"+y+"h"+maxX
}
for ( y = 0 ; y < ( maxY+1 ) ; y+= 100 ){
tempStr+="M0,"+y+"h"+maxX
}
tempStr+='"'
/* tidy up */
tempStr+=' stroke-width="1" stroke="#000000" fill="#ffff00" opacity="0.15" />'
return tempStr
}
/* write a function to generate the path */
function d1(){
path4 = '<path d="M100,200h100v10h100v-10h100v10h100v-10h100v10h100v-10h100v10h100v-10h100v10h100v-10h100v10h100v-10l90 90" '+
'stroke-width="2" stroke="#00007f" fill="#ff0000" opacity="0.5" id="svg_1"/>'
}
var opStr = header+"\n"+
grid_circles()+
//grid_circles_1_3()+
footer+
"\n"
fso = new ActiveXObject("Scripting.FileSystemObject");
function writeFile(){
var ForReading = 1, ForWriting = 2;
stdout.WriteLine( "outputting image " );
// Open the file for output.
var fop = fso.OpenTextFile(".\\tryCscriptSVG_LED.svg", ForWriting, true);
if ( fop ) { fop.WriteLine( opStr ); }
if ( fop ) { fop.close(); }
}
// writeFile()
//https://msdn.microsoft.com/en-us/library/64cdz8ax(v=vs.84).aspx
function process(){
while (!stdin.AtEndOfStream){
var ipStr ;
ipStr = stdin.ReadLine();
// ipA = ipStr.split( " " );
ipA = ipStr.split( / +/ );
stdout.WriteLine( "fd( " + ipA[ 2 ] + "," + ipA[4] + ");" );
}
}
// <ellipse ry="7" rx="7" id="svg_up" cy="40" cx="595" stroke-linecap="null" stroke-linejoin="null" stroke-width="3" stroke="#000000" fill="#777"/>
function grid_circles(){
var A,B,C,n
var mr,mi,mt,ar,ai,r, f,rad;
rad = 2.0 * Math.PI * 0.2
mr=0.5
mi=0.0
r=1.01
ar=r*Math.sin( rad )
ai=r*Math.cos( rad )
// Generate Three Phase to give an RGB value
// This is based on a Wireless World article by N Darwood in November 1982.
n=0.2
A=0
//B=0.866
B=3
C=-B
var maxX = 200
var tempStr = ''
/* this function draws a 100x100 grid */
for ( x = 30 ; x < ( maxX+1 ) ; x+= 1 ){
mt= mr*ar-mi*ai
mi= mr*ai+mi*ar
mr=mt
// Generate Three Phase to give an RGB value
// This is based on a Wireless World article by N Darwood in November 1982.
A=A+n*(B-C)
B=B+n*(C-A)
C=C+n*(A-B)
tempStr += '<ellipse ry="15" rx="15" id="svg_up_'+id2+'" \n'+
' cx="'+ ( 320 + (mr*75.0)&-1) + '"'+
' cy="'+ ( 250 + (mi*75.0)&-1) + '"'+
' stroke-linecap="null" stroke-linejoin="null" stroke-width="2" stroke="#000000" \n'+
' fill="rgb(' + ((128+A*120)&-1) + ',' + ((128+B*120)&-1) + ',' + ((128+C*120)&-1)+' )" />\n'
id2++
}
return tempStr
}
function grid_circles_1_3(){
var A,B,C,n
var A2,B2,C2,n2
var mr,mi,mt, ar,ai,r, f,rad;
var m2r,m2i,m2t,a2r,a2i,tmp2, f,rad2;
rad = 2.0 * Math.PI * 0.01
rad2 = 2.0 * Math.PI * 0.04
mr=1.5
mi=0.0
m2r=1.5
m2i=0.0
r=1.002
ar=r*Math.cos( rad )
ai=r*Math.sin( rad )
a2r=r*Math.cos( rad2 )
a2i=r*Math.sin( rad2 )
// Generate Three Phase to give an RGB value
// This is based on a Wireless World article by N Darwood in November 1982.
n=0.05
A=0
//B=0.866
B=3
C=-B
n2= n/3
A2= 0
//B2=0.866
B2= B/2
C2=-B
var maxX = 200
var tempStr = ''
/* this function draws a 100x100 grid */
for ( x = 30 ; x < ( maxX+1 ) ; x+= 1 ){
mt= mr*ar-mi*ai
mi= mr*ai+mi*ar
mr=mt
m2t= m2r*a2r-m2i*a2i
m2i= m2r*a2i+m2i*a2r
m2r=m2t
// Generate Three Phase to give an RGB value
// This is based on a Wireless World article by N Darwood in November 1982.
