Mouse pointer

Interpolate Y = J x)) requests the user to either enter a specific x-value into the green box (Fig. 5.6, item D), followed by J, or to use the mouse pointer to indicate where the interpolation is to take place (depress left button and slowly pull mouse). The corresponding results are continuously updated in the table. The confidence interval of the result Y is indicated by a bold bar sitting on top of the dashed interpolation line. Clicking on the pale yellow [Print] button sends the numerical results to the selected printer there is the option of sending a [Form Feed] immediately or after a few interpolations have been done. 

Select) allows the function to be picked the graph is automatically depicted together with a list of selected values. Drawing the mouse pointer slowly in a horizontal direction with the left button depressed activates an interpolation engine the coordinates are displayed on the bottom line of the list. Since the selected screen resolution (e.g., 800 x... 

Rotate about Z-axis in one degree steps in the range -90. .. -p90 for better view. (Use the mouse pointer to grab and rotate the bold azimuth line in the plan view in the insert )... 

To accept the part and place it in your circuit, click the OK button. When you click the button, the program will return to the schematic with the graphic for the part attached to the mouse pointer ... 

The graphic moves with the mouse. Move the graphic to the location where you want to put the voltage source. Click the LEFT mouse button once to place the part, and then move the mouse pointer. Note on your screen and in the figure below... 

As a second example, place the mouse pointer over the DC source and then press the I key ... 

We see that the Capture zooms in around the mouse pointer. Unless you cannot remember the keyboard shortcuts, the easiest way to zoom in on an object is to place the mouse pointer at the object and then press the I key. (To zoom out, press the O key.)... 

Click the OK button to accept the part. The resistor graphic will appear attached to the mouse pointer ... 

Press the R key to rotate the part when necessary and click the LEFT mouse button to place the part. When you have placed all four resistors, press the ESC key to stop placing resistors. When you press the ESC key, the resistor graphic at the mouse pointer disappears. 

Before we continue, we would like to zoom in on the circuit and make it as large as possible while still displaying the entire circuit. Select View, Zoom, and then Area from the menus. The mouse pointer will be replaced by a magnifying glass ... 

Place the mouse pointer near the upper left comer of the area in which you would like to zoom and then click and HOLD the LEFT mouse button. When you move the mouse away, a zoom rectangle will be shown ... 

Click the LEFT mouse button on the Wire menu selection. Crosshairs will replace the mouse pointer. Move the crosshairs so that they point toward the top of the positive (+) terminal of the DC voltage source ... 

Note that the crosshairs are still displayed instead of the mouse pointer. This indicates that we can continue drawing wires. Move the crosshairs to point at the top pin of R2 ... 

Make sure you are not in wire mode. If you are in wire mode, the mouse pointer is displayed as crosshairs. To terminate wire mode, press the ESC key. 

Move the mouse pointer to the segment of wire or the part that you wish to remove. 

A second power connector is now connected to the mouse pointer. Press the ESC key to stop placing power connectors. We must now change the label. Double-click on the text VCC BAR to change it ... 

A blank schematic is displayed. The title block is in the lower right comer. Use the scroll bars to scroll the page to the lower right comer of the page. I will zoom in on my schematic to see the title block more clearly. (To zoom in, place the mouse pointer over the title block and press the I key.)... 

A picture of the title block is displayed in the dialog box. The picture of the title block is a bit too small to see all of the details, so we will place it in the schematic. Click the OK button to place the block in the schematic page. The outline of the title block will appear attached to the mouse pointer ... 

To zoom, place the mouse pointer in the area in which you want to zoom, and type the letter I. 

A marker is placed on the wire and a new marker is attached to the mouse pointer. We can place more markers if we want. Press the ESC key to terminate placing markers. The marker will change to the color the trace is displayed in Probe. On my computer, all Probe traces are displayed in black, so the marker is displayed in black. If your marker turns green, then the trace will be displayed in green on the Probe screen. 

Click the LEFT mouse button to place the marker. As you move the mouse away, you will notice that a marker is placed on the wire and that a second marker is attached to the mouse pointer ... 

Click the LEFT mouse button to place the marker. Move the mouse pointer away ... 

Click the OK button. The text string will replace the mouse pointer and move with the mouse ... 

Position the text as shown below and click the LEFT mouse button. The text will be placed and the normal mouse pointer will return ... 

We can use the same technique to move the arrow. Click the LEFT mouse button on the arrow to select the arrow. It should turn red, indicating that it is selected. Next, place the mouse pointer at the center of the selected arrow and click and drag the arrow to a new location ... 

The cursors can be controlled using the mouse buttons or the keyboard. The left mouse button moves cursor 1 and the right mouse button moves cursor 2. Also, the left and right arrow keys (SB) move cursor 1, and the SHIFT key plus the left and right arrow keys (SB) move cursor 2. Place the mouse pointer as shown below ... 

Next, we will move cursor 2. Place the mouse pointer as shown ... 

Click the OK button. The graphic for the Dlglt3l Slgn3l part, I -TbT, will become attached to the mouse pointer. 

Click the OK button. The mouse pointer will become attached to the graphic for the DlgltalJCIOCH part. Place the part in your schematic by clicking the LEFT mouse button. To stop placing parts, press the ESC key. Notice that the frequency is indicated on the schematic ... 

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