Plot vectors of different size in Matlab












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Let's assume I have tvector= 1:15 and I have two other vectors : X of size 15, each element of X relates to the corresponding element (element of same index) in t ; and Y of size 5, each element of Y corresponds to t=3,6,9,12,15.



How can I plot Xand Y on the same plot w.r.t. t, though X and Y does not have the same length (especially Y is not of same length as t)



Thanks










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    Let's assume I have tvector= 1:15 and I have two other vectors : X of size 15, each element of X relates to the corresponding element (element of same index) in t ; and Y of size 5, each element of Y corresponds to t=3,6,9,12,15.



    How can I plot Xand Y on the same plot w.r.t. t, though X and Y does not have the same length (especially Y is not of same length as t)



    Thanks










    share|improve this question

























      0












      0








      0







      Let's assume I have tvector= 1:15 and I have two other vectors : X of size 15, each element of X relates to the corresponding element (element of same index) in t ; and Y of size 5, each element of Y corresponds to t=3,6,9,12,15.



      How can I plot Xand Y on the same plot w.r.t. t, though X and Y does not have the same length (especially Y is not of same length as t)



      Thanks










      share|improve this question













      Let's assume I have tvector= 1:15 and I have two other vectors : X of size 15, each element of X relates to the corresponding element (element of same index) in t ; and Y of size 5, each element of Y corresponds to t=3,6,9,12,15.



      How can I plot Xand Y on the same plot w.r.t. t, though X and Y does not have the same length (especially Y is not of same length as t)



      Thanks







      matlab






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      share|improve this question










      asked 2 days ago









      MysteryGuy

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      296721
























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          Without an example of what you are trying to achieve, in code, we have to guess at your exact intentions.



          However, one option could be to plot a sub-selection of t against Y, something like this (using the values from your example):



          plot(t, X, t(3:3:15), Y)


          Of course this assumes that your values are actually spaced like your example.



          Another option could be to use NaN values as placeholders in the Y vector, to make it the same length as t. You may have to use markers (e.g. 'o') in that case.



          The best approach really depends on the context.






          share|improve this answer























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            1 Answer
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            1 Answer
            1






            active

            oldest

            votes









            active

            oldest

            votes






            active

            oldest

            votes









            2














            Without an example of what you are trying to achieve, in code, we have to guess at your exact intentions.



            However, one option could be to plot a sub-selection of t against Y, something like this (using the values from your example):



            plot(t, X, t(3:3:15), Y)


            Of course this assumes that your values are actually spaced like your example.



            Another option could be to use NaN values as placeholders in the Y vector, to make it the same length as t. You may have to use markers (e.g. 'o') in that case.



            The best approach really depends on the context.






            share|improve this answer




























              2














              Without an example of what you are trying to achieve, in code, we have to guess at your exact intentions.



              However, one option could be to plot a sub-selection of t against Y, something like this (using the values from your example):



              plot(t, X, t(3:3:15), Y)


              Of course this assumes that your values are actually spaced like your example.



              Another option could be to use NaN values as placeholders in the Y vector, to make it the same length as t. You may have to use markers (e.g. 'o') in that case.



              The best approach really depends on the context.






              share|improve this answer


























                2












                2








                2






                Without an example of what you are trying to achieve, in code, we have to guess at your exact intentions.



                However, one option could be to plot a sub-selection of t against Y, something like this (using the values from your example):



                plot(t, X, t(3:3:15), Y)


                Of course this assumes that your values are actually spaced like your example.



                Another option could be to use NaN values as placeholders in the Y vector, to make it the same length as t. You may have to use markers (e.g. 'o') in that case.



                The best approach really depends on the context.






                share|improve this answer














                Without an example of what you are trying to achieve, in code, we have to guess at your exact intentions.



                However, one option could be to plot a sub-selection of t against Y, something like this (using the values from your example):



                plot(t, X, t(3:3:15), Y)


                Of course this assumes that your values are actually spaced like your example.



                Another option could be to use NaN values as placeholders in the Y vector, to make it the same length as t. You may have to use markers (e.g. 'o') in that case.



                The best approach really depends on the context.







                share|improve this answer














                share|improve this answer



                share|improve this answer








                edited 2 days ago

























                answered 2 days ago









                Dennis

                7941623




                7941623






























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