Create Scatter XY => grid

9f57ab5e-c96d-47b3-9376-ce6f45355ab1 60 4 5 decimal

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

Argentina Project

]]>

4 appVersion 0.98.6179.21440 ≡

Create Scatter XY => grid

Program to create the "Scatter xy" Mathcad style ... NUMERIC X Y x0 x1 y0 y1 u v Sr count 1 : i 1 u range j 1 v range x x0 i 1 - (u 1 - / x1 x0 - (* + : y y0 j 1 - (v 1 - / y1 y0 - (* + : xy count 1 el x y X x y Y 12 mat : count count 1 + : 41 line for for Unest the xy collection Unest xy 1 el : j 2 xy rows range Unest Unest xy j el stack : for Unest 61 line :

xy char size clr pts k 1 xy rows range r3 k el char : r4 k el size : r5 k el clr : 13 mat for xy r3 r4 r5 augment 21 line :

u v X u : u v Y v : 12 mat x0 0 : x1 50 : y0 0 : y1 50 : u 6 : v 9 : 16 mat rod X Y x0 x1 y0 y1 u v Sr : 31 line

rod rows 54

Argentina IEEE-80 Rectangular Grid ground-rod system

Subdivide a range in 'n' intervals n end interval j 1 n 1 + (range h j el end - end j * + n / : for h 21 line :

x_grid u 1 - x1 interval : y_grid v 1 - y1 interval : 21 sys

ListCollect_X x_start x0 : x_end x1 : 12 mat x x_grid : ct 1 : i 1 x_grid rows range X ct el x i el x_start x i el x_end 22 mat : ct ct 1 + : 21 line for X 51 line :

ListCollect_Y y_start y0 : y_end y1 : 12 mat y y_grid : ct 1 : i 1 y_grid rows range Y ct el y_start y i el y_end y i el 22 mat : ct ct 1 + : 21 line for Y 51 line :

X ListCollect_X :

Y ListCollect_Y :

x f x 0 + :

X Y rod x f 4 1 sys

..... blue rods .. red rods X Y 12 mat 0005022 mat 100105022 mat 200205022 mat 300305022 mat 400405022 mat 500505022 mat 61 mat 0050022 mat 0 6.25 50 6.25 22 mat 0 12.5 50 12.5 22 mat 0 18.75 50 18.75 22 mat 025502522 mat 0 31.25 50 31.25 22 mat 0 37.5 50 37.5 22 mat 0 43.75 50 43.75 22 mat 050505022 mat 91 mat 12 mat

QUICK X 1 el X 2 el X 3 el X 4 el X 5 el X 6 el Y 1 el Y 2 el Y 3 el Y 4 el Y 5 el Y 6 el Y 7 el Y 8 el Y 9 el 151 sys :

grid rod . 8 black pts :

grid 5 x sqrt * 2 1 sys

x_grid y_grid 12 mat 0102030405061 mat 0 6.25 12.5 18.75 25 31.25 37.5 43.75 5091 mat 12 mat

data list ListCollect collects index list ct 1 : i list rc ct el data i row : ct ct 1 + : 21 line for Un rc 1 el : j 2 rc rows range Un Un rc j el stack : for Un 61 line :

user disposition list 1216394314 mat :

ground rod list ListCollect :

ground-rods/grid ground 10 12.5 10 37.5 40 12.5 40 37.5 42 mat

follow the count
 ▲|▲||||| 1912163943465418 mat

x f x 0 + :

X Y ground x f 4 1 sys

x 03 0.01 range :

Ω x x (sqrt vectorize augment :

Supports discrete f(x) only ...

QUICK 20 Ω * 4 1 sys

canvas X ►...Y ▲

◄ canvas is calipered proportionally

User to specify grids ...

QUICK 20 Ω * 2 1 sys

DISAMBIGUATE ... 1. Whereas QuickPlot has preset colors it takes a collection { only 2. Whereas XY Plot has individual color scheme it takes nest[X,Y] only.

RHMSD . . . Grid System

]]>

data rod eval :

data char size clr plot k 1 data rows range r3 k el char : r4 k el size : r5 k el clr : 13 mat for data r3 r4 r5 augment 21 line :

n data rows eval : 54

x ρ uscale range x Max x Min - : middle x Max x Min + : 2 x * middle - 1 ρ / range * / 31 line :

ρ 1 : border 1 : 12 mat X ρ data 1 col (* : Y ρ data 2 col (* : 31 line

data X ρ uscale Y ρ uscale augment :

index a b scale 2 index 1 - (* a / 1 - (b * :

RHMSD ... Root Harmonic Mean Square Distance

creates an artificial 'z' vector from an 'X,Y' data set.

Useful for software capable of plotting contour from

matrix, for instance ► Mathcad 11.

]]>

k 1 n 1 + (range : z k n border scale : ε 1015 -^: 31 line

Root Harmonic Mean Square Distance [RHMSD] calculated @ grid points rhmsd i 1 n range j 1 n range rhsmd i j el 1 n / data k 1 el z i el - (2^data k 2 el z j el - (2^+ ε + (1 -^k 1 n sum * (0.5 -^: for for rhsmd 21 line :

t0 1 time :

rhmsd rhmsd eval :

M Low High Scale High Low - (M M Min - M Max M Min - / (* Low + :

An earth field is located near the generating power plant. The grid is in sandwitch with carbon granules. The field is maintained wet naturally atificially. Dispersed in the field, deep rods prolonge to earth crust real 0 Ω resistance. Typical voltage generators 13 kV. Raised 735000 V [Hydro-Québec]

W rhmsd 0255 Scale :

rhmsd Min rhmsd Max 21 mat 2.3238 107 -^* 0.7155 21 mat

W Min W Max 21 mat 025521 mat

Ω data . 8 red plot :

W W 0 round vectorize :

Ω 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

image size pixels rows data [n*n]

W -

image BW spread 1223712 mat

-W

1 time t0 - min 4.6

Esplina Mathcad contour ... Smath Esplina image

M key FindIndex r M rows : c M cols : 12 mat i 1 : j 1 : 12 mat j c ≤ (M i j el key ≠ (* i r < i i 1 + : i 1 : j j 1 + : 21 line if while j c ≤ i j 21 mat 0 if 41 line :

row
col W W Max FindIndex 6121 mat

row
col W 128 FindIndex 231321 mat

row
col W W Min FindIndex 1121 mat

Ω W - eval :

Implicit 'zoom fractional' Up/Down M a b zoomfract a b ≡ (a b | (1 ≠ (& (implicit conditions ≡ i 1 M rows a * (range j 1 M cols b * (range N i j el M i a / Ceil j b / Ceil el : a 1 ≥ N i j el M i a / Floor j b / Floor el : cases for for N 31 line :

zoom Ω 22 zoomfract :

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 zoom