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Figure 7-24. The Displace dialog Suppose you want to make it look like you ve laid a magnifying glass on the middle of the text. All the text under the glass should be magnified: text near the left edge should move left, text on the right should move right, text above center should move up, below center, down. Everything outside the lens should remain unchanged. How would you design Displace gradient maps to accomplish this Consider the horizontal problem first. Make a new layer for your horizontal gradient map call it hlens. Most of your text will be outside the magnifying glass, so it won t move at all. That means it needs to be medium gray. Set the foreground color to medium gray (V = 50% in the color chooser), and fill the layer with that color. As long as you have that foreground color handy, this is a good time to make a second layer (vlens) and fill that with gray as well. Now, in your hlens layer, make a circular selection where you want your magnifying glass to be. Give it quite a bit of feathering so the effect will be gradual at the edges. What should go inside this circular lens Think about the goal: text at the left edge of the lens should move farther left, so the map needs to be white there. Similarly, the right side of the lens needs to be black so the text will move right. Set the foreground color back to black (the black/white button under the color swatches in the Toolbox is a handy shortcut) and drag the Gradient tool across your selection from right to left (Figure 7-25).

If the device specified by root doesn t exist and isn t created in the temporary /dev file system created by the kernel, you must use the initial RAM disk root file system to load the appropriate driver and ensure that the proper entries exist in the /dev directory of the initramfs file system After the root file system has been mounted, the kernel needs to execute the userland init program The kernel first uses what was specified as the init= parameter on the kernel command line If you didn t provide an init argument, the kernel attempts to run the following commands, stopping at the first one that works: /sbin/init /etc/init /bin/init /bin/sh If none of the above can run, the following error appears on the console: No init found Try passing init= option to kernel And the system stops..

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Figure 7-25. The horizontal gradient map for a magnifying lens Now make your vertical lens gradient the same way. It needs to be black at the bottom, and white at the top. You can activate the vlens layer and reuse the same selection. Cancel the selection (Select None), make the text and background layer active, and call up Displace . Choose the hlens for X displacement, vlens for Y (Figure 7-26).

Systems using Network File System (NFS) root file systems have an additional twist in the booting process. Because NFS file systems require a working network stack, one adapter must have an IP address. You set the IP address with the IP kernel parameter, which has the following format: ip= host-ip : server-ip : gw-ip : netmask : hostname : device : auto-configure A typical line looks like the following when you specify an IP address ip=10.0.0.1:10.0.0.2:10.0.0100:255.0.0.0:theboard:eth0:off

User requested to cancel Session disconnected due to a hang-up Session disconnected due to a transfer User requested to exit application

Figure 7-26. Lens effect using Displace If you displace in Polar mode, the two maps are interpreted somewhat differently. Instead of X and Y, you re mapping Pinch and Whirl. In Whirl, white rotates the pixel clockwise around the center of the image, while black rotates it counterclockwise. In Pinch, white pinches the center of the layer in, while black bows it out. Polar mode is hard to visualize, but if you play

or like this when you use DHCP to obtain IP information: ip=:::::eth0:dhcp Table 7-1 breaks this down and explains each parameter.

with it you can get some good results. Try starting with 0 in both Pinch and Whirl numerical fields and changing just one of them by small amounts to get a feel for what it does.

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