Input: [Step #] 52 [Parts] Horizontal support Belt Info strip [Difficulty] 2 [Procedure]

Output: Next take the belt and wrap it around the right side wheel of the horizontal support. Pull it across to the left and place it over the wheel there. There is a spring attached to the right wheel that will allow the belt to stretch that far. Now take the information strip. There are two ends, one with a vertical slit and the other with a slanted slit. The vertical slit end slips onto the bracket on the left side. The slanted goes on the right. If there isn’t enough tension, bend the left side bracket back before putting the strip on.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 53 [Parts] Belt runner Carriage [Difficulty] 2 [Procedure]

Output: To place the carriage on the shaft and belt, first we must attach the belt runner. The belt runner normally would latch on to the belt so that it could push the carriage back and forward. In our case the runner is broken, so we simply snapped it into place on the shaft. Next take the carriage and snap it into place on the shaft. The belt runner should fit snuggly between the carriage’s two shaft snaps.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 54 [Parts] Circuit board Multicolored wires Carriage ribbon [Difficulty] 1 [Procedure]

Output: Now we will begin placement of the wires. First attach the multicolored wire box to the circuit board at the top. Next attach the carriage ribbon to the circuit board. Once the carriage ribbon is attached, weave it behind and through its slot on the horizontal support.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 55 [Parts] Multicolored wires Small motor Large motor [Difficulty] 1 [Procedure]

Output: From the multicolored wires, plug the two ends into their respective ports on the large and small motors.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 56 [Parts] Multicolored wires Horizontal support [Difficulty] 1 [Procedure]

Output: Also from the multicolored wires, plug the ends into the two ports on the horizontal support and the left front corner circuit board.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 57 [Parts] Carriage ribbon Carriage Ribbon holder Horizontal support Screw (x1) [Difficulty] 3 [Procedure]

Output: To attach the carriage ribbon to the carriage, first run the two ribbons through the slots on the carriage’s left side. Then plug them into the carriage. To keep the ribbon from getting in the way, run the ribbon across the horizontal support and secure it by screwing the ribbon holder to the support, and overtop of the ribbon. (See pictures for step 58)

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 58 [Parts] Paper guide Spike roller Screws (x2) [Difficulty] 3 [Procedure]

Output: Next take the black paper guide and slide it over the small rollers and underneath the large rollers. The front end should rest on the small roller shaft. The rest of the paper guide should snap into place. Next screw the spike roller into place on the base and overtop of the small roller.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 59 [Parts] Wheel rollers [Difficulty] 2 [Procedure]

Output: Turn the printer around so you are facing its back. Take the wheel roller shaft with the rollers still attached and slide it into the slots. Make sure the slots slip into the grooves on the shaft locks. Once in place turn the locks to keep the shaft from coming out.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 60 [Parts] Rear plate Screws (x2) [Difficulty] 2 [Procedure]

Output: Next take the rear plate and lay it across the vertical sides of the base. The two screw holes that connect the plate to the base should line up. Screw into place.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 61 [Parts] Black paper guides (x4) [Difficulty] 4 [Procedure]

Output: With the rear plate attached we can insert the four black paper guides into place. From the front of the printer slide the guides underneath the shaft and horizontal support so that their peg comes up through the slots in the rear plate. Don’t worry if they aren’t straight yet.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 62 [Parts] Springs (x4) Black paper guides Rear plate [Difficulty] 2 [Procedure]

Output: Next take four springs, placing one end of each spring on the peg of the rear plate and the other end on the peg of the paper guide. The paper guides should now be straight and pressing against the large rollers.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 63 [Parts] Rear shelf Rear plate Screws (x2) [Difficulty] 2 [Procedure]

Output: Now take the rear shelf and insert it into the rear plate. Once it is in place, two screws secure it to the plate.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 64 [Parts] Multicolored wires Rear shelf [Difficulty] 1 [Procedure]

Output: Run the multicolored wire across the rear shelf. This will keep them out of the way.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 65 [Parts] Left side casing [Difficulty] 2 [Procedure]

Output: Now it is time to begin attaching the outer casing. Starting on the left side, first slide the plastic pegs on the casing into the notches on the base. This is the easiest way to make sure everything lines up.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 66 [Parts] Right side casing [Difficulty] 2 [Procedure]

Output: Do the same on the right side. There are two holes in the front of the printer that each side hooks around. Do not screw these in yet.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 67 [Parts] Printer back [Difficulty] 2 [Procedure]

Output: Next take the printer back and hook it into place. Make sure not to overlook the hooks that connect to the base. These should be hooked first before attaching the back to the sides.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 68 [Parts] Print cover [Difficulty] 3 [Procedure]

Output: Now it is time to attach the print cover. Before setting the cover down, take the colored wires from the cover and place them in the circuit board. Then set the cover down. Before screwing everything down, make sure all the sides are flush with each other and the cover. It is very easy for snaps to come undone until the cover is screwed down.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 69 [Parts] Screws (x8) Print cover [Difficulty] 2 [Procedure]

Output: Screw the cover into place. Don’t overlook the holes in front and along the hinge. These holes are hard to see, but it is very important that their screws are tight and secure.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 70 [Parts] Scan/fax Circuit board [Difficulty] 2 [Procedure]

Output: Now it is time to attach the scan/fax to the printer. Begin by holding the scan/fax over the printer, and attaching the information ribbons to the circuit board. The slots which these ribbons go to are located at the top of the board, and the sides do not interfere.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 71 [Parts] Scan/fax Springs (x2) Sliders (x2) Printer [Difficulty] 5 [Procedure]

Output: To affix the scan/fax to the printer, first connect the hinges on each. There are two sliders, one on each side of the scan/fax. There are also two springs, one on each side of the printer. There are also two tracks in the printer that each slider must slide in. With the scan/fax still connected by the hinges to the printer, push the end of the spring into its slot on the slider. Do this on both sides. Then slowly lower the scan/fax. The springs will be providing a good deal of tension, and may slip off. Keep lowering the scan/fax until you hear and feel the sliders snap into place on their tracks. The door should now be able to open and close freely.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Step #] 72 [Parts] Removable tray [Difficulty] 1 [Procedure]

Output: Finally attach the removable tray by placing it into its spot above the in tray.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: [Parts] HP Officejet 7310 All-in-One [Procedure]

Output: The HP Officejet 7310 All-in-One is now successfully rebuilt.