A=A+n*(B-C)
B=B+n*(C-A)
C=C+n*(A-B)
A2=A2+n2*(B2-C2)
B2=B2+n2*(C2-A2)
C2=C2+n2*(A2-B2)
tempStr += '<ellipse ry="15" rx="15" id="svg_up_'+id2+'" \n'+
' cx="'+ ( 300 + ((mr+m2r)*75.0)&-1) + '"'+
' cy="'+ ( 300 + ((mi+m2i)*75.0)&-1) + '"'+
' stroke-linecap="null" stroke-linejoin="null" stroke-width="2" stroke="#000000" \n'+
' fill="rgb(' + ((128+(A+A2)*120)&-1) + ',' + ((128+(B+B2)*120)&-1) + ',' + ((128+(C+C2)*120)&-1)+' )" />\n'
id2++
}
return tempStr
}
//process reads StdIo but does nothing
//process();
writeFile();
/*
program to write circuit.
Grid:-
*/
/*
<svg width="521" height="392" xmlns="http://www.w3.org/2000/svg" xmlns:svg="http://www.w3.org/2000/svg">
<!-- Created with SVG-edit - https://github.com/SVG-Edit/svgedit-->
<g>
<title>Layer 1</title>
<rect height="323.64" width="449.09" y="34.985" x="36.14" stroke-width="5" stroke="#000000" fill="#ff7f00" opacity="0.5" id="svg_1"/>
<ellipse ry="31.815" rx="33.185" cy="34.99" cx="35.685" stroke-width="5" stroke="#000000" fill="#ffff00" opacity="0.5" id="svg_2"/>
<ellipse ry="31.815" rx="33.185" cy="357.935" cx="485.68" stroke-width="5" stroke="#000000" fill="#ffff00" opacity="0.5" id="svg_3"/>
<ellipse ry="31.815" rx="33.185" cy="34.315" cx="485.69" stroke-width="5" stroke="#000000" fill="#ffff00" opacity="0.5" id="svg_4"/>
</g>
</svg>
<svg width="640" height="480" xmlns="http://www.w3.org/2000/svg" xmlns:svg="http://www.w3.org/2000/svg">
<!-- Created with SVG-edit - https://github.com/SVG-Edit/svgedit-->
<g>
<title>Layer 1</title>
<rect height="323.64" width="449.09" y="74.075" x="104.32" stroke-width="5" stroke="#000000" fill="#ff7f00" opacity="0.5" id="svg_1"/>
<ellipse ry="31.815" rx="33.185" cy="72.27" cx="102.045" stroke-width="5" stroke="#000000" fill="#ffff00" opacity="0.5" id="svg_2"/>
<ellipse ry="31.815" rx="33.185" cy="398.845" cx="552.95" stroke-width="5" stroke="#000000" fill="#ffff00" opacity="0.5" id="svg_3"/>
<ellipse ry="31.815" rx="33.185" cy="73.405" cx="553.87" stroke-width="5" stroke="#000000" fill="#ffff00" opacity="0.5" id="svg_4"/>
</g>
</svg>
*/
/*
var id=1
var clr = ""
var A,B,C,n
A=0
//B=0.866
B=3
C=-B
n=0.4
A=A+n*(B-C)
B=B+n*(C-A)
C=C+n*(A-B)
function plot_ts(){
svgElement = document.getElementById( "svg_up_"+id );
//svgElement.setAttributeNS( null, "fill", "#AA0" );
A=A+n*(B-C)
B=B+n*(C-A)
C=C+n*(A-B)
var rgb = 'rgb(' + ((128+A*120)&-1) + ',' + ((128+B*120)&-1) + ',' + ((128+C*120)&-1)+' )'
//rgb = "rgb(255,255,128)"
svgElement.setAttributeNS(
null,
"fill",
rgb
);
// Generate Three Phase to give an RGB value
// This is based on a Wireless World article by N Darwood in November 1982.
id++
if ( id == 171 ){
id=1
}
}
window.setInterval("plot_ts()",100);
*/