Paragraph 1: DS Head and DC Wombwell exited the car and walked over to the van, where they questioned Witney about the lack of a tax disc. He replied that he had not yet obtained his MOT test certificate, which was required before a tax disc could be issued. DS Head asked Witney for his driving licence and vehicle insurance certificate; noticing that the latter had expired at midday that day, he told DC Wombwell to write down Witney's details and walked around to the other side of the van. Witney protested that he had been caught for the same offence only two weeks before and pleaded to be given a break. However, as he did so his front seat passenger, Harry Roberts, produced a Luger pistol and shot DC Wombwell in the face at point blank range, killing him instantly. DS Head ran back towards his car but Roberts gave chase and, after missing with the next shot, shot him in the head. John Duddy, the back seat passenger, also got out, grabbing a .38 Webley Service Revolver from the bag next to him (which also contained a third gun). He ran over to the Q-car and shot PC Fox three times through the window as he tried to reverse at speed towards him and Roberts, who also fired several shots at the police car. As he died, Fox's foot jerked down on the accelerator pedal causing the car to lurch forward over the prone body of DS Head, who was already dying of his wounds.

Paragraph 2: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 3: The Fobos-Grunt project began in 1999, when the Russian Space Research Institute and NPO Lavochkin, the main developer of Soviet and Russian interplanetary probes, initiated a 9 million rouble feasibility study into a Phobos sample-return mission. The initial spacecraft design was to be similar to the probes of the Phobos program launched in the late 1980s. Development of the spacecraft started in 2001 and the preliminary design was completed in 2004. For years, the project stalled as a result of low levels of financing of the Russian space program. This changed in the summer of 2005, when the new government plan for space activities in 2006–2015 was published. Fobos-Grunt was now made one of the program's flagship missions. With substantially improved funding, the launch date was set for October 2009. The 2004 design was revised a couple of times and international partners were invited to join the project. In June 2006, NPO Lavochkin announced that it had begun manufacturing and testing the development version of the spacecraft's onboard equipment.

Paragraph 4: The Fobos-Grunt project began in 1999, when the Russian Space Research Institute and NPO Lavochkin, the main developer of Soviet and Russian interplanetary probes, initiated a 9 million rouble feasibility study into a Phobos sample-return mission. The initial spacecraft design was to be similar to the probes of the Phobos program launched in the late 1980s. Development of the spacecraft started in 2001 and the preliminary design was completed in 2004. For years, the project stalled as a result of low levels of financing of the Russian space program. This changed in the summer of 2005, when the new government plan for space activities in 2006–2015 was published. Fobos-Grunt was now made one of the program's flagship missions. With substantially improved funding, the launch date was set for October 2009. The 2004 design was revised a couple of times and international partners were invited to join the project. In June 2006, NPO Lavochkin announced that it had begun manufacturing and testing the development version of the spacecraft's onboard equipment.

Paragraph 5: DS Head and DC Wombwell exited the car and walked over to the van, where they questioned Witney about the lack of a tax disc. He replied that he had not yet obtained his MOT test certificate, which was required before a tax disc could be issued. DS Head asked Witney for his driving licence and vehicle insurance certificate; noticing that the latter had expired at midday that day, he told DC Wombwell to write down Witney's details and walked around to the other side of the van. Witney protested that he had been caught for the same offence only two weeks before and pleaded to be given a break. However, as he did so his front seat passenger, Harry Roberts, produced a Luger pistol and shot DC Wombwell in the face at point blank range, killing him instantly. DS Head ran back towards his car but Roberts gave chase and, after missing with the next shot, shot him in the head. John Duddy, the back seat passenger, also got out, grabbing a .38 Webley Service Revolver from the bag next to him (which also contained a third gun). He ran over to the Q-car and shot PC Fox three times through the window as he tried to reverse at speed towards him and Roberts, who also fired several shots at the police car. As he died, Fox's foot jerked down on the accelerator pedal causing the car to lurch forward over the prone body of DS Head, who was already dying of his wounds.

Paragraph 6: A new alignment from the state line to Elk City was built in the late 1920s. It only coincided with the earlier route through Texola and through Sayre; the rest was entirely separate. Except in Sayre, where the city had paved the road with Portland cement (PC) in 1926, the state began paving the road in 1928 and 1929 with asphalt over a concrete base from Elk City to several miles east of Hext. It switched to PC in 1929, paving the remainder from east of Hext to the state line from 1929 to 1931. This alignment followed E1240 Road from the state line to Texola, and then the present main road through Erick and Hext to south of Sayre. The old cement lies in the center of the four-lane road through Texola, and then mainly follows the westbound lanes to Erick, through which it again lies in the center. A short abandoned piece of PC, including ruins from a former bridge over a creek, is located to the south of the road, between N1700 and N1710 Roads. Beyond Erick, the PC was again built in the present location of the westbound lanes, but has since been paved over until the I-40 interchange (exit 11). Just past exit 11, the road becomes two lanes, and the original road — mostly built as PC, but later resurfaced in asphalt, and once the westbound lanes of a divided highway - is now abandoned to the north of the open roadway; a 1928 concrete federal aid primary marker lies  west of Hext. Beyond Hext, where I-40 comes in from the south, the two-lane road crosses to the original roadway; the later eastbound lanes are now the westbound lanes of I-40. The 1929 alignment curved to the north into N1870 Road west of exit 20, following Main Street and Fourth Street as the original route did. However, it continued beyond Benton Boulevard to Sayre Avenue, turning off onto the present four-lane I-40 Bus. towards I-40 exit 25. Just prior to the exit, Route 66 curved northeast along the northside frontage road. It crossed to the south side after exit 26, crossing Timber Creek on a 1928 through truss bridge, and crossed again just east of the N1910 Road overpass. This part of the north frontage road, from east of N1910 Road to exit 32, retains the original 1928-1929 paving, as well as a 1926 box drain. Between exit 32 and Elk City, the original road (resurfaced) is now the westbound lanes of I-40 Bus., where another 1926 box drain still stands.

Paragraph 7: Seth on a mission to get the Translocator is captured by the Sphinx's force. The Sphinx feeling that Seth has been taken out of action permanently tells Seth about his own plans for Seth's family and allies after their defeat, his rise to power and offers to guide Seth in learning to use his powers as a shadow charmer. Seth also learns that he is in the Living Mirage, the last secret preserves and that The Sphinx is the caretaker. Seth refuses The Sphinx's offer of apprenticeship but only after learning all that he can about the Sphinx's plans. He is then placed into prison where he quickly meets Bracken the Unicorn and they quickly become allies. In a plot to betray the Sphinx, Mirav following instructions from Nani Luna secretly gives Seth The Translocator and The Sands of Sanctity. Unaware of the plot Seth quickly leaves using The Translocator with The Sands of Sanctity and travels back to Fablehaven. Then with The Translocator and The Sands of Sanctity Seth under the impression he is just reliving the pain of death uses The Sands of Sanctity to heal the demon Graulas to fulfill he promise to the demon. Graulas quickly overpowers Seth and reveals the successful plot to Seth. He then steals two of the artifacts from him and quickly overpowers Fablehaven's magic. Graulas kills Coulter in securing his third artifact, The Chronometer then leaves using The Translocator. Before dying Coulter speaks with Patton Burgess by using The Chronometer allowing Patton to make preparations for Seth in the past. In the last minutes of his life Coulter tells Seth about his conversation with Patton allowing Seth to find a message from Patton in the old manor. The message contains Patton's plan for Seth to arm himself and get to the Shoreless Isle to make a last stand against the demons. The message tells Seth to first find a leprechaun that Patton left two items that allowing travel to the Shoreless Isle, then go to The Singing Sisters in Mississippi so they can give him information to finding Vasilis, one of the 7 strongest swords in exitance. Seth then releases the narcoblix Vanessa and barters with Dorin and Newel for help. Together Vanessa, Seth, Newel, Dorin, and Hugo complete Patton's plan. Along the way Seth barters with the Singing Sisters alone and promises to give a wraith, give Vasilis one year after the recovering it, and a promise to complete on impossible task in the future in exchange the information and if he fails to do any of these tasks he will be killed by a magic knife. After completing Patton's plan Seth's group meet up with Kendra and her allies and travel together according to Patton's plan to the Shoreless Isle. When the prison is opened less than a day after Seth arrives on The Shoreless Isle and all of the demons are released Seth kills Graulas and Nagi Luna single-handedly. Fatally injured Seth gives his Vasilis to Kendra then is healed by The Sands of Sanctity. Kendra then uses Vasilis to kill the Demon King Gorgrog. Seth relaxes after the Battle of Zzyzx in won and doesn't help much in the restoration of order in the reserves.

