VERY urgent, Plotting light spectrum

Question

Hi everyone,
im new labview user and im facing some difficulties in doing what im trying to do.
im importing data ( relative luminous flux intensity of 4 LED colors) from MATLAB which is successfully done, example (Blue =0.5 Green =0.9 Amber =0.4 Red =0.8) which represent the y axis and the x axis is (Blue =460 Green =525 Amber =590 Red =625), i want to plot these data using the normal distribution function, where the max value of y axis is at the specified x axis values (for example, blue, its 0.5 y axis at 460 x axis and so on), one normal distribution plot for each color and then plot the additive normal distribution of all the 4 colors together. i want all these plots to be on one graph with different colors each represent the color of the LED. i have tried but i couldnt do it and im truly stuck.. please help me its kinda urgent.. thanks
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Answer 1

hi again,
the first attachment shows what im trying to obtain but this one is using excel. but the final result that im looking forward to see using labview is more or less the same as this figure. but i also want the final additive result of mixing these these 4 colors together as its shown in attachment 3
the second attachment is my matlab code,  these are the outputs of my code. the last four columns name i1 i2 i3 and i4 are the relative luminous flux for the 4 colors where 1 is blue 2 is green 3 is red and 4 is amber.
these are going to be the peak amplitude of each color you see in attachment 1. each row of these 4 columns represent one spectrum ( something similar to figure 1). 
for each color of the 4 led colors has fixed wave length, x axis, (Blue =460 Green =525 Amber =590 Red =625). at each of these wavelength value i want the peak to be localized at these specified x axis values. 
for example if i take first row of the 4 columns from matlab output at x= 460 i want y= 0.5000 and at x= 525 i want y=0.5000 at x = 625 i want y =0.5000 and finally at x= 525, y=0.0000.
i tried using the normal distribution in labview because each of these graphs represent normal distribution of mean equal to the peak wavelength and ampitude of luminous flux intensity, but it does not work and it gives me error.
i have made matlab code to plot the spectrum, i was thinking if the above does not work i will use it and then import the picture to labview using matlab script. but this also didnt work with me i dont get the spectrum ploted.
I will attach later the matlab code since they allow only 3 attachments per post. 
please help me out.. thanks
Attachments:
UAxh7.png ‏15 KB
Screen Shot 2013-02-14 at 5.14.45 AM.png ‏274 KB
551519_10151471289450049_47367417_n.jpg ‏23 KB