kittrick: Oh my gosh! I need this program! http://g3ot5.tk

One Week's Wisdom

kitisconfused posted a photo:

This is a website I just finished called One Weeks Wisdom. Check it out. I've been working on the code for this site for several weeks now and I am very proud of it. The woman I am working for does a lot of work promoting arts and health in Haiti. It's a very interesting project, so if you have some time on your hands, stop by and check it out.

Introducing the Google Chrome OS

Shared by Dylan
OH.
MY.
god.

It's been an exciting nine months since we launched the Google Chrome browser. Already, over 30 million people use it regularly. We designed Google Chrome for people who live on the web — searching for information, checking email, catching up on the news, shopping or just staying in touch with friends. However, the operating systems that browsers run on were designed in an era where there was no web. So today, we're announcing a new project that's a natural extension of Google Chrome — the Google Chrome Operating System. It's our attempt to re-think what operating systems should be.

Google Chrome OS is an open source, lightweight operating system that will initially be targeted at netbooks. Later this year we will open-source its code, and netbooks running Google Chrome OS will be available for consumers in the second half of 2010. Because we're already talking to partners about the project, and we'll soon be working with the open source community, we wanted to share our vision now so everyone understands what we are trying to achieve.

Speed, simplicity and security are the key aspects of Google Chrome OS. We're designing the OS to be fast and lightweight, to start up and get you onto the web in a few seconds. The user interface is minimal to stay out of your way, and most of the user experience takes place on the web. And as we did for the Google Chrome browser, we are going back to the basics and completely redesigning the underlying security architecture of the OS so that users don't have to deal with viruses, malware and security updates. It should just work.

Google Chrome OS will run on both x86 as well as ARM chips and we are working with multiple OEMs to bring a number of netbooks to market next year. The software architecture is simple — Google Chrome running within a new windowing system on top of a Linux kernel. For application developers, the web is the platform. All web-based applications will automatically work and new applications can be written using your favorite web technologies. And of course, these apps will run not only on Google Chrome OS, but on any standards-based browser on Windows, Mac and Linux thereby giving developers the largest user base of any platform.

Google Chrome OS is a new project, separate from Android. Android was designed from the beginning to work across a variety of devices from phones to set-top boxes to netbooks. Google Chrome OS is being created for people who spend most of their time on the web, and is being designed to power computers ranging from small netbooks to full-size desktop systems. While there are areas where Google Chrome OS and Android overlap, we believe choice will drive innovation for the benefit of everyone, including Google.

We hear a lot from our users and their message is clear — computers need to get better. People want to get to their email instantly, without wasting time waiting for their computers to boot and browsers to start up. They want their computers to always run as fast as when they first bought them. They want their data to be accessible to them wherever they are and not have to worry about losing their computer or forgetting to back up files. Even more importantly, they don't want to spend hours configuring their computers to work with every new piece of hardware, or have to worry about constant software updates. And any time our users have a better computing experience, Google benefits as well by having happier users who are more likely to spend time on the Internet.

We have a lot of work to do, and we're definitely going to need a lot of help from the open source community to accomplish this vision. We're excited for what's to come and we hope you are too. Stay tuned for more updates in the fall and have a great summer.

Posted by Sundar Pichai, VP Product Management and Linus Upson, Engineering Director

A Softer World: 458

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Model, Texture, and Render a Photorealistic Kitchen in Blender and Yafaray

In this 96 step mega-tutorial, you will go through all the motions necessary to construct a complete, photorealistic kitchen scene in Blender, and then render it with Yafaray (a free ray tracing, open source rendering engine). Make sure that you have Yafaray and Python 2.5 installed. For more information on installation check out www.yafaray.org.

Final Effect Preview

Step 1

Press “a” to select all default objects (cube, camera, and light) and then press delete.

Step 2

With the mouse in the 3D view, press “Space”, and add a plane.

Step 3

Scale the Plane along the ‘X’ axis, by pressing “S”, then “X”, and moving the mouse. Left click the mouse to release.

Step 4

Press “TAB” to enter into ‘edit’ mode. Then press “B”, and drag select the vertices on the right.

Step 5

Press “E” to extrude the selected edge. Move the mouse along the ‘X’ axis, and press “ctrl” while moving. You can also use the widget arrows to move.

Step 6

Extrude the edges of the plane to get the “C” shape as shown.

Step 7

Select all of the vertices by pressing “A”, and extrude the region to an adequate height.

Step 8

Press “TAB” to get out of ‘edit’ mode, then select the mesh, and press “shift + D” to duplicate it. Scale it down along the ‘Z’ axis. This new object will be the top slab.

Step 9

Place the slab right on the top of the base. Pull out the faces a bit to make it slightly bigger than the base, then press “Tab” to exit ‘edit’ mode.

Step 10

For the sink, add a cylinder with 16 vertices. Make sure you are in the top view.

Step 11

In ‘edit’ mode, select all of the vertices, as shown, and delete them.

Step 12

Extrude the vertices. This will be the corner of the sink.

Step 13

Press “F9″ to bring out the “Editing” panels. Add a “Mirror” modifier.

Step 14

Enable both ‘X’ and ‘Y’ “Mirror” settings.

Step 15

In ‘edit’ mode, adjust the position and scale of the vertices, to form a base for the sink. Bring the extreme vertices together, and press “Do Clipping” in the “Mirror” modifier panel. This will make the center vertices stick together.

Step 16

Press “Tab” to get out of ‘edit’ mode, then press “Apply” in the “Mirror” modifier panel.

Step 17

Again, in ‘edit’ mode, select all of the vertices (”A”), and press “shift + F” to fill the mesh. Then press “alt + J” to make quad faces.

Step 18

Select all of the vertices and extrude them, shaping it into a sink.

Step 19

Select the topmost faces and delete them.

Step 20

Hit “alt + Right click” on the last edge to select an edge loop. Extrude it downwards, and then exit ‘edit’ mode.

Step 21

Cut a hole in the slab for the sink, by selecting the slab, entering ‘edit’ mode, and pressing “ctrl + r” to loop cut. Cut it twice.

Step 22

Select the new top face, and press “e” to extrude. Now press “Esc” to exit extrude, and leave the new face in place. Extrude this face downwards.

Step 23

Select the unwanted face (the lower face of the slab) and delete it.

Step 24

Place the sink on to the slab. Adjust the vertices of the slab accordingly, and delete the unwanted face of the base mesh.

Step 25

Create the tap as shown, and then add a “subsurf” modifier to it. Place it near the sink.

Step 26

For the stove, start with a cube.

Step 27

Extrude the front and bottom face. Loop cut the cube once.

Step 28

Extrude the new face at the top, and translate the edge to get the shape right.

Step 29

Add two new cubes, scale them, and then move them closer to the main body.

Step 30

Extrude the front face of the lower cube, and then scale it down.

Step 31

Extrude this same face again, and push it slightly inward.

Step 32

Construct the handle from a cylinder as shown, and then move it into position.

Step 33

Add a cylinder, and loop cut it once.

Step 34

Select the new faces, by pressing “alt + right click” to loop select, and then extrude them.

Step 35

Build the following shape from a box as shown.

Step 36

In the top view ( num pad 7), place the 3D pointer in front of this new shape.

Step 37

Press “F9″ to bring up the “Edit” buttons. In the ‘Mesh Tools’ panel, increase the “Degr” value to ‘360′, the “Steps” to ‘5′, enable “clockwise”, and finally press the “Spin Dup” button.

Step 38

Click on the 3D view, and there will be five duplicates in a circular pattern. Make sure you are in the top view.

Step 39

Select all of the vertices by pressing “A”, and then press the “remove double” button to remove any extra duplicated vertices.

Step 40

Place the two parts together as shown.

Step 41

Add a cylinder. Extrude its top, scale it down, and then extrude it inwards.

Step 42

Put all of the parts together, and then re-size the cylinder. Press “ctrl + j” to combine the parts, and make them one single object.

Step 43

Place this new piece on the top of the stove (it will be the burner…if you hadn’t already noticed:P). Duplicate it three times and place the burners accordingly. Scale two of them down.

Step 44

Construct the knob using a cylinder and a cube joined together. Duplicate it three times.

Step 45

Place the stove into position, and scale it accordingly.

Step 46

Duplicate the base, and move the vertices to make it thinner.

Step 47

Delete the four vertices as shown.

Step 48

Loop cut the front portion twice.

Step 49

Loop cut it again horizontally, and delete the edge as shown. This will be the space for exhaust.

Step 50

Select four Vertices, or two opposite edges, and then press “F” to a make face.

Step 51

Add a cube, scale it down vertically, and place it above the stove.

Step 52

Loop cut the cube, and then push the top vertices in.

Step 53

Add another cube, and scale it in on one axis. This will become the doors of the cabinets.

Step 54

Add another cube, and scale it to make the handle. This should be a separate object.

Step 55

Press “B” to activate the “select” tool. Now drag select both objects, and then press “shift + D” to duplicate and place them around the upper shelf. Scale them accordingly.

Step 56

Duplicate them again to make the doors for the lower base. You can make drawers too if you like. The handles should be at the top for the doors on the lower base.

Step 57

Start adding walls. Add a plane, and re-size it accordingly.

Step 58

Extrude the edges of the plane.

Step 59

To cut a window, select the face of the wall and extrude it, by pressing “E” to extrude, then immediately pressing “esc”, and then scaling it down. Position it where you want the window.