Paragraph 8: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 9: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 10: The Fobos-Grunt project began in 1999, when the Russian Space Research Institute and NPO Lavochkin, the main developer of Soviet and Russian interplanetary probes, initiated a 9 million rouble feasibility study into a Phobos sample-return mission. The initial spacecraft design was to be similar to the probes of the Phobos program launched in the late 1980s. Development of the spacecraft started in 2001 and the preliminary design was completed in 2004. For years, the project stalled as a result of low levels of financing of the Russian space program. This changed in the summer of 2005, when the new government plan for space activities in 2006–2015 was published. Fobos-Grunt was now made one of the program's flagship missions. With substantially improved funding, the launch date was set for October 2009. The 2004 design was revised a couple of times and international partners were invited to join the project. In June 2006, NPO Lavochkin announced that it had begun manufacturing and testing the development version of the spacecraft's onboard equipment.

Paragraph 11: The Fobos-Grunt project began in 1999, when the Russian Space Research Institute and NPO Lavochkin, the main developer of Soviet and Russian interplanetary probes, initiated a 9 million rouble feasibility study into a Phobos sample-return mission. The initial spacecraft design was to be similar to the probes of the Phobos program launched in the late 1980s. Development of the spacecraft started in 2001 and the preliminary design was completed in 2004. For years, the project stalled as a result of low levels of financing of the Russian space program. This changed in the summer of 2005, when the new government plan for space activities in 2006–2015 was published. Fobos-Grunt was now made one of the program's flagship missions. With substantially improved funding, the launch date was set for October 2009. The 2004 design was revised a couple of times and international partners were invited to join the project. In June 2006, NPO Lavochkin announced that it had begun manufacturing and testing the development version of the spacecraft's onboard equipment.

Paragraph 12: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 13: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 14: A new alignment from the state line to Elk City was built in the late 1920s. It only coincided with the earlier route through Texola and through Sayre; the rest was entirely separate. Except in Sayre, where the city had paved the road with Portland cement (PC) in 1926, the state began paving the road in 1928 and 1929 with asphalt over a concrete base from Elk City to several miles east of Hext. It switched to PC in 1929, paving the remainder from east of Hext to the state line from 1929 to 1931. This alignment followed E1240 Road from the state line to Texola, and then the present main road through Erick and Hext to south of Sayre. The old cement lies in the center of the four-lane road through Texola, and then mainly follows the westbound lanes to Erick, through which it again lies in the center. A short abandoned piece of PC, including ruins from a former bridge over a creek, is located to the south of the road, between N1700 and N1710 Roads. Beyond Erick, the PC was again built in the present location of the westbound lanes, but has since been paved over until the I-40 interchange (exit 11). Just past exit 11, the road becomes two lanes, and the original road — mostly built as PC, but later resurfaced in asphalt, and once the westbound lanes of a divided highway - is now abandoned to the north of the open roadway; a 1928 concrete federal aid primary marker lies  west of Hext. Beyond Hext, where I-40 comes in from the south, the two-lane road crosses to the original roadway; the later eastbound lanes are now the westbound lanes of I-40. The 1929 alignment curved to the north into N1870 Road west of exit 20, following Main Street and Fourth Street as the original route did. However, it continued beyond Benton Boulevard to Sayre Avenue, turning off onto the present four-lane I-40 Bus. towards I-40 exit 25. Just prior to the exit, Route 66 curved northeast along the northside frontage road. It crossed to the south side after exit 26, crossing Timber Creek on a 1928 through truss bridge, and crossed again just east of the N1910 Road overpass. This part of the north frontage road, from east of N1910 Road to exit 32, retains the original 1928-1929 paving, as well as a 1926 box drain. Between exit 32 and Elk City, the original road (resurfaced) is now the westbound lanes of I-40 Bus., where another 1926 box drain still stands.

