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» Author: Bugra Ozden
» Title: Skatalog v9 - product catalog
» Description: Create your product catalog easly and publish on your website or Create your image gallery, documents list, portfolio. Fully XML Driven
» More by Bugra Ozden
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» Posted in the Flash Kit Links section
» Title: Creative DW Image Show PRO
» Description: Creative DW Image Show PRO is a Dreamweaver extension which enables the user to create multimedia presentations. It combines the features of the popular Creative DW Image Show with the ability to add professional text effects to slides (similar to After Effects). The product is very customizable: the user can choose the duration of the transition effects, the slide motion start and end position, zoom and panning type for both images and texts.
2) Function decimalToOctal has the following script:
function decimalToOctal (number) {
array2.splice(0);
array3.splice(0);
for (i = 0; i <= number; i ++) {
binary = Math.pow (8, i);
if (binary> number) {
arrayelement = i - 1;
break;
}
array3 [i] = binary;
}
for (j = arrayelement; j>= 0; j --) {
if (j == arrayelement) {
binaryelement = int (number / array3 [j]);
binaryremainder = int (number % array3 [j]);
array2[ 0 ] = binaryelement;
} else {
binaryremainder1 = binaryremainder;
binaryremainder = int (binaryremainder % array3 [j]);
binaryelement = int (binaryremainder1 / array3 [j]);
array2 [arrayelement - j] = binaryelement;
}
}
return array2.join ("");
}
Notice that this script is the same as above but with minor differences. We use powers of 8 instead of 16. No characters are involved.
3) Function binaryToDecimal has the following script:
function binaryToDecimal (number) {
array7.splice(0);
array6.splice(0);
for (i = 0; i <= length (number) - 1; i ++) {
array6 [i] = Math.floor (number / Math.pow (10, length (number) - i - 1)) - Math.floor (number / Math.pow (10, length (number) - i)) * 10;
}
decimal1 = 0;
for (j = 0; j
Notice the first for structure. Length (number) specifies the number of digits in the number. Let's trace this for structure to know what it does. Suppose I entered the binary number 11011 in the input variable, then:
Length of the number is 5.
for (i = 0; i <= 4; i ++)
Values of elements of array6:
For i = 0, array6 [0] = floor(11011/10000) - floor(11011/100000)*10 = 1
For i = 1, array6 [1] = floor(11011/1000) - floor(11011/10000) *10 = 1
For i = 2, array6 [2] = floor(11011/100) - floor(11011/1000) *10 = 0
For i = 3, array6 [3] = floor(11011/10) - floor(11011/100) *10 = 1
For i = 4, array6 [4] = floor(11011/1) - floor(11011/10) *10 = 1
Cool, ha?! As you notice, this for structure initializes array6 such that its elements are the digits of the binary number.
Notice the second for structure. Let's have a trace: