In this project, we applied the foo concepts to accomplish bar. The flim flam is used to build widget A so that we can put the mojo on the jojo. This works well because abracadabra.

The cake was especially difficult, we ran into difficulty at first because we didn't know how to make the whipped frosting, but we then read about Chocolate Mousse in the Cookbook of Doom and experimented with methods gamma and theta. We solved the problem via percussive maintenance which worked great because crimson and clover.

As a result of hacking the Gibson, we now have a clearer understanding of the Flying Squirrel technique and the application of cheese to crackers. The Flying Squirrel technique works by increasing the fullness of the acorn reservoir, which is useful for solving problems of the Third Kind because aliens. Cheese can best be applied to crackers by use of the secret dunk-and-scoop method, which has made our kung-fu great in dealing with iterant out-of-cheese errors.

This project addresses the problem of twice-baked fog weevils and enables us to fly hovercars over uneven terrain. The overall concept is to commute the Hamiltonian and then inject space opera tendencies via the technique of hidden ice cream sandwiches. This approach is effective because it simplifies the problem of taming space lions using the non-Euclidean rangefinders.

The project is structured as follows:

• Faces::eigenFaces - Applies the Teeter-Totter method to turn the raw dilithium into usable starship fuel.
• EigFaces::projectFace - Given refined dilithium, uses the drive controls to go to an arbitrary warp speed.
• ...

We did X and Y to accomplish the required experiments.

We also did P and Q to further explore the trans-hyperdimensional resonance problem which we encountered while exploring the handedness of the flitzgibbit.

Direct response to Question 1.

Direct response to Question 2.

The result obtained occured because of the alignment of the star crystals in the Charleston St. Orrery. We expected that the snow would be orange because of the velociraptor principle, however we did not expect that it would speak German. This can be explained by the use of imported Ketchup rather than home-brew, because the imported variety has higher trace levels of palladium.

main --findface class_images\group\group2.tga eigenface .3 .4 .01 mark 3 group2output.tga

The above result is interesting because it demonstrates the ramjet scrambling property of the hunter-seeker probe. This was problematic because tipsy turtles, which we solved by varying the Stradvarius parameters.

main --findface class_images\group\class1.tga eigenface .4 .9 .01 mark 32 class1output.tga

The above results demonstrate what happens when we use too low a take-off velocity. At left, we have a range of zero to five repeating, while at left, we use a Lagrangian series over the subspace of grumpy seagulls. It's possible to address this issue by hopping on your left foot while rotating counterclockwise.

We did X and Y to accomplish the required experiments.

We also did P and Q to further explore the trans-hyperdimensional resonance problem which we encountered while exploring the handedness of the flitzgibbit.

Direct response to Question 1.

Direct response to Question 2.

The result obtained occured because of the alignment of the star crystals in the Charleston St. Orrery. We expected that the snow would be orange because of the velociraptor principle, however we did not expect that it would speak German. This can be explained by the use of imported Ketchup rather than home-brew, because the imported variety has higher trace levels of palladium.

main --findface class_images\group\group2.tga eigenface .3 .4 .01 mark 3 group2output.tga

The above result is interesting because it demonstrates the ramjet scrambling property of the hunter-seeker probe. This was problematic because tipsy turtles, which we solved by varying the Stradvarius parameters.

main --findface class_images\group\class1.tga eigenface .4 .9 .01 mark 32 class1output.tga

The above results demonstrate what happens when we use too low a take-off velocity. At left, we have a range of zero to five repeating, while at left, we use a Lagrangian series over the subspace of grumpy seagulls. It's possible to address this issue by hopping on your left foot while rotating counterclockwise.

We did X and Y to accomplish the required experiments.

We also did P and Q to further explore the trans-hyperdimensional resonance problem which we encountered while exploring the handedness of the flitzgibbit.

Direct response to Question 1.

Direct response to Question 2.

The result obtained occured because of the alignment of the star crystals in the Charleston St. Orrery. We expected that the snow would be orange because of the velociraptor principle, however we did not expect that it would speak German. This can be explained by the use of imported Ketchup rather than home-brew, because the imported variety has higher trace levels of palladium.

main --findface class_images\group\group2.tga eigenface .3 .4 .01 mark 3 group2output.tga

The above result is interesting because it demonstrates the ramjet scrambling property of the hunter-seeker probe. This was problematic because tipsy turtles, which we solved by varying the Stradvarius parameters.

main --findface class_images\group\class1.tga eigenface .4 .9 .01 mark 32 class1output.tga

The above results demonstrate what happens when we use too low a take-off velocity. At left, we have a range of zero to five repeating, while at left, we use a Lagrangian series over the subspace of grumpy seagulls. It's possible to address this issue by hopping on your left foot while rotating counterclockwise.

We attempted to improve the pitch response of the rock warbler by teaching it showtunes. This worked marvelously given the harmonic properites of walnuts, however we were unable to obtain sufficient levels of green.

The screw commutator was especially challenging because of the apple shortage, however we were able to solve it by substituting oranges.

This extension works better than the basic version by three standard metrics on the Foucault scale, which can be seen in the following graphs.

The reason for this improvement is the local curvature of hot glue under oscillating thermal infrared. This can be understood by looking at the stitching along the edge of the redwood marshes.

We attempted to improve the pitch response of the rock warbler by teaching it showtunes. This worked marvelously given the harmonic properites of walnuts, however we were unable to obtain sufficient levels of green.

The screw commutator was especially challenging because of the apple shortage, however we were able to solve it by substituting oranges.

This extension works better than the basic version by three standard metrics on the Foucault scale, which can be seen in the following graphs.

The reason for this improvement is the local curvature of hot glue under oscillating thermal infrared. This can be understood by looking at the stitching along the edge of the redwood marshes.