Step 60

Delete the face.

Step 61

Construct the window frame from boxes as shown.

Step 62

Now place it onto the wall.

Step 63

Add more planes for the floor and ceiling.

Step 64

Add a camera, and a “sun light”. Point the light direction as if it were entering through the window.

Step 65

Time to start adding materials. Press “F5″ to bring out the “materials” panel in the “button” window.

Step 66

Select the slab, and press the “Add New” button, in the “texture” panel. Don’t bother about editing the color, or any of the other details for the material settings. There are separate material settings under the “Yafaray” rendering options. Colors, gloss, and other attributes will be defined there. Just add an image texture in the Blender materials, and name this material “slab”.

Step 67

Press “F6″ to bring out the “texture” panels. Select “Image” under “Texture Type”.

Step 68

Load the image you want to assign for the slab. A Dark green marble will be good.

Step 69

Similarly, assign a wood texture image to the cabinet, and name the material “wood”

Step 70

To assign the same material to different objects, select the object, and in the “material” panel, press the arrow button on the left hand side of the “Add New” button, and then select the texture from the list to assign it.

Step 71

Assign a different wood image texture to the floor, and name it “Floor”. For the rest of the objects (like metal) where no images are required, the materials will be assigned under the “Yafaray” material settings.

Step 72

Split the 3D view in two. From the “Render” menu, select “YafaRay Export”, and you should get the “Yafaray” button window.

Step 73

Select the “Sun Lamp” in the 3D view. Press the “Object/Light/Camera” button in the “YafaRay” button panel. Select “Sun”, increase the power to 2.0, and change the color.

Step 74

Select the floor mesh, then press the “Material” button in the “Yafaray” button window, and press “From active object”.

Step 75

Bellow the “Refresh Preview” button, under the settings panel, select “Glossy” as the material type. Turn the “Glossy reflection”, and “Exponent” sliders up a bit.

Step 76

Similarly, set the materials for all of wooden cabinets.

Step 77

Use a “coated_glossy” material for the slab. The new “IOR” value will give it a mirror like reflection, in addition to the gloss. Always be sure to add and name the materials in Blender first, and then press “From active object” in the “Yafaray options”, so the material will be added using the same name in the “Yafaray” material list.

Step 78

Add a “shinydiffusemat” material for the wall.

Step 79

Set a “coated_glossy” material type for the sink, tap, chimney, cabinet handles, and stove (but a lighter one for the the sink and tap).

Step 80

Select the front face of the oven in ‘edit’ mode, and press “P” to make it a separate object.

Step 81

Add new material in the Blender “material” panel, and name it “glass”. Select the new object, and press “From active object” in the “Yafaray” material settings. Use “shinydiffusemat” as the material type, and give it a dark colour, and a bit of mirror strength and transparency.

Step 82

Add a black material to the stove burner and knobs.

Step 83

Press the “Settings” button in the “Yafaray” window, and change “Direct mapping” to “Photon mapping”.

Step 84

With the rest of the settings untouched, press the “Render” button in the “Yafaray” window. This is just to check the results we get with the default settings of photon mapping. You should get something noisy, as depicted below.

Step 85

Under the “Photon settings”, enable “Use background”. This will use the background’s light and colour values. Under the “Background settings” select “Single Color”, and choose a sky blue color.

Step 86

Before rendering any other image, enable “Clay Render” under the general settings options. This will discard all of the material options, and render all objects with one single material, which will make the rendering a bit faster, and help you to check your lighting and shadows before doing the final render.

Step 87

Push “Render” to see the difference. “Yafaray” should now use the color and light values from the background, but it should still have noise.

Step 88

Under the “AA settings” increase the “AA sample” to ‘6′, and set the type to “mitchell”.

Step 89

Press “Render”, and the results should look much better.

Step 90

To correct the light leaks in the corners, increase “Photons” to ‘1000000′ or more, and “Diff.radius” to ‘4′. To further reduce the noise, increase the “FG samples” to ‘96′.

Step 91

Now the result should be much richer, and less noisy.

Step 92

Turn off “clay render”, and render again.

Step 93

Add an ‘Area Light’ just outside the window, facing inwards, and few ‘lamps’ under the top cabinets.

Step 94

Do a quick clay render, and notice the difference between this image and the last clay render.

Step 95

Turn off “Clay render” to see the new results with the materials applied.

Step 96

Now you can play with the different materials, colors, and light settings…

Step 97

until you are totally happy with your results!

Final Effect

Hope you enjoyed this tut!!

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Cutting Edge

Shared by Kittrick
Yeah, that's exactly what I'm doing with my game-cube right now.

comics with titles

Sometimes I start comics that are supposed to be a whole page, but are only a half page.

On a related note, I have so many David Bowie drawings now, so many Ziggys.

(store!)