Difference between revisions of "Product Explanation: Gate 4" - GICL Wiki

Table 4: Printer Reassembly Process


Input: For our everyday business purposes— such as to process your transactions, maintain your account(s), respond to court orders and legal investigations, or report to credit bureaus [Can you limit this sharing?] No

Output: Yes

:: Kentucky Neighborhood Bank :: Privacy Policy ::


Input: For our marketing purposes— to offer our products and services to you [Can you limit this sharing?] No

Output: Yes

:: Kentucky Neighborhood Bank :: Privacy Policy ::


Input: For joint marketing with other financial companies [Can you limit this sharing?] We don't share

Output: No

:: Kentucky Neighborhood Bank :: Privacy Policy ::


Input: For our affiliates’ everyday business purposes— information about your transactions and experiences [Can you limit this sharing?] We don't share

Output: No

:: Kentucky Neighborhood Bank :: Privacy Policy ::


Input: For our affiliates’ everyday business purposes— information about your creditworthiness [Can you limit this sharing?] We don't share

Output: No

:: Kentucky Neighborhood Bank :: Privacy Policy ::


Input: For nonaffiliates to market to you [Can you limit this sharing?] We don't share

Output: No

:: Kentucky Neighborhood Bank :: Privacy Policy ::


Input: [Type] audio-player [Description] Directly access audio players. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] camera [Description] Directly access digital cameras. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] cdrom [Description] Directly access optical drives. [allow_active] yes [allow_inactive]

Output: yes


Input: [Type] dvb [Description] Directly access DVB devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] fingerprint-reader [Description] Directly access to fingerprint reader devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] floppy [Description] Directly access Floppy devices. [allow_active] yes [allow_inactive]

Output: yes


Input: [Type] ieee1394-avc [Description] Directly access Firewire AVC devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] ieee1394-iidc [Description] Directly access Firewire IIDC devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] smart-card-reader [Description] Directly access Smart Card Reader security devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] joystick [Description] Directly access Joystick devices. [allow_active] yes [allow_inactive]

Output: yes


Input: [Type] modem [Description] Directly access serial modem devices. [allow_active] auth_admin_keep_always [allow_inactive]

Output: auth_admin_keep_always


Input: [Type] mouse [Description] Directly access Mouse (input) devices [allow_active] yes [allow_inactive]

Output: yes


Input: [Type] obex [Description] Directly access OBEX devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] pda [Description] Directly access PDA devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] ppdev [Description] Directly access parallel port devices. [allow_active] auth_admin_keep_always [allow_inactive]

Output: auth_admin_keep_always


Input: [Type] printer [Description] Directly access printer devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] removable-block [Description] Directly access removable block devices. [allow_active] no [allow_inactive]

Output: no


Input: [Type] scanner [Description] Directly access scanners. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] sound [Description] Directly access sound devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Type] video [Description] Directly access Video devices. [allow_active] yes [allow_inactive]

Output: yes


Input: [Type] video4linux [Description] Directly access video capture devices. [allow_active] yes [allow_inactive]

Output: no


Input: [Position(s)] 53 – 55 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 58 – 70 [Length] 13 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 76 – 90 [Length] 15 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 92 – 94 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 98 – 101 [Length] 4 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 104 – 107 [Length] 4 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3TLW [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 110 – 112 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 118 – 126 [Length] 9 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 128 – 136 [Length] 9 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 138 – 140 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4F8H [Feature key]

Output: Is used to indicate the positions of experimentally determined hydrogen-bonded turns within the protein sequence. These elements correspond to the DSSP secondary structure code ‘T’.More...Turni

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 141 – 153 [Length] 13 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 159 – 162 [Length] 4 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined hydrogen-bonded turns within the protein sequence. These elements correspond to the DSSP secondary structure code ‘T’.More...Turni

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 165 – 174 [Length] 10 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 178 – 180 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4QH5 [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 182 – 186 [Length] 5 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 188 – 190 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 192 – 194 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 196 – 199 [Length] 4 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 202 – 212 [Length] 11 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 219 – 221 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3EI0 [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 225 – 234 [Length] 10 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3IGQ [Feature key]

Output: Is used to indicate the positions of experimentally determined beta strands within the protein sequence.More...Beta strandi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 236 – 238 [Length] 3 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:3UU3 [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 239 – 242 [Length] 4 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 244 – 254 [Length] 11 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 255 – 259 [Length] 5 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 263 – 286 [Length] 24 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 296 – 323 [Length] 28 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [Position(s)] 327 – 356 [Length] 30 [Description] Combined sources Manually validated information inferred from a combination of experimental and computational evidence. More… Manual assertion inferred from combination of experimental and computational evidencei PDB:4HFI [Feature key]

Output: Is used to indicate the positions of experimentally determined helical regions within the protein sequence.More...Helixi

glvI - Proton-gated ion channel precursor - Gloeobacter violaceus (strain PCC 7421)


Input: [API Name] Bugsnag Events [Description] The Bugsnag Events REST API allows developers to access and integrate the event functionality of Bugsnag with other applications. The API methods include listing project events, retrieving event... [Updated] 07.24.2015 [Category]

Output: Tools


Input: [API Name] Bugsnag Errors [Description] The Bugsnag Errors REST API allows developers to access and integrate the errors functionality of Bugsnag with other applications. The API methods include listing account and project errors,... [Updated] 07.24.2015 [Category]

Output: Tools


Input: [API Name] Bugsnag Projects [Description] The Bugsnag Projects REST API allows developers to access and integrate the projects functionality of Bugsnag with other applications. The API methods include listing account projects, retrieving... [Updated] 07.24.2015 [Category]

Output: Tools


Input: [API Name] Bugsnag Users [Description] The Bugsnag Users REST API allows developers to access and integrate the users functionality of Bugsnag with other applications. The API methods include listing account users, retrieving user details... [Updated] 07.24.2015 [Category]

Output: Tools


Input: [API Name] Bugsnag Accounts [Description] The Bugsnag Accounts REST API allows developers to access and integrate the accounts functionality of Bugsnag with other applications. The API methods include listing accounts, retrieving account... [Updated] 07.24.2015 [Category]

Output: Tools


Input: [API Name] Google Nearby [Description] Google Nearby API allows to discover other devices, connect, and interact with messages. As Google suggests, this API could be useful for collaboration, using a whiteboard, local multiplayer gaming,... [Updated] 07.16.2015 [Category]

Output: Location


Input: [API Name] AlchemyData News [Description] AlchemyDataNews API allows users to query daily news indexes of 250 to 300 thousand English language blog and new articles. The API also allows historical queries for the previous 60 days. Responses... [Updated] 07.08.2015 [Category]

Output: Data Mining


Input: [API Name] Dandelion Sentiment Analysis [Description] The Sentiment Analysis API tells whether the expressed opinion in short texts is positive, negative, or neutral. Given a short sentence (currently only English and Italian are supported), it returns... [Updated] 07.07.2015 [Category]

Output: Sentiment


Input: [API Name] Mashit [Description] The Mashit API allows developers to integrate their applications with the Mashit tools, enabling their users to use various fonts and color for their websites. mash:it is a web service that is... [Updated] 06.05.2015 [Category]

Output: Mashups


Input: [API Name] Punry [Description] The Punry API allows developers to let their users to manage projects directly from their applications, enabling software localization automation. With this API, developers can create new... [Updated] 06.03.2015 [Category]

Output: Tools


Input: [API Name] CyanogenMod [Description] The CyanogenMod API is a REST API for the Gerrit Code Review. Developers will find it useful for building upon automated tools. It can also be helpful and useful in supporting some ad-hoc scripting... [Updated] 05.29.2015 [Category]

Output: Tools


Input: [API Name] Attic PDF Converter [Description] The Attic PDF Converter API lets users extract text data from PDF documents. It can be used to create HTML documents that have high fidelity with the look of a PDF document. Alternatively it can be... [Updated] 05.28.2015 [Category]

Output: PDF


Input: [API Name] Docker Hub [Description] Docker Hub is an open application development platform for sharing apps and repositories, and automating workflows. The Docker Hub API uses HTTP Basic Auth over SSL and JSON for PUT/DELETE requests... [Updated] 05.26.2015 [Category]

Output: Application Development


Input: [API Name] BrainCert Whiteboard [Description] The BrainCert Whiteboard API allows developers to embed a flash-based Interactive Whiteboard on their websites. The whiteboard features a drawing tool, highlighter, text editor, LaTeX math equations... [Updated] 05.26.2015 [Category]

Output: Education


Input: [API Name] Global Caché [Description] The Global Caché API provides developers with a standard interface for controlling and monitoring Global Caché units and their associated devices. The API is available for iTach Flex products and... [Updated] 05.20.2015 [Category]

Output: Networking


Input: [API Name] Axosoft [Description] The Axosoft API allows developers to integrate their applications with the Axosoft data and services, enabling their customers/ project managers to produce software. Axosoft is a company provides... [Updated] 05.18.2015 [Category]

Output: Project Management


Input: [API Name] Salesforce Metadata [Description] Saleforces's Metadata API is used to assit developers with retrieving, deploying, creating, updating, or deleting customized information. This can be such things as custom object definitions and... [Updated] 05.08.2015 [Category]

Output: Metadata


Input: [API Name] Sunlight Docket Wrench [Description] Use the Docket Wrench API by the Sunlight Foundation to investigate the rulemaking process of federal agencies. Leveraging text analysis and clustering tools, Docket Wrench uses metadata from... [Updated] 05.07.2015 [Category]

Output: Government


Input: [API Name] W3C Clipboard [Description] The W3C Clipboard API document provides a description for an API that allows users to integrate clipboard operations such as copy, cut, and paste into web applications. This document is designed to... [Updated] 05.05.2015 [Category]

Output: Tools


Input: [API Name] MetaMind [Description] MetaMind provides deep learning Artificial Intelligence services to enterprises. The MetaMind API is designed to give users access to MetaMind's text and image classification tools, either with... [Updated] 05.03.2015 [Category]

Output: Classification


Input: [API Name] GeoBytes IP Address Location Tool [Description] The GeoBytes IP Address Location Tool API allows developers to determine the geographic location of a person's IP Address. An example is shown on the API Home Page using the visitor's IP... [Updated] 04.29.2015 [Category]

Output: Location


Input: [API Name] Geobytes GeoRemote [Description] The Geobytes GeoRemote API allows users to get the location of an IP Address, formatted according to a template defined by the user. This allows users to organize the data any way they like. A... [Updated] 04.29.2015 [Category]

Output: Location


Input: [API Name] Geobytes GeoPhrase and GeoFlag [Description] The Geobytes GeoPhrase and GeoFlag API allows users to dynamically insert custom greetings onto their webpages. Users can choose from many available templates, but the default greeting is “Special... [Updated] 04.29.2015 [Category]

Output: Localization


Input: [API Name] Absorbent [Description] The Absorbent API helps developers to connect with the Minecraft game's server permission systems to be able to read and change permissions and groups securely using REST features. The Absorbent... [Updated] 04.24.2015 [Category]

Output: Games


Input: [API Name] Geobytes GeoDirection [Description] The GeoBytes GeoDirection API allows developers to detect a website visitor's IP Address and redirect them based on their geographic location. Developers can use the API to redirect visitors... [Updated] 04.20.2015 [Category]

Output: Geography


Input: [API Name] GeoBytes Get Nearby Cities [Description] The GeoBytes Get Nearby Cities API allows developers to retrieve information on cities near a given location. The API returns the name, bearing, direction, latitude, longitude, and distance for each... [Updated] 04.19.2015 [Category]

Output: Geography


Input: [API Name] Geobytes Get Distance [Description] The Geobytes Get Distance API allows developers to get the bearing, direction, and distance between two cities, both by road and by air (as the crow flies). It also provides a map and driving... [Updated] 04.19.2015 [Category]

Output: Geography


Input: [API Name] XAPI [Description] The Xen Project Management API, or XAPI, gives developers access to tools for optimizing server workloads and other hardware functions, and to provide an interface for the remote management of... [Updated] 04.17.2015 [Category]

Output: Cloud


Input: [API Name] AddThis Smart Layers [Description] The AddThis Smart Layers API allows developers to configure and customize the Smart Layers displayed on their webpages. Smart Layers are features that float over the user's webpages and provide... [Updated] 04.17.2015 [Category]

Output: Tools


Input: [API Name] AddThis Sharing Button [Description] The AddThis Sharing Button API allows users to insert AddThis sharing buttons into their web pages using some unobtrusive JavaScript code. The API supports both global and per-element configuration.... [Updated] 04.17.2015 [Category]

Output: Tools


Input: [API Name] Xverify [Description] The Xverify API allows developers to integrate Xverify's real-time email verification platform into their applications or systems. It checks each email address to make sure the username is... [Updated] 04.15.2015 [Category]

Output: Email


Input: [API Name] Serials Solutions Summon Cover Image [Description] Serials Solutions Summon Cover Image API is a resolver that takes URL format and returns the cover image based on the client preferences and subscriptions. This API does not produce images itself,... [Updated] 04.15.2015 [Category]

Output: Library


Input: [API Name] Rackspace Cloud Neutron [Description] Rackspace Cloud Neutron API allows developers to create isolated networks and provision instances with Rackspace networks, or with the networks that they create. This is a RESTful API that uses all... [Updated] 04.03.2015 [Category]

Output: Cloud


Input: [API Name] AlchemyAPI Combined Call [Description] Alchemy Combined Call API is only available in pro and enterprise packages and is used to analyze posted documents. The call processing analysis uses various features after the call normalizes and... [Updated] 03.23.2015 [Category]

Output: Natural Language Processing


Input: [API Name] AlchemyAPI Microformats Parsing [Description] AlchemyAPI Microformats Parsing API creates a platform for extracting Microformats-formatted data from content. Mircroformats content is extracted through processing calls made to specific web... [Updated] 03.23.2015 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Feed Detection [Description] AlchemyAPI Web Feed Detection API allows for the extraction of links to RSS / ATOM feeds that are embedded in web content. RSS / ATOM feed links are automatically extracted from targeted webpages.... [Updated] 03.23.2015 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Language Detection [Description] AlchemyAPI Language Detection API creates a platform for classifying web, HTML, or text-based content by language. This API automatically normalizes and cleans internet pages, by removing ads,... [Updated] 03.23.2015 [Category]

Output: Natural Language Processing


Input: [API Name] AlchemyAPI Authors Extraction [Description] AlchemyAPI HTML Authors Extraction API extracts author information that is embedded within web news articles and blog posts. This API allows for the uploading of web content directly to AlchemyAPI... [Updated] 03.23.2015 [Category]

Output: Natural Language Processing


Input: [API Name] AlchemyAPI Image Tagging [Description] AlchemyAPI Image Tagging API performs tagging of images on internet-accessible URLs and image files. This API allows extracted meta-data to be returned in XML and JSON formats. Requests are in JSON... [Updated] 03.23.2015 [Category]

Output: Data Mining


Input: [API Name] AlchemyAPI Image Link Extraction [Description] AlchemyAPI Image Link Extraction API performs image link extraction on publicly-accessible web-based content and HTML files. Requests are in JSON and responses are in JSON, RDF, or XML.... [Updated] 03.23.2015 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Face Detection and Recognition [Description] The AlchemyVision Face Detection and Recognition Image API accepts an image file as an URL link or posted image file. The API will scan a photo to detect facial locations and can recognize... [Updated] 03.23.2015 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Text Extraction [Description] AlchemyAPI Text Extraction Web API extracts text, titles, and other information from internet content and posted text files. This API uses URL processing calls to automatically return a specific... [Updated] 03.23.2015 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Relation Extraction [Description] AlchemyAPI Relation Extraction Web API performs Subject-Action-Object relation extraction on web, text, or HTML-based content. This API provides URL processing calls that retrieve specific webpages... [Updated] 03.23.2015 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Keyword Extraction [Description] AlchemyAPI Keyword Extraction API extracts topic keywords from text, HTML, or posted web-based content. This API normalizes the targeted text, removing ads, navigation links, and other unnecessary... [Updated] 03.21.2015 [Category]

