Matrix effect on desktop.[PC]

        This is amazing notepad trick which will display matrix effect like you might have seen in movies, that is numbers flashes in green colour. Basically we will be creating a small batch file in notepad.

• Go to Notepad and copy below codes

@echo off

color 02

:start

echo %random% %random% %random% %random% %random% %random% %random% %random% %random% %random%

goto start

• Save this file as matrix.bat 

• Now open this file as see matrix effect on your screen.

SECOND EFFECT:

How To Create Matrix File ?

  1. Open Notepad and copy below code.

@echo off

color 0A

:A

echo b r E w e 4 e T r 8 M e F r a c h a S t 3 D a C r a s p e s T e 4 h 2 w r e G 2

ping -w .9 >nul

echo R E 9 8 8 R a t r e g 6 n u m A b R E X e Y A T u C 7 a D R a c r u C e B E p e

ping -w .9 >nul

echo c E B E s A d R u B R 3 H e R u D 7 g u d U 7 T a b u T 5 e p E 2 a v e 6 8 a Z

ping -w .9 >nul

echo n u r A X a j a s t a 9 h a 6 e h e G a s u t r a t r A y a f E q u 8 u b R u d

ping -w .9 >nul

echo k u v e 4 E 6 3 e t r a d r e f e y e q e 6 U H e z U b r u R a s 2 4 3 r A N a

ping -w .9 >nul

echo v u P R a b R u c e d U s w a h a c r a t h U 7 r a h u t u h u V e 7 U k u S a

ping -w .9 >nul

echo T e D r e 8 A p r a d a b u f U c u c E h E t 7 c r 5 s P a f r e t h u t 9 u t

ping -w .9 >nul

echo b R u G e p a R e s a P H e P a 2 U d 4 P r e F A b a t h a t h U s w a d R U d

ping -w .9 >nul

echo v U Y a C R e T R 9 k u b e D r a T 6 u j e 5 2 4 e B a f 2 u b 5 w A p a y U Y

ping -w .9 >nul

echo b r E w e 4 e n r 8 M e F r a c h a S t 3 D a C r a s p e s T e 4 a 2 w r e G 2

ping -w .9 >nul

echo k u v e 4 E 6 3 e t r a d r e f e y e q e 6 U H e z U b r u R a s 2 4 3 r A N a

ping -w .9 >nul

echo v u P R a b s u c e d U s w a 3 a c r a t h U 7 r a k u t u h u V e 7 U k u S a

ping -w .9 >nul

echo n u r A X a j a s t a 9 h a 6 e h e G a s u t r a t r A y a f E q u 8 u b u u d

ping -w .9 >nul

goto A

  2. Save the file as matrix.bat  (.bat is must)

  3. Done enjoy !!

In chemical analysis, matrix refers to the components of a sample other than the analyte^[1] of interest. The matrix can have a considerable effect on the way the analysis is conducted and the quality of the results obtained; such effects are called matrix effects.^[2] For example, the ionic strength of the solution can have an effect on the activity coefficients of the analytes.^[3][4] The most common approach for accounting for matrix effects is to build a calibration curve using standard samples with known analyte concentration and which try to approximate the matrix of the sample as much as possible.^[2] This is especially important for solid samples where there is a strong matrix influence.^[5] In cases with complex or unknown matrices, the standard addition method can be used.^[3] In this technique, the response of the sample is measured and recorded, for example, using an electrode selective for the analyte. Then, a small volume of standard solution is added and the response is measured again. Ideally, the standard addition should increase the analyte concentration by a factor of 1.5 to 3, and several additions should be averaged. The volume of standard solution should be small enough to disturb the matrix as little as possible.