README-en.md edited online with Bitbucket

README-en.md

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 | ![](images/rowMajor01-small.png) | ![](images/rowMajor02-small.png) | ![](images/rowMajor03-small.png)| 
 
-**Figure 2** - (a) A drawing with a white background with red dots. (b) When the user clicks on the horizontal line button (`RowMajorFill`) and clicks the cell shown, (c) a horizontal line that expands to the left and to the right of the cell clicked is drawn, until it finds a cell with a different color from the color of the background. 
+**Figure 2.** (a) A drawing with a white background with red dots. (b) When the user clicks on the horizontal line button (`RowMajorFill`) and clicks the cell shown, (c) a horizontal line that expands to the left and to the right of the cell clicked is drawn, until it finds a cell with a different color from the color of the background. 
 
 
 ##### `ColMajorFill`
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 | ![](images/colMajor01-small.png) | ![](images/colMajor02-small.png) | ![](images/colMajor03-small.png)|  
 
-**Figure 3** - (a) A drawing with a white background and red dots (b) When the user clicks on the vertical line button (`ColMajorFill`) and clicks the cell shown, (c) a vertical line that expands to the left and to the right of the cell clicked is drawn, until it finds a cell with a different color from the color of the background. 
+**Figure 3.** (a) A drawing with a white background and red dots (b) When the user clicks on the vertical line button (`ColMajorFill`) and clicks the cell shown, (c) a vertical line that expands to the left and to the right of the cell clicked is drawn, until it finds a cell with a different color from the color of the background. 
  
 
 ##### `DiagonalLeft`
 |---|----|----|
 | ![](images/diagLeft00-small.png) | ![](images/diagLeft01-small.png) | ![](images/diagLeft02-small.png)| 
 
-**Figure 4** - (a) A drawing with a white background and red dots. (b) When the user clicks on the left diagonal line button (`DiagonalLeft`) and clicks the cell shown, (c)  a left diagonal line that expands towards the top to the left and towards the bottom to the right of the cell clicked is drawn, until it finds a cell with a different color from the color of the background.
+**Figure 4.**  (a) A drawing with a white background and red dots. (b) When the user clicks on the left diagonal line button (`DiagonalLeft`) and clicks the cell shown, (c)  a left diagonal line that expands towards the top to the left and towards the bottom to the right of the cell clicked is drawn, until it finds a cell with a different color from the color of the background.
 
 
 
 
 ![](images/squares.png)
 
-**Figure 6** - Squares of size 1 (green), 2 (red), 3 (blue), and 4 (yellow). In each case, the user clicked the center of the square. 
+**Figure 6.** Squares of size 1 (green), 2 (red), 3 (blue), and 4 (yellow). In each case, the user clicked the center of the square. 
 
 #### 2b: Triangles
 
 ![](images/triangles.png)
 
 
-**Figure 7** - Triangles of size 1 (green), 2 (red), 3 (blue), and 4 (yellow). In each case, the user clicked the center of the base of the triangle. 
+**Figure 7.** Triangles of size 1 (green), 2 (red), 3 (blue), and 4 (yellow). In each case, the user clicked the center of the base of the triangle. 
 
 #### 2c: Circles
 
 
 ![](images/circles.png)
 
-**Figure 8** - Circles of size 1 (green), 2 (red), 3 (blue), and 4 (yellow). In each case, the user clicked the center of the circle. 
+**Figure 8.** Circles of size 1 (green), 2 (red), 3 (blue), and 4 (yellow). In each case, the user clicked the center of the circle. 
 
 **Help Producing Circles:**
 
 
 
 
-**Figure 9** - (a) The original drawing with a white background and black cells. (b) A cell is selected and the algorithm is executed to fill the cell (1), (c) The cell is painted orange, then (d) invokes `flood-fill` on the left cell (2). (e) The cell 2 is painted orange, then (f) invokes `flood-fill` on the cell of the left (3). This cell is not the target-color (its black), and the function returns. (g) `flood-fill` is invoked on the cell on the right of cell 2, but that cell is already painted with the replacement-color.  (h) `flood-fill` is invoked on the cell on top of the cell 2. (i) This cell is painted orange and (j) invokes `flood-fill` on the left cell  (4). This cell is not the target-color, therefore the function returns (k), cell (3) invokes `flood-fill` on its right cell. 
+**Figure 9.** (a) The original drawing with a white background and black cells. (b) A cell is selected and the algorithm is executed to fill the cell (1), (c) The cell is painted orange, then (d) invokes `flood-fill` on the left cell (2). (e) The cell 2 is painted orange, then (f) invokes `flood-fill` on the cell of the left (3). This cell is not the target-color (its black), and the function returns. (g) `flood-fill` is invoked on the cell on the right of cell 2, but that cell is already painted with the replacement-color.  (h) `flood-fill` is invoked on the cell on top of the cell 2. (i) This cell is painted orange and (j) invokes `flood-fill` on the left cell  (4). This cell is not the target-color, therefore the function returns (k), cell (3) invokes `flood-fill` on its right cell. 
 
 The function `flood-fill` is invoked and proves its functionality using various figures. You should assure that you proved open figures, for example, the following: 
 
 
 ## Deliverables
 
-Use "Deliverable" in Moodle to hand in the archive  `tools.cpp` with the functions that you implemented in this laboratory experience. Remember to use good programming techniques, include the names of the programmers involved, and to document your program.
+Use "Deliverable" in Moodle to hand in the archive  `tools.cpp` with the functions that you implemented in this laboratory experience. Remember to use good programming techniques, include the names of the programmers involved, and document your program.
 
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