Paragraph 15: A new alignment from the state line to Elk City was built in the late 1920s. It only coincided with the earlier route through Texola and through Sayre; the rest was entirely separate. Except in Sayre, where the city had paved the road with Portland cement (PC) in 1926, the state began paving the road in 1928 and 1929 with asphalt over a concrete base from Elk City to several miles east of Hext. It switched to PC in 1929, paving the remainder from east of Hext to the state line from 1929 to 1931. This alignment followed E1240 Road from the state line to Texola, and then the present main road through Erick and Hext to south of Sayre. The old cement lies in the center of the four-lane road through Texola, and then mainly follows the westbound lanes to Erick, through which it again lies in the center. A short abandoned piece of PC, including ruins from a former bridge over a creek, is located to the south of the road, between N1700 and N1710 Roads. Beyond Erick, the PC was again built in the present location of the westbound lanes, but has since been paved over until the I-40 interchange (exit 11). Just past exit 11, the road becomes two lanes, and the original road — mostly built as PC, but later resurfaced in asphalt, and once the westbound lanes of a divided highway - is now abandoned to the north of the open roadway; a 1928 concrete federal aid primary marker lies  west of Hext. Beyond Hext, where I-40 comes in from the south, the two-lane road crosses to the original roadway; the later eastbound lanes are now the westbound lanes of I-40. The 1929 alignment curved to the north into N1870 Road west of exit 20, following Main Street and Fourth Street as the original route did. However, it continued beyond Benton Boulevard to Sayre Avenue, turning off onto the present four-lane I-40 Bus. towards I-40 exit 25. Just prior to the exit, Route 66 curved northeast along the northside frontage road. It crossed to the south side after exit 26, crossing Timber Creek on a 1928 through truss bridge, and crossed again just east of the N1910 Road overpass. This part of the north frontage road, from east of N1910 Road to exit 32, retains the original 1928-1929 paving, as well as a 1926 box drain. Between exit 32 and Elk City, the original road (resurfaced) is now the westbound lanes of I-40 Bus., where another 1926 box drain still stands.

Paragraph 16: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 17: The Fobos-Grunt project began in 1999, when the Russian Space Research Institute and NPO Lavochkin, the main developer of Soviet and Russian interplanetary probes, initiated a 9 million rouble feasibility study into a Phobos sample-return mission. The initial spacecraft design was to be similar to the probes of the Phobos program launched in the late 1980s. Development of the spacecraft started in 2001 and the preliminary design was completed in 2004. For years, the project stalled as a result of low levels of financing of the Russian space program. This changed in the summer of 2005, when the new government plan for space activities in 2006–2015 was published. Fobos-Grunt was now made one of the program's flagship missions. With substantially improved funding, the launch date was set for October 2009. The 2004 design was revised a couple of times and international partners were invited to join the project. In June 2006, NPO Lavochkin announced that it had begun manufacturing and testing the development version of the spacecraft's onboard equipment.

Paragraph 18: A new alignment from the state line to Elk City was built in the late 1920s. It only coincided with the earlier route through Texola and through Sayre; the rest was entirely separate. Except in Sayre, where the city had paved the road with Portland cement (PC) in 1926, the state began paving the road in 1928 and 1929 with asphalt over a concrete base from Elk City to several miles east of Hext. It switched to PC in 1929, paving the remainder from east of Hext to the state line from 1929 to 1931. This alignment followed E1240 Road from the state line to Texola, and then the present main road through Erick and Hext to south of Sayre. The old cement lies in the center of the four-lane road through Texola, and then mainly follows the westbound lanes to Erick, through which it again lies in the center. A short abandoned piece of PC, including ruins from a former bridge over a creek, is located to the south of the road, between N1700 and N1710 Roads. Beyond Erick, the PC was again built in the present location of the westbound lanes, but has since been paved over until the I-40 interchange (exit 11). Just past exit 11, the road becomes two lanes, and the original road — mostly built as PC, but later resurfaced in asphalt, and once the westbound lanes of a divided highway - is now abandoned to the north of the open roadway; a 1928 concrete federal aid primary marker lies  west of Hext. Beyond Hext, where I-40 comes in from the south, the two-lane road crosses to the original roadway; the later eastbound lanes are now the westbound lanes of I-40. The 1929 alignment curved to the north into N1870 Road west of exit 20, following Main Street and Fourth Street as the original route did. However, it continued beyond Benton Boulevard to Sayre Avenue, turning off onto the present four-lane I-40 Bus. towards I-40 exit 25. Just prior to the exit, Route 66 curved northeast along the northside frontage road. It crossed to the south side after exit 26, crossing Timber Creek on a 1928 through truss bridge, and crossed again just east of the N1910 Road overpass. This part of the north frontage road, from east of N1910 Road to exit 32, retains the original 1928-1929 paving, as well as a 1926 box drain. Between exit 32 and Elk City, the original road (resurfaced) is now the westbound lanes of I-40 Bus., where another 1926 box drain still stands.

