Custom bar utilities

b209cf30-6285-4593-847b-e1f26ae0bc68 19 6 9 decimal

&[DATE] &[TIME] - &[FILENAME]

Spectrum stem plot for QuickPlot unicolor data Stem stemX 1 data rows range : i 1 stemX rows range stem i el data i 1 el data i 2 el data i 1 el 022 mat : for i 1 stem rows 1 - range stem i el stem i el stem i 1 + (1 el 1 el 012 mat stack : for V stem 1 el : j 2 stem rows 1 - range V V stem j el stack : for V V data data rows row stack : 71 line :

L H N xd U 0 : dx H L - N / : i 1 N range U i el L dx - (dx i * + : for U 41 line :

j v Bar N X j el : U N size - N size + fill xd : 21 line p i 1 U rows range Y i el v : for U Y augment 21 line : Bar p Stem : 31 line :

Bar_Stem Custom for publishing

The proposal is not automated wrt the collection {barplot. On the other hand, you can have bar or stem for few data points. Not suited for Fourier spectral high densirty data set. The X_Y can be made unicolor [any of very many], via the 'list'. Quite useful for distinguishing your publication. 'fill' depends upon the stretching of the plot and/or size. Data points can be unequally spaced. The basic design was aimed at the "bar", for publishing. _______________________________ Observe that in the construction of barplot:={ 'X' is silent. As well as 'fill' & 'size'... That triplet behaves like globally defined Mathcad style. The project is stand alone below the collapsed utilities for a clean project. Plug your data in 'data'. Construct {barplot accordingly .

Pilot your project from here

fill 7 : size 0.25 : 21 line

1. If you set size = 0, set 'fill ≥ 2' 2. For 'size ≥ 0' ... fill at will.

data 02 sqrt 4 π 8212 π - 16424 2.75 62 mat :

X data 1 col : v data 2 col : 21 line

barplot 1 v 1 el Bar 2 v 2 el Bar 3 v 3 el Bar 4 v 4 el Bar 5 v 5 el Bar 6 v 6 el Bar 61 sys :

plot barplot 00505 - 22 mat 31 sys :

plot

fill size 21 mat 7 0.25 21 mat

W Centered Fourier spectrum

Ω 5 - 1.671 4.901 - 3.698 4.802 - 2.514 4.703 - 0.9 4.604 - 0.407 4.505 - 0.468 4.406 - 0.392 4.307 - 0.682 4.208 - 0.123 4.109 - 0.203 4.01 - 0.194 3.911 - 0.667 3.812 - 0.247 3.713 - 0.111 3.614 - 0.155 3.515 - 0.28 3.416 - 0.145 3.317 - 0.12 3.218 - 0.192 3.119 - 0.331 3.02 - 0.298 2.921 - 0.436 2.822 - 0.338 2.723 - 0.312 2.624 - 0.179 2.525 - 0.305 2.426 - 0.402 2.327 - 0.271 2.228 - 0.646 2.129 - 0.44 2.03 - 0.141 1.931 - 0.286 1.832 - 0.184 1.733 - 0.366 1.634 - 0.211 1.535 - 0.2 1.436 - 0.135 1.337 - 0.278 1.238 - 0.15 1.139 - 0.377 1.04 - 0.171 0.941 - 0.125 0.842 - 0.335 0.743 - 0.136 0.644 - 0.133 0.545 - 0.141 0.446 - 0.193 0.347 - 0.212 0.248 - 0.13 0.149 - 0.173 0.05 - 0.327 0.05 0.173 0.149 0.13 0.248 0.212 0.347 0.193 0.446 0.141 0.545 0.133 0.644 0.136 0.743 0.335 0.842 0.125 0.941 0.171 1.04 0.377 1.139 0.15 1.238 0.278 1.337 0.135 1.436 0.2 1.535 0.211 1.634 0.366 1.733 0.184 1.832 0.286 1.931 0.141 2.03 0.44 2.129 0.646 2.228 0.271 2.327 0.402 2.426 0.305 2.525 0.179 2.624 0.312 2.723 0.338 2.822 0.436 2.921 0.298 3.02 0.331 3.119 0.192 3.218 0.12 3.317 0.145 3.416 0.28 3.515 0.155 3.614 0.111 3.713 0.247 3.812 0.667 3.911 0.194 4.01 0.203 4.109 0.123 4.208 0.682 4.307 0.392 4.406 0.468 4.505 0.407 4.604 0.9 4.703 2.514 4.802 3.698 4.901 1.671 1012 mat :

Ω Stem 0 1 0 1 - 2 2 mat 2 1 sys