Page 107 - KEC Khaitan C5 Flipbook
P. 107
Step 14 Inside the Button1 block, drag set global List to and connect create empty list
from the Lists category.
Step 15 Drag set global Answer to and connect the
number block (0) from the Math category.
Step 16 Add a Loop for multiplication, inside the
Button1 block, drag a for each number from 1
to 10 by 1 block from the Control category.
This loop will repeat 10 times, calculating
multiplication values from 1 to 10.
Step 17 Drag the set global Answer to block from the
Variables section.
Step 18 Add the multiplication logic from the Math category, drag the addition block (+)
and connect it to set global Answer to.
Step 19 Set the first slot to get global answer from the Variables category, drag get
global Answer and place it in the first slot of the addition block.
Step 20 Add the input number from the TextBox1 section, drag TextBox1.Text and place
it in the second slot of the addition block.
Step 21 From the Lists category, drag the add items to list block into the Viewer and
connect it to global List to store multiplication results.
Step 22 Use the join block to format the multiplication statement from the Text category,
drag the join block and connect it to the item socket of the add items to list block.
Step 23 Add TextBox1 input as the first number from the TextBox1 category, drag
TextBox1.Text and place it in the first input of the join block.
Step 24 Add the multiplication symbol (×) from the Text category, drag a text block
(empty quotes "") and type ×, then connect it as the next input in the join block.
Step 25 Add the loop number from the Variables category, drag "get number" and place
it in the join block after the × symbol.
This represents the multiplier (1 to 10).
Step 26 Add the equals symbol (=) from the Text category, drag another text block,
type =, and connect it as the next input in the join block.
Step 27 Add the computed answer from the Variables category, drag get global Answer
and place it as the final input in the join block.
User Interface (UI) Programming and Logic 105