Paragraph 19: DS Head and DC Wombwell exited the car and walked over to the van, where they questioned Witney about the lack of a tax disc. He replied that he had not yet obtained his MOT test certificate, which was required before a tax disc could be issued. DS Head asked Witney for his driving licence and vehicle insurance certificate; noticing that the latter had expired at midday that day, he told DC Wombwell to write down Witney's details and walked around to the other side of the van. Witney protested that he had been caught for the same offence only two weeks before and pleaded to be given a break. However, as he did so his front seat passenger, Harry Roberts, produced a Luger pistol and shot DC Wombwell in the face at point blank range, killing him instantly. DS Head ran back towards his car but Roberts gave chase and, after missing with the next shot, shot him in the head. John Duddy, the back seat passenger, also got out, grabbing a .38 Webley Service Revolver from the bag next to him (which also contained a third gun). He ran over to the Q-car and shot PC Fox three times through the window as he tried to reverse at speed towards him and Roberts, who also fired several shots at the police car. As he died, Fox's foot jerked down on the accelerator pedal causing the car to lurch forward over the prone body of DS Head, who was already dying of his wounds.

Paragraph 20: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 21: In the 1960s, Bela Julesz invented random-dot stereograms. Unlike previous stereograms, in which each half image showed recognizable objects, each half image of the first random-dot stereograms showed a square matrix of about 10,000 small dots, with each dot having a 50% probability of being black or white. No recognizable objects could be seen in either half image. The two half images of a random-dot stereogram were essentially identical, except that one had a square area of dots shifted horizontally by one or two dot diameters, giving horizontal disparity. The gap left by the shifting was filled in with new random dots, hiding the shifted square. Nevertheless, when the two half images were viewed one to each eye, the square area was almost immediately visible by being closer or farther than the background. Julesz whimsically called the square a Cyclopean image after the mythical Cyclops who had only one eye. This was because it was as though we have a cyclopean eye inside our brains that can see cyclopean stimuli hidden to each of our actual eyes. Random-dot stereograms highlighted a problem for stereopsis, the correspondence problem. This is that any dot in one half image can realistically be paired with many same-coloured dots in the other half image. Our visual systems clearly solve the correspondence problem, in that we see the intended depth instead of a fog of false matches. Research began to understand how.

Paragraph 22: A new alignment from the state line to Elk City was built in the late 1920s. It only coincided with the earlier route through Texola and through Sayre; the rest was entirely separate. Except in Sayre, where the city had paved the road with Portland cement (PC) in 1926, the state began paving the road in 1928 and 1929 with asphalt over a concrete base from Elk City to several miles east of Hext. It switched to PC in 1929, paving the remainder from east of Hext to the state line from 1929 to 1931. This alignment followed E1240 Road from the state line to Texola, and then the present main road through Erick and Hext to south of Sayre. The old cement lies in the center of the four-lane road through Texola, and then mainly follows the westbound lanes to Erick, through which it again lies in the center. A short abandoned piece of PC, including ruins from a former bridge over a creek, is located to the south of the road, between N1700 and N1710 Roads. Beyond Erick, the PC was again built in the present location of the westbound lanes, but has since been paved over until the I-40 interchange (exit 11). Just past exit 11, the road becomes two lanes, and the original road — mostly built as PC, but later resurfaced in asphalt, and once the westbound lanes of a divided highway - is now abandoned to the north of the open roadway; a 1928 concrete federal aid primary marker lies  west of Hext. Beyond Hext, where I-40 comes in from the south, the two-lane road crosses to the original roadway; the later eastbound lanes are now the westbound lanes of I-40. The 1929 alignment curved to the north into N1870 Road west of exit 20, following Main Street and Fourth Street as the original route did. However, it continued beyond Benton Boulevard to Sayre Avenue, turning off onto the present four-lane I-40 Bus. towards I-40 exit 25. Just prior to the exit, Route 66 curved northeast along the northside frontage road. It crossed to the south side after exit 26, crossing Timber Creek on a 1928 through truss bridge, and crossed again just east of the N1910 Road overpass. This part of the north frontage road, from east of N1910 Road to exit 32, retains the original 1928-1929 paving, as well as a 1926 box drain. Between exit 32 and Elk City, the original road (resurfaced) is now the westbound lanes of I-40 Bus., where another 1926 box drain still stands.

