Notes On Codes And Codes

When I first ran the coding, the program was not working. Using the debugger, I found out that the program was not reading the file. By looking into the variables, I noticed that the some data were missing. The following is the list of my correction to fix the coding.

We are using two FOR Loop to traverse the input and create a 2 dimensional array for printing the output.

3.1 Using the program shown in Figure 3.30 explain what the output will be at Line A.

using printf() (only one is allowed) and arithmetic operators where slope is 4, x coordinate

f. Swap the contents of existing int variables x and y. (Declare any new variables you need.)

|    display_box does not return a value; therefore, it cannot be used with cout <<.

f. Swap the contents of existing int variables x and y. (Declare any new variables you need.)

: Whenever the if-statements are used they should be written in a well formatted order. In the case of deep nesting of if-statements there are higher chances of not understanding of the code. The reason for this might be the statements are not

for(int i = xAxis + 1, j = yAxis + 1; i <= x && j <= y; i++, j++)

is applied along each row of h, to obtain g. The number of operations per pixel has been

3.12 Using the program shown in Figure 3.30, explain what the output will be at Line A.

int startTag = 0, endTag = 0, startALT = 0, endAltText = 0, startAltText = 0;

As you can see we have deliberately made an error in the code (in red). Now lets see what happens when we run this code using the console. You can start the

I have executed the code to run the program. Form what I can see it worked for the first five numbers, but when entering the next number it failed. After looking at the array within the code, I think it could be where it gets to Array 4 (array are 0 based so there would be five fields). I think that they could be bracket with square brackets. I am not sure as I have very little knowledge of programing in C

parameter lpm_hint = "UNUSED"; input clock; input clken; input aclr; input [lpm_widtha-1:0] dataa; input [lpm_widthb-1:0] datab; input [lpm_widths-1:0] sum; output [lpm_widthp-1:0] result;