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| Zeile 170: |
Zeile 170: |
| | {return '\\[x(t)= '+ Math.round((0)*1000)/1000 +' \\]';}}], | | {return '\\[x(t)= '+ Math.round((0)*1000)/1000 +' \\]';}}], |
| | {fixed:true, strokeColor:'red', visible:false}); | | {fixed:true, strokeColor:'red', visible:false}); |
| − | txtD1=cnfBox1.create('text',[0,0.1, function(){
| |
| − | if (Math.abs(sldT.Value())<sldDT1.Value())
| |
| − | {return '\\[x(t)= '+ Math.round((sldA1.Value()*(1-Math.abs(sldT.Value())/sldDT1.Value()))*1000)/1000 +' \\]';}
| |
| − | else
| |
| − | {return '\\[x(t)= '+ Math.round((0)*1000)/1000 +' \\]';}}],
| |
| − | {fixed:true, strokeColor:'red', visible:false});
| |
| − | txtT1=cnfBox1.create('text',[0,0.1, function(){
| |
| − | if (Math.abs(sldT.Value())<=(sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2))
| |
| − | {return '\\[x(t)= '+ Math.round((sldA1.Value())*1000)/1000 +' \\]';}
| |
| − | else if (((sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2)<= Math.abs(sldT.Value())) && (Math.abs(sldT.Value())<=((sldR1.Value()*sldDT1.Value())/2+sldDT1.Value()/2)))
| |
| − | {return '\\[x(t)= '+ Math.round((sldA1.Value()*(((sldR1.Value()*sldDT1.Value())/2+sldDT1.Value()/2)-Math.abs(sldT.Value()))/(((sldR1.Value()*sldDT1.Value())/2+sldDT1.Value()/2)-(sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2)))*1000)/1000 +' \\]'}
| |
| − | else
| |
| − | {return '\\[x(t)= '+ Math.round((0)*1000)/1000 +' \\]'}}],
| |
| − | {fixed:true, strokeColor:'red', visible:false});
| |
| − | var txtC1=cnfBox1.create('text',[0,0.1, function(){
| |
| − | if (Math.abs(sldT.Value())<=(sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2))
| |
| − | {return '\\[x(t)= '+ Math.round((sldA1.Value())*1000)/1000 +' \\]';}
| |
| − | else if (((sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2)<=Math.abs(sldT.Value())) && (Math.abs(sldT.Value())<=((sldR1.Value()*sldDT1.Value())/2+sldDT1.Value()/2)))
| |
| − | {return '\\[x(t)= '+ Math.round((sldA1.Value()*Math.cos((Math.abs(sldT.Value())-(sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2))/(((sldR1.Value()*sldDT1.Value())/2+sldDT1.Value()/2)-(sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2))*(Math.PI/2))*Math.cos((Math.abs(sldT.Value())-(sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2))/(((sldR1.Value()*sldDT1.Value())/2+sldDT1.Value()/2)-(sldDT1.Value()/2-(sldR1.Value()*sldDT1.Value())/2))*(Math.PI/2)))*1000)/1000 +' \\]';}
| |
| − | else
| |
| − | {return '\\[x(t)= '+ Math.round((0)*1000)/1000 +' \\]'}}],
| |
| − | {fixed:true, strokeColor:'red', visible:false});
| |
| − |
| |
| − | txtGS1=cnfBox1.create('text',[0,0, function()
| |
| − | {return '\\[X(f)= '+ Math.round((sldA1.Value()*sldDT1.Value()*Math.exp(-1*Math.PI*(sldF.Value()*sldDT1.Value())*(sldF.Value()*sldDT1.Value())))*1000)/1000 +' \\]' ;}],
| |
| − | {fixed:true, strokeColor:'red', visible:true});
| |
| − | txtRS1=cnfBox1.create('text',[0,0, function()
| |
| − | {return '\\[X(f)= '+ Math.round((sldA1.Value()*sldDT1.Value()*Math.sin(Math.PI*sldDT1.Value()*sldF.Value())/(Math.PI*sldDT1.Value()*sldF.Value()))*1000)/1000 +' \\]' ;}],
| |
| − | {fixed:true, strokeColor:'red', visible:false});
| |
| − | txtDS1=cnfBox1.create('text',[0,0, function()
| |
| − | {return '\\[X(f)= '+ Math.round((sldA1.Value()*sldDT1.Value()*Math.pow(Math.sin(Math.PI*sldDT1.Value()*sldF.Value())/(Math.PI*sldDT1.Value()*sldF.Value()),2))*1000)/1000 +' \\]' ;}],
| |
| − | {fixed:true, strokeColor:'red', visible:false});
| |
| − | txtTS1=cnfBox1.create('text',[0,0, function()
| |
| − | {return '\\[X(f)= '+ Math.round((sldA1.Value()*sldDT1.Value()*(Math.sin(Math.PI*sldDT1.Value()*sldF.Value())/(Math.PI*sldDT1.Value()*sldF.Value()))*(Math.sin(Math.PI*sldR1.Value()*sldDT1.Value()*sldF.Value())/(Math.PI*sldR1.Value()*sldDT1.Value()*sldF.Value())))*1000)/1000 +' \\]' ;}],
| |
| − | {fixed:true, strokeColor:'red', visible:false});
| |
| − | txtCS1=cnfBox1.create('text',[0,0, function()
| |
| − | {return '\\[X(f)= '+ Math.round((sldA1.Value()*sldDT1.Value()*(Math.cos(Math.PI*sldR1.Value()*sldDT1.Value()*sldF.Value()))/(1-Math.pow((2*sldR1.Value()*sldDT1.Value()*sldF.Value()),2))*(Math.sin(Math.PI*sldDT1.Value()*sldF.Value())/(Math.PI*sldDT1.Value()*sldF.Value())))*1000)/1000 +' \\]' ;}],
| |
| − | {fixed:true, strokeColor:'red', visible:false});
| |
| | | | |
| | | | |