Output: Intelligence


Input: [API Name] AlchemyAPI Entity Extraction [Description] Alchemy API Entity Extraction extracts the identification data from your HTML, text, or web-based content. The targeted content is cleaned by removing ads, navigation links, and unnecessary content... [Updated] 03.21.2015 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Concept Tagging [Description] AlchemyAPIConcept Tagging concept tags HTML, text, or web-based content. This API is able to simulate human conceptual tagging. The API extracts concept tags and cleans target content by removing... [Updated] 03.21.2015 [Category]

Output: Natural Language Processing


Input: [API Name] AlchemyAPI Sentiment Analysis [Description] AlchemyAPI Sentiment Analysis API extracts positive and negative sentiment from posted web-based content. This API extracts text sentiment after cleaning targeted web content, by removing ads,... [Updated] 03.21.2015 [Category]

Output: Sentiment


Input: [API Name] Litmus Customer [Description] Litmus Customer API lets developers access the Litmus services programmatically. Only customers with subscriptions to Litmus have access to the API. Litmus is a software company that offers... [Updated] 03.15.2015 [Category]

Output: Email


Input: [API Name] InteliChoice [Description] The InteliChoice Database is a comprehensive database of nutrition attributes. It is built by Foxfire Printing and kept up-to-date and maintained by registered dieticians. They now offer this... [Updated] 03.13.2015 [Category]

Output: Grocery


Input: [API Name] H2O [Description] The Oxdata H20 API is a REST and JSON API. There is a wealth of information and instructional guides/ tutorials to get developers started in using the H20 API and explore software architecture,... [Updated] 03.09.2015 [Category]

Output: Tools


Input: [API Name] GeoKoala [Description] Using the GeoKoala API one can store GeoData/ GeoJson to GeoKoala's servers. Developers can then integrate this API into applications, Augmented Reality browsers, and major Geo Clients (such as... [Updated] 02.03.2015 [Category]

Output: Tools


Input: [API Name] Datalogics PDF WebAPI [Description] Datalogics PDF WebAPI is a powerful, secure web services API that exposes a broad set of PDF functionality to web and mobile application developers. Cloud-based, it is built upon proven Adobe... [Updated] 01.28.2015 [Category]

Output: PDF


Input: [API Name] Rackspace Cloud Networks [Description] Rackspace Cloud Networks gives users a way to create isolated networks and provision server instances with Rackspace networks, or with the isolated networks that they create. The Rackspace Cloud... [Updated] 01.18.2015 [Category]

Output: Cloud


Input: [API Name] Google PageSpeed Insights [Description] PageSpeed Insights is a tool that helps developers optimize their web pages by analyzing the pages and generating tailored suggestions to make the pages faster. Developers can implement the PageSpeed... [Updated] 01.15.2015 [Category]

Output: SEO


Input: [API Name] GitHub Search [Description] GitHub's Search API allows you to search GitHub for any specific item you're looking for (users, files, unresolved issues). Each search will return up to 1,000 results and the default sort... [Updated] 01.07.2015 [Category]

Output: Tools


Input: [API Name] Deconstructed Rule [Description] Deconstructed is a platform that aggregates a service's user data from any system or connected device using their API. The platform can help map user to device and segment audiences based on a... [Updated] 12.26.2014 [Category]

Output: Profiles


Input: [API Name] Libscore [Description] Libscore is a search tool developers can use to scan the top million sites on the web to collect statistics on JavaScript library usage. The Libscore API is available to use for free with constraints... [Updated] 12.16.2014 [Category]

Output: Library


Input: [API Name] Yes or No [Description] The simple Yes or No API is made for automating boolean decision making within mobile environments. API calls will return a "Yes", "No" or "Maybe." Returns include fun... [Updated] 12.15.2014 [Category]

Output: Application Development


Input: [API Name] W3C Vibration [Description] The Vibration API is a simple browser-based device API documented by the W3C Device APIs Working Group. The Vibration API enables developers to trigger the vibration mechanism in a hosting device,... [Updated] 12.11.2014 [Category]

Output: Browsers


Input: [API Name] W3C Battery Status [Description] The Battery Status API, documented by W3C, is a browser-based API that enables web developers to discover the battery life of a hosting device. This enables web application features to be dynamically... [Updated] 12.11.2014 [Category]

Output: Browsers


Input: [API Name] OEC Time Zone [Description] The simple OEC Time Zone API accepts a time zone as an input and returns the corresponding local time. The zone can be abbreviated (i.e. PST, EST) or spelled out in full (i.e. Eastern Standard Time... [Updated] 12.03.2014 [Category]

Output: Tools


Input: [API Name] Vine oEmbed [Description] The Vine oEmbed API returns an oEmbed compatible format of an embed HTML for a Vine video. Vine is a service for mobile devices that allows users to create and share very short (6 seconds or less)... [Updated] 12.01.2014 [Category]

Output: Video


Input: [API Name] Vivek Sentiment Tool [Description] Vivek Narayanan proposed a fast and accurate sentiment classification using an enhanced Naive Bayes model along with authors Ishan Arora and Arjun Bhatia. The paper can be retrieved online from the... [Updated] 11.07.2014 [Category]

Output: Sentiment


Input: [API Name] Codeeta [Description] Codeeta is an online marketing company that provides its customers with tools and widgets to promote their businesses on the web. With the Codeeta API, developers will be able to integrate its... [Updated] 10.26.2014 [Category]

Output: Marketing


Input: [API Name] REFUGE Restrooms [Description] Based in San Francisco, REFUGE Restrooms is a resource that provides transgender, intersex, and gender nonconforming individuals with access to a library of restrooms with safe environments. Similar... [Updated] 10.23.2014 [Category]

Output: Healthcare


Input: [API Name] Betfair Exchange [Description] Betfair is an online gambling operator in the UK; it allows customers to bet at odds set by themselves or by other customers. The Betfair Exchange API is a REST API, and it allows developers to build... [Updated] 10.20.2014 [Category]

Output: Gambling


Input: [API Name] Juniper Configurations Management [Description] Juniper Networks is a manufacturer of networking equipment, specializing in delivering products and services related to creating and maintaining networks. The Configuration Management Service lets... [Updated] 10.20.2014 [Category]

Output: Cloud


Input: [API Name] Diffbot Discussion [Description] Diffbot provides developers tools that can identify, analyze, and extract the main content and sections from any web page. The Diffbot Discussion API extracts discussions and posting information... [Updated] 10.16.2014 [Category]

Output: Extraction


Input: [API Name] Diffbot Image [Description] Diffbot provides developers tools that can identify, analyze, and extract the main content and sections from any web page. The purpose of Diffbot’s Image API is to extract the main images from web... [Updated] 10.16.2014 [Category]

Output: Extraction


Input: [API Name] Diffbot Analyze [Description] Diffbot provides developers tools that can identify, analyze, and extract the main content and sections from any web page. The Diffbot Analyze API can analyze a web page visually, and take a URL and... [Updated] 10.16.2014 [Category]

Output: Extraction


Input: [API Name] Bugify [Description] Developed by Frondiz, Bugify is a simple issue tracking service that integrates with a development team's source control system, making it a useful bug-tracking tool. Bugify offers additional... [Updated] 10.11.2014 [Category]

Output: Collaboration


Input: [API Name] Poken [Description] Poken offers mobile apps and branding solutions for corporate-sponsored events. Their trademarked USB stick can sync with detectors to retrieve information from hotspots at trade-shows & events,... [Updated] 10.07.2014 [Category]

Output: Marketing


Input: [API Name] Acano Solution [Description] Acano is a software company that provides users the ability to have virtual meetings, these meetings spaces are called coSpaces. Acano Solution API allows developers to integrate it into their... [Updated] 10.06.2014 [Category]

Output: Meetings


Input: [API Name] Unofficial Ello [Description] Ello is a social network service without ads. Initially, this project was created to be used privately. Now open access is available to users. However, they need to request an invitation to join the... [Updated] 10.06.2014 [Category]

Output: Social


Input: [API Name] ParseHub [Description] ParseHub enables one to extract data from dynamic websites to turn them into APIs without writing any code. ParseHub has a fully documented RESTful API for extracting data from the web. The ParseHub... [Updated] 09.29.2014 [Category]

Output: API Design


Input: [API Name] SIGFOX [Description] Sigfox is a network that connects Things of the Internet, covering many sectors, some of which include agriculture, automotive, construction, electronics, healthcare, and more.. The Sigfox API... [Updated] 09.28.2014 [Category]

Output: Cloud


Input: [API Name] AlchemyAPI Face Detection and Recognition Image [Description] The AlchemyVision Face Detection and Recognition Image API accepts an image file as an input. The API will scan a photo to detect facial locations and can recognize individuals present within a... [Updated] 09.26.2014 [Category]

Output: Tools


Input: [API Name] dandelion dataTXT-SIM [Description] Dandelion Text Similarity API is a semantic sentence similarity API, optimized on short sentences written in several languages (Italian, English, German, Portuguese and French at the moment). With... [Updated] 09.25.2014 [Category]

Output: Tools


Input: [API Name] SignalTrigger [Description] SignalTrigger is an API for sending messages to instant messaging services from computer code. This can be useful for notifying the recipient when a connection is lost, when a script completes, when... [Updated] 09.23.2014 [Category]

Output: Messaging


Input: [API Name] Senfluence Sentiment & Influence [Description] Senfluence is formed by 2 words: sentiment and influence. The goals of this API are to understand sentiments and to analyze the popularity of websites in 13 languages. When users are redirected to... [Updated] 09.08.2014 [Category]

Output: Sentiment


Input: [API Name] Dandelion dataTXT-NEX [Description] Dandelion API is a semantic API to extract meaning and insights from texts in several languages (Italian, English, German, Portuguese and French at the moment). Understanding text has never been so... [Updated] 08.29.2014 [Category]

Output: Tools


Input: [API Name] Automatic Text Summarizer [Description] Automatic Text Summarizer is a service for summarizing text articles. It uses an algorithm to extract the most important points from the original document and builds a summary based on the extracted... [Updated] 08.13.2014 [Category]

Output: Tools


Input: [API Name] szort.us [Description] The Szort.us API can be used to shorten links. There is no limit on the number of links that can be created, and the links are kept indefinitely. The API is free to use and does not require... [Updated] 08.09.2014 [Category]

Output: URL Shortener


Input: [API Name] Big Board [Description] Big Board is a tool that consolidates point-in-time events from collaborative work environments, chat services, calendars, and other apps into a single analytical display of cumulative activity. It... [Updated] 08.07.2014 [Category]

Output: Dashboards


Input: [API Name] Wikisearch [Description] Wikisearch is a semantic search API that helps you find the specific Wikipedia page you’re looking for. It's designed to work even if you don’t remember its exact title, or have only a vague... [Updated] 08.07.2014 [Category]

Output: Search


Input: [API Name] Clickslide Datadipity [Description] Datadipity allows users to combine APIs from multiple sources into a ready-to-use JSON API which can be used with any Javascript Library. It also creates an XML API endpoint with the mashup for... [Updated] 06.24.2014 [Category]

Output: Tools


Input: [API Name] Kakao KakaoTalk [Description] Kakao is a Korean based company providing social networks, instant messaging, and gaming services. KakaoTalk, KakaoStory, KakaoAlbum, KakaoPage, KakaoGroup, KakaoMusic, and KakaoGame are just a few... [Updated] 06.20.2014 [Category]

Output: Messaging


Input: [API Name] Apple Metal [Description] Apple's Metal allows developers to get maximum performance from the A7 chip for immersive console games, which can be ported to the iPad Air. It is designed for multithreading and there are... [Updated] 06.12.2014 [Category]

Output: Games


Input: [API Name] Kakao KakaoStory [Description] Kakao is a Korean based company providing social networks, instant messaging, and gaming services. KakaoTalk, KakaoStory, KakaoAlbum, KakaoPage, KakaoGroup, KakaoMusic, and KakaoGame are just a few... [Updated] 05.31.2014 [Category]

Output: Messaging


Input: [API Name] Leiki SmartProfiles [Description] Leiki SmartProfiles provides text analysis services that can identify the meaning and context of pieces of text, even very short ones. This analysis is based on an ontology that includes over 100,000... [Updated] 05.23.2014 [Category]

Output: Natural Language Processing


Input: [API Name] HiCaptcha [Description] HiCaptcha is an English language Captcha-solving service. Developers integrate the API and submit Captchas to be solved, and HiCaptcha returns the text within 30 seconds. They also offer a profit... [Updated] 05.23.2014 [Category]

Output: Captcha


Input: [API Name] Phashtag [Description] The Phashtag API allows users to integrate commercial pattern-recognition services into their applications. Phashtag can perform object classification, image correlation matching, template matching,... [Updated] 04.28.2014 [Category]

Output: Tools


Input: [API Name] Opera Stash [Description] Opera is a software company and provider of the Opera web browser, which runs on a variety of operating systems and a range of devices. Opera Stash is an extension API that extends the browser... [Updated] 04.27.2014 [Category]

Output: Browsers


Input: [API Name] MaidSafe Library [Description] MaidSafe provides a distributed platform enabling developers to engineer fast and secure applications. Control of all data, including physical access, is provided with self-authentication. The... [Updated] 04.27.2014 [Category]

Output: Data


Input: [API Name] Ideamart Pro [Description] Ideamart is a platform that provides developers with a variety of services that they can integrate into their own applications. These services are delivered in the form of the Idea Pro APIs, which... [Updated] 04.23.2014 [Category]

Output: Tools


Input: [API Name] 3DTransform [Description] 3DTransform is a free service that converts 3D model files to .STL format for 3D printing. Users can upload files with a wide variety of extension types that are up to 6 megabytes in size for... [Updated] 04.23.2014 [Category]

Output: Tools


Input: [API Name] AlchemyAPI Web Taxonomy [Description] The Taxonomy API allows users to classify their content into topic categories up to five levels deep. Content can be filtered or grouped for further analysis or to track topics. Narrow classification... [Updated] 04.22.2014 [Category]

Output: Data Mining


Input: [API Name] The Printers Inc [Description] The Printers Inc provides fine art printing services for artists looking to sell their work online. All prints are printed on 12-color fine art printers by in-house technicians. The Printers Inc... [Updated] 04.14.2014 [Category]

Output: Tools


Input: [API Name] HTML PDF [Description] HTML PDF API is a cloud-based tool that allows users to generate a PDF file from a URL, HTML string, HTML file, or ZIP file. Any data that users upload is secured over SSL and is deleted... [Updated] 04.14.2014 [Category]

Output: Tools


Input: [API Name] Mevvy App [Description] Mevvy provides a single location from which users can search for any mobile application or tool available on Android, iOS, or Windows Phone. Their directory only includes tools that actually work,... [Updated] 04.14.2014 [Category]

Output: Tools


Input: [UNLOCKABLE] 5 Bonus Stages [2] Edit Delete [HOW TO UNLOCK]

Output: Obtain 25 Gold trophies

Kororinpa: Marble Mania Wii Cheats, Codes, Unlockables, Tips


Input: [UNLOCKABLE] 15th Secret Stage [2] Edit Delete [HOW TO UNLOCK]

Output: Complete the 5 Bonus Stages

Kororinpa: Marble Mania Wii Cheats, Codes, Unlockables, Tips


Input: [UNLOCKABLE] Mirror Mode [2] Edit Delete [HOW TO UNLOCK]

Output: Complete the 45 regular stages

Kororinpa: Marble Mania Wii Cheats, Codes, Unlockables, Tips


Input: [UNLOCKABLE] All music [2] Edit Delete [HOW TO UNLOCK]

Output: Play through every stage in the game

Kororinpa: Marble Mania Wii Cheats, Codes, Unlockables, Tips


Input: [UNLOCKABLE] 20 Balls [2] Edit Delete [HOW TO UNLOCK]

Output: Play through every stage in the game

Kororinpa: Marble Mania Wii Cheats, Codes, Unlockables, Tips


Input: [UNLOCKABLE] 14 Secret Stages [2] Edit Delete [HOW TO UNLOCK]

Output: Get all 45 green crystals

Kororinpa: Marble Mania Wii Cheats, Codes, Unlockables, Tips


Input: [Device] Processor [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Screen [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Optical Drive [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Graphics [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Sound [Comments] See notes [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Ethernet [Comments] Use e1000 module [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Wireless [Comments] Use ipw3945 module [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Bluetooth [Compatibility]

Output: Not Tested

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] 56K Modem [Comments] Use Linuxant module [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Fringerprint Reader [Compatibility]

Output: Not Tested

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] USB [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Firewire [Compatibility]

Output: Not Tested

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] Card Reader [Compatibility]

Output: Not Tested

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Device] PCMCIA [Compatibility]

Output: Yes

Toshiba Satellite Pro P100 [Linux Laptop Wiki]


Input: [Column 18] farm laborer [Column 19] working out [Column 19_3] dry goods [Column 18_2]

Output: commercial traveler

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] farm laborer [Column 19] home farm [Column 19_3] department store [Column 18_2]

Output: salesman

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] laborer [Column 19] odd jobs [Column 19_3] department store [Column 18_2]

Output: bookkeeper

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] laborer [Column 19] street work [Column 19_3] department store [Column 18_2]

Output: cash girl

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] laborer [Column 19] garden [Column 19_3] department store [Column 18_2]

Output: cashier

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] laborer [Column 19] nursery [Column 19_3] bank [Column 18_2]

Output: cashier

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] laborer [Column 19] railroad [Column 19_3] steam railroad [Column 18_2]

Output: conductor

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] brakeman [Column 19] railroad [Column 19_3] street car [Column 18_2]

Output: conductor

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] weaver [Column 19] cotton mill [Column 19_3] general farm [Column 18_2]

Output: farmer

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] laborer [Column 19] cotton mill [Column 19_3] truck farm [Column 18_2]

Output: farmer

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] doffer [Column 19] cotton mill [Column 19_3] private estates [Column 18_2]

Output: gardener

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] engineer [Column 19] locomotive [Column 19_3] general practice [Column 18_2]

Output: lawyer

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] engineer [Column 19] lumber mill [Column 19_3] general farm [Column 18_2]

Output: manager

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] fireman [Column 19] lumber mill [Column 19_3] truck farm [Column 18_2]

Output: overseer

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] fireman [Column 19] fire department [Column 19_3] life insurance co. [Column 18_2]

Output: president

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] civil engineer [Column 19] general practice [Column 19_3] bank [Column 18_2]

Output: president

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] electrical engineer [Column 19] street railway [Column 19_3] cotton mill [Column 18_2]

Output: superintendent steel works

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] carpenter [Column 19] car factory [Column 19_3] street [Column 18_2]

Output: foreman

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] carpenter [Column 19] ship yard [Column 19_3] store [Column 18_2]

Output: newsboy

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] carpenter [Column 19] house [Column 19_3] groceries [Column 18_2]

Output: newsdealer

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] blacksmith [Column 19] carriage factory [Column 19_3] express [Column 18_2]

Output: wagon driver

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] blacksmith [Column 19] own shop [Column 19_3] express wagon [Column 18_2]

Output: wagon driver

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] agent [Column 19] real estate [Column 19_3] private family [Column 18_2]

Output: chauffeur

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] agent [Column 19] insurance [Column 19_3] coal miner [Column 18_2]

Output: chauffeur

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] cook [Column 19] hotel [Column 19_3] coal mine [Column 18_2]

Output: miner

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] servant [Column 19] private family [Column 19_3] marble [Column 18_2]

Output: laborer

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] retail merchant [Column 19] groceries [Column 19_3] house [Column 18_2]

Output: quarryman

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [Column 18] wholesale merchant [Column 19] leather [Column 18_2]

Output: janitor

Census Questionnaires and Instructions: 1790 to 2000 - Measuring America: The Decennial Censuses From 1790 to 2000 - Survey Census 1890 - Social Explorer


Input: [MYTH] Leaving the house with your hair wet will make you sick! [What you should know…] “It’s viruses and bacteria that actually make you sick, but wet hair may cause your body to work harder to keep itself warm and indirectly tax your immune system,” says Lolli. [True/False]

Output: FALSE


Input: [MYTH] You lose most of your body heat through your head, so always wear a hat. [What you should know…] “You do lose most of your body heat through your head so it is a good idea to wear a hat…” especially if you leave the house with wet hair. [True/False]

Output: TRUE


Input: [MYTH] Too much Purell is a bad thing. [What you should know…] You may have heard that using too much will lower your body’s resistance, but this one’s false. “I would rather people use Purell than notwash their hands,” Lolli says. “It can help reduce bacteria, but Purell doesn’t have any more cleansing ability than warm water and soap. So if warm water and soap are available, that should be used.” [True/False]

Output: FALSE


Input: [MYTH] Medicine will make your cold go away. [What you should know…] While prescriptions may make you feel a bit better “Medicine will not make your cold go away assuming the cold you caught is a virus. Antibiotics can alleviate symptoms, but have no effect on your virus. It’s only your immune system that’s going to counteract the virus,” Lolli says. [True/False]

Output: FALSE


Input: [MYTH] “Starve a fever, feed a cold.” [What you should know…] No matter how you slice it, this 16th century myth is half-wrong. “While people who are ill may lose their appetites, it’s important to eat,” says Lolli. What are good options? “Easy to digest foods: scrambled eggs, toast, chicken noodle soup are all great. It’s important to also stay well-hydrated. Noncarbonated and noncaffeinated drinks like water, juices, and tea. For those with sore throats, popsicles are a good option.” [True/False]

Output: BOTH


Input: [MYTH] Once you’ve had it, you won’t get it again. [What you should know…] “There are more than 100 different cold viruses. Once you have one, you will never get that exact virus again in your lifetime,” Lolli says. However, this doesn’t make you Superman. Sadly, there are always more cold and flu viruses to be found. [True/False]

Output: TRUE


Input: [MYTH] The flu shot will give you the flu. [What you should know…] “The ones given through injection are from killed virus. You cannot get disease from a killed virus,” Lolli says. So why do some of us get the flu right after our shot? “At the time that flu shots are available, it’s usually flu season. The flu shot needs about two weeks to confer any type of immunity so if you’ve been exposed you can develop it, but it’s not from the shot.” [True/False]

Output: FALSE


Input: [MYTH] Most colds happen in the winter. [What you should know…] “You can definitely get a cold any time of the year, but they are most common in the winter months,” says Lolli. The reason? “It’s not exactly certain; there are a lot of theories. Cold viruses tend to proliferate more in colder temperatures. Central heating may cause dry mucous membranes and allows the virus to enter our body more easily, but there isn’t any one reason.” [True/False]

Output: TRUE


Input: [MYTH] Cover your mouth with your hand when you cough. [What you should know…] “You should always cover your cough,” Lolli says, but your hand isn’t necessarily your best option. “The preferred method is to cough or sneeze into your sleeve,” to avoid transferring the virus via your hand. Though regular hand washing and the use (and disposal of tissues) can help cut down on spreading germs. [True/False]

Output: FALSE-ISH


Input: [MYTH] Gargle with salt water to soothe a sore throat. [What you should know…] This one may not be as tasty as chicken soup or popsicles, but “it is a very effective method of relieving a sore throat.” Lolli’s recipe is “¼ teaspoon of salt to one cup of lukewarm water. We always recommend that to our patients gargle in the morning and then during the day as often as they need the relief.” [True/False]

Output: TRUE


Input: [Command] call application voice mode [Description]

Output: Directs the fax detection IVR application to operate in one of its four connection modes.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] call application voice transfer mode [Description]

Output: Specifies the call-transfer method for Tcl)or VoiceXML applications.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param [Description]

Output: Loads and configures parameters in a package or a service (application).

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param account-id-method [Description]

Output: Configures an application to use a particular method to assign the account identifier.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param convert-discpi-after-connect [Description]

Output: Enables or disables conversion of a DISCONNECT message with Progress Indicator set to PROG_INBAND (PI=8) to a regular DISCONNECT message when the call is in the active state.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param event-log [Description]

Output: Enables or disables logging for linkable Tcl functions (packages).

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param language [Description]

Output: Configures the language parameter in a service or package on the gateway.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param pin-len [Description]

Output: Defines the number of characters in the personal identification number (PIN) for an application.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param redirect-number [Description]

Output: Defines the telephone number to which a call is redirected--for example, the operator telephone number of the service provider--for an application.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param reroutemode [Description]

Output: Configures the call transfer reroutemode (call forwarding) for a package.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param retry-count [Description]

Output: Defines the number of times a caller is permitted to reenter the PIN for a designated application and passes that information to the application.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param security [Description]

Output: Configures security for linkable Tcl functions (packages).

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param uid-length [Description]

Output: Defines the number of characters in the UID for a package.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Command] param warning-time [Description]

Output: Defines the number of seconds of warning that a user receives before the allowed calling time expires.

Cisco IOS Voice Command Reference - K through R - package through pattern [Support] - Cisco


Input: [Variable] Tma [Unit] °C [Description]

Output: Annual mean temperature

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML

Table 1. Bioclimatic variables used to describe the climatic variation across counties in the two states of North Carolina and South Carolina.


Input: [Variable] DRm [Unit] °C [Description]

Output: Mean diurnal temperature range (mean of monthly (max temp - min temp))

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] TS [Unit] °C [Description]

Output: Temperature Seasonality (standard deviation of temperatures)

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Tmaxwm [Unit] °C [Description]

Output: Maximum temperature of the warmest month

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Tmincm [Unit] °C [Description]

Output: Minimum temperature of the coldest month

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] TRa [Unit] °C [Description]

Output: Temperature annual range (Tmaxwm − Tmincm)

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] I [Unit] - [Description]

Output: Isothermality (DRm/TRa)

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Tmwtq [Unit] °C [Description]

Output: Mean temperature of wettest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Tmdq [Unit] °C [Description]

Output: Mean temperature of driest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Tmwq [Unit] °C [Description]

Output: Mean temperature of warmest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Tmcq [Unit] °C [Description]

Output: Mean temperature of coldest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Pa [Unit] mm [Description]

Output: Annual precipitation

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Pwtm [Unit] mm [Description]

Output: Precipitation of the wettest month

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Pdm [Unit] mm [Description]

Output: Precipitation of the driest month

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] PS [Unit] mm−1 [Description]

Output: Precipitation seasonality (coefficient of variation)

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Pwtq [Unit] mm [Description]

Output: Precipitation of the wettest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Pdq [Unit] mm [Description]

Output: Precipitation of the driest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Pwm [Unit] mm [Description]

Output: Precipitation of the warmest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Variable] Pcq [Unit] mm [Description]

Output: Precipitation of the coldest quarter

Remote Sensing | Free Full-Text | Modeling Species Distribution Using Niche-Based Proxies Derived from Composite Bioclimatic Variables and MODIS NDVI | HTML


Input: [Sound] Lam [Awareness] Base of the spine [Pronunciation]

Output: Curve the tip of your tongue up and back, and place it on the rear section of the upper palate to pronounce a sound like the word alum without the initial a.

Beginner's Guide to Common Yoga Chants and Mantras| Sanskrit Chants


Input: [Sound] Vam [Awareness] Genitals [Pronunciation]

Output: Place the upper set of teeth on the inner section of your lower lip and begin with a breathy consonant to imitate the sound of a fast car. Pronounce the mantra like “fvam.”

Beginner's Guide to Common Yoga Chants and Mantras| Sanskrit Chants


Input: [Sound] Ram [Awareness] Abdomen [Pronunciation]

Output: Place the tip of your tongue on the roof of the front section of the upper palate, roll the r as in Spanish, and pronounce the mantra like the first part of the word rumble.

Beginner's Guide to Common Yoga Chants and Mantras| Sanskrit Chants


Input: [Sound] Yam [Awareness] Solar Plexus and Heart Area [Pronunciation]

Output: Inhale audibly through your mouth, and pronounce the word hum (as in humming); allow the breath to extend beyond the resolution of the consonant.

Beginner's Guide to Common Yoga Chants and Mantras| Sanskrit Chants


Input: [Sound] Ham [Awareness] Throat [Pronunciation]

Output: Inhale noiselessly through your mouth, and pronounce the sound like the word yum (as in yummy); allow the sound along with your breath to fill your mouth and throat cavity.

Beginner's Guide to Common Yoga Chants and Mantras| Sanskrit Chants


Input: [Sound] Om [Awareness] Point between the eyebrows [Pronunciation]

Output: Inhale audibly through your nostrils, and direct the stream of air to the point between your eyebrows. Pronounce the sound along with your exhalation as a subtly audible whisper, allowing the sound and breath to resonate in the cranial area.

Beginner's Guide to Common Yoga Chants and Mantras| Sanskrit Chants


Input: [#] #1 [Election Recommendations]

Output: Give every voter a fair opportunity to change his mind and have his most recent vote counted. That means if a proxy is executed after an absentee ballot, count the proxy. If an absentee ballot is executed after a proxy, throw away the proxy and count the absentee ballot.

Election Recommendations


Input: [#] #2 [Election Recommendations]

Output: Don’t make it any harder for a Membership Lot owner to change his vote than it is for a homeowner that lives next door to the polling place. Treat all owners fairly. Let owners undo an absentee ballot easily. A proxy executed after the absentee ballot is one way to do this.

Election Recommendations


Input: [#] #3 [Election Recommendations]

Output: Stop focusing attention on how people vote, be it in person, by absentee ballot, or by proxy. Stop criticizing others who opt to express their vote in any particular manner. A vote by proxy is just as much a vote as that made in person. Someone who votes by proxy is every bit as smart and sophisticated as someone who shows up to vote in person.

Election Recommendations


Input: [#] #4 [Election Recommendations]

Output: Stop all political mailings from the office, period. If candidates want to spend their own money to campaign, let them.

Election Recommendations


Input: [#] #5 [Election Recommendations]

Output: Acknowledge that the October 2007 attack on Masters was a political one, and make the politicians who benefited from it – Poyer, Martel, and Shields – pay for it.

Election Recommendations


Input: [#] #6 [Election Recommendations]

Output: Take the office – controlled by the entrenched board – out of politics altogether. Have the absentee ballots mailed to an independent vote counter. Stop accepting ballots hand-delivered to the office.

Election Recommendations


Input: [#] #7 [Election Recommendations]

Output: Stop hiring armed guards to defend a homeowners’ election. Third-world dictators have armed guards at elections. Responsible community association leaders do not. Its an unbecoming mix of menacing and pathetic, and it only exposes how far some LHCC directors will go to keep power.

Election Recommendations


Input: [AID] 2648 [Type] Screening [Comment] depositor-specified cross reference: Primary cell-based high-throughput screening assay for identification of compounds that potentiate/a [Name]

Output: Primary cell-based high-throughput screening assay for identification of compounds that potentiate/activate KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 2699 [Type] Summary [Comment] depositor-specified cross reference: Summary of assays for compounds that potentiate/activate KCNQ1 potassium channels [Name]

Output: Summary of assays for compounds that potentiate/activate KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 493007 [Type] Screening [Comment] depositor-specified cross reference: Validation assay for identification of compounds that potentiate KCNQ1 potassium channels [Name]

Output: Validation assay for identification of compounds that potentiate KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 493006 [Type] Screening [Comment] same project related to Summary assay [Name]

Output: Counter screen assay of the parental CHO cells for identification of compounds that potentiate KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 493009 [Type] Screening [Comment] same project related to Summary assay [Name]

Output: Specificity screen assay against KCNQ2 for identification of compounds that potentiate KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 493184 [Type] Screening [Comment] same project related to Summary assay [Name]

Output: Secondary automated electrophysiology assay of compounds that potentiate KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 493186 [Type] Screening [Comment] same project related to Summary assay [Name]

Output: Specificity screen assay against KCNQ1/E1 for identification of compounds that potentiate KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 588366 [Type] Other [Comment] same project related to Summary assay [Name]

Output: Counter screen assay of the parental CHO cells for identification of compounds that inhibit KCNQ1 potassium channels

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 588673 [Type] Confirmatory [Comment] same project related to Summary assay [Name]

Output: SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 602120 [Type] Other [Comment] same project related to Summary assay [Name]

Output: Manual patch clamp assay to confirm a potent KCNQ1 activator

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 602306 [Type] Confirmatory [Comment] same project related to Summary assay [Name]

Output: SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp III

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [AID] 624120 [Type] Other [Comment] same project related to Summary assay [Name]

Output: Validation for compounds that inhibit KCNQ1 potassium channels on automated electrophysiology assay

AID 602121 - SAR analysis for compounds that activate KCNQ1 potassium channels in the KCNQ1 expressing cells on automated patch clamp 2 - PubChem BioAssay Summary


Input: [Example] Component Showcase [Source] Available in release bundles [Notes]

Output: Contains three basic dataTable examples. Also contains an example of a colapsible table that uses a dataTable


Input: [Example] Webmail [Source] Available in release bundles [Notes]

Output: DataTable is used to display email messages contained in a folder. Also used to dispaly task and contact data.


Input: [Example] dataTable-basic [Source] dataTable-basic source code [Notes]

Output: Simple example of how to dispaly data uses a dataTable component.


Input: [Example] dataTable-paginator [Source] dataTable-paginator source code [Notes]

Output: A dataPaginator is added to the dataTable used in dataTable-basic<./td>


Input: [Example] dataTable-sortable [Source] dataTable-sortable source code [Notes]

Output: CommandSortHeaders are added to each column in a data table.


Input: [Example] dataTable-style [Source] dataTable-style source code [Notes]

Output: The row and column classes are altered with CSS.


Input: [Tools Used] Bare Hands [Description] This is a very crucial part of the engine. It is a "timer" for the valves (when to open and close). [Component Name]

Output: Camshaft

Group 18 - Product Name Here - GICL Wiki


Input: [Tools Used] Rubber Mallet and chisel [Description] Acts as a physical connection towards the crankshaft through a steel chain [Component Name]

Output: Camshaft Sprocket

Group 18 - Product Name Here - GICL Wiki


Input: [Tools Used] Bare Hands [Description] Transfers the signal (energy) from the camshaft to the rocker arm [Component Name]

Output: Lifter

Group 18 - Product Name Here - GICL Wiki


Input: [Tools Used] Bare Hands [Description] Transfers the energy from the lifter to the rocker arm [Component Name]

Output: Push Rods

Group 18 - Product Name Here - GICL Wiki


Input: [Tools Used] 10 mm Socket Wrench [Description] Manipulates the valve (closing and opening) [Component Name]

Output: Rocker Arms

Group 18 - Product Name Here - GICL Wiki


Input: [Tools Used] Hammer & 21 mm Socket Wrench [Description] Manipulates the valve (closing and opening) [Component Name]

Output: Valve Spring

Group 18 - Product Name Here - GICL Wiki


Input: [Tools Used] Bare Hands [Description] Manipulates the valve (closing and opening) [Component Name]

Output: Valve

Group 18 - Product Name Here - GICL Wiki


Input: [#] 0 [Description] Text Error [Reason for error]

Output: The text that is currently in the text box is wrong and should normally be in a different place. Sometimes displaying strange characters or Missingo like symbols

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 1 [Description] Event Error [Reason for error]

Output: Unable to complete an event (talking to someone, etc). This error is also known to exist in normal gameplay if the player has a broken or damaged cartridge. Can be seen in Yellow when finishing the game with 152 entries in the Pokédex.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 2 [Description] Text Error [Reason for error]

Output: Happens when talking to signs or Televisions.Sometimes encountering missingo in some instances before displaying a 'Epic Fail' Screen.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 5 [Description] Position Error [Reason for error]

Output: The current position of the player character is unrecognized.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 