Paragraph 23: Seth on a mission to get the Translocator is captured by the Sphinx's force. The Sphinx feeling that Seth has been taken out of action permanently tells Seth about his own plans for Seth's family and allies after their defeat, his rise to power and offers to guide Seth in learning to use his powers as a shadow charmer. Seth also learns that he is in the Living Mirage, the last secret preserves and that The Sphinx is the caretaker. Seth refuses The Sphinx's offer of apprenticeship but only after learning all that he can about the Sphinx's plans. He is then placed into prison where he quickly meets Bracken the Unicorn and they quickly become allies. In a plot to betray the Sphinx, Mirav following instructions from Nani Luna secretly gives Seth The Translocator and The Sands of Sanctity. Unaware of the plot Seth quickly leaves using The Translocator with The Sands of Sanctity and travels back to Fablehaven. Then with The Translocator and The Sands of Sanctity Seth under the impression he is just reliving the pain of death uses The Sands of Sanctity to heal the demon Graulas to fulfill he promise to the demon. Graulas quickly overpowers Seth and reveals the successful plot to Seth. He then steals two of the artifacts from him and quickly overpowers Fablehaven's magic. Graulas kills Coulter in securing his third artifact, The Chronometer then leaves using The Translocator. Before dying Coulter speaks with Patton Burgess by using The Chronometer allowing Patton to make preparations for Seth in the past. In the last minutes of his life Coulter tells Seth about his conversation with Patton allowing Seth to find a message from Patton in the old manor. The message contains Patton's plan for Seth to arm himself and get to the Shoreless Isle to make a last stand against the demons. The message tells Seth to first find a leprechaun that Patton left two items that allowing travel to the Shoreless Isle, then go to The Singing Sisters in Mississippi so they can give him information to finding Vasilis, one of the 7 strongest swords in exitance. Seth then releases the narcoblix Vanessa and barters with Dorin and Newel for help. Together Vanessa, Seth, Newel, Dorin, and Hugo complete Patton's plan. Along the way Seth barters with the Singing Sisters alone and promises to give a wraith, give Vasilis one year after the recovering it, and a promise to complete on impossible task in the future in exchange the information and if he fails to do any of these tasks he will be killed by a magic knife. After completing Patton's plan Seth's group meet up with Kendra and her allies and travel together according to Patton's plan to the Shoreless Isle. When the prison is opened less than a day after Seth arrives on The Shoreless Isle and all of the demons are released Seth kills Graulas and Nagi Luna single-handedly. Fatally injured Seth gives his Vasilis to Kendra then is healed by The Sands of Sanctity. Kendra then uses Vasilis to kill the Demon King Gorgrog. Seth relaxes after the Battle of Zzyzx in won and doesn't help much in the restoration of order in the reserves.

Paragraph 24: The Fobos-Grunt project began in 1999, when the Russian Space Research Institute and NPO Lavochkin, the main developer of Soviet and Russian interplanetary probes, initiated a 9 million rouble feasibility study into a Phobos sample-return mission. The initial spacecraft design was to be similar to the probes of the Phobos program launched in the late 1980s. Development of the spacecraft started in 2001 and the preliminary design was completed in 2004. For years, the project stalled as a result of low levels of financing of the Russian space program. This changed in the summer of 2005, when the new government plan for space activities in 2006–2015 was published. Fobos-Grunt was now made one of the program's flagship missions. With substantially improved funding, the launch date was set for October 2009. The 2004 design was revised a couple of times and international partners were invited to join the project. In June 2006, NPO Lavochkin announced that it had begun manufacturing and testing the development version of the spacecraft's onboard equipment.

Answer: 5