#Scilab output matrix how to

If the variable is a graphic handle, the save function saves all the corresponding graphics_entities definition.

The save() command saves all the scilab current variables in a binary file.

The purpose of save and load function are This will save the current values of all variables to a fileĪnd the computation can be resumed where you left off. Now, let us discuss the use of save and load command.

percentage s is used to insert a string data stored in variable y.

percentage d is used to insert an constant data stored in variable x and.

In print f open bracket into quotes value of x is equal to percentage d is taken as a constant comma while value of y is equal to percent s is taken as a string close the quotes comma x comma y close the bracket Type ->mprintf into bracket into quotes type iteration percent i comma result is colon slash n alpha equal to percentf comma 33 comma 0.535 close the bracket, Here 33 will be displayed in place of percent i and point535 will be displayed in place of percent f as a flow, press enter This will give the output as At iteration 33, Result is alpha is equal to 0.535000. Value of x=25 is taken as a CONSTANT,while value of y=25 >mprintf('Value of x=%d is taken as a CONSTANT, while value of y=%s is taken as a STRING', x, y) Let us see an example for this.Switch to the console It is an interface for C-coded version of printf function. Mprintf() function converts, formats and writes data on to the Scilab console. This can be done using the mprintf() function.

#Scilab output matrix how to

Let us now see how to format the output that is displayed on the console. second answer stored in y, with the argument “ string” included in the command, is of type string.the first answer stored in x is of type constant and.To check the type of variable, let us type

We are doing this to validate the use and importance of the argument “string”, given in the second example. Let us clear the console using clc command. Now, let us check the type of variable that x and y are. We see that in both the cases the input we entered through the keyboard, was a number 25. >y is equal to input into bracket into double quotes Enter your age close the double quotes comma again inside double quotes write string close the bracket. >x is equal to input open bracket inside double quotes Enter your age close the double quotes close the bracket and press enter.Type 25 and press enter Switch to the Scilab Console window and type,

> y = input (“ Enter your age”, “string”) So the output is a character string, which is the expression entered using the keyboard. In the second example, the second argument is “ string”. Second,x= input('message to display','strings') The input function can be written in two ways. If nothing but a carriage return is entered at the prompt, input() function returns an empty matrix.

It provides a prompt in the text string for user input.

is used to take the input from the user.

If not, for relevant spoken tutorials on scilab please visit spoken hyphen tutorial dot org.

Welcome to this spoken tutorial on User-defined Input and Output using Scilab.įor Demonstration:I am Ubuntu Linux12.04 operating system with Scilab version 5.3.3 installed Keywords: input, mprintf, save(), load()

Title of script: User defined Input/output in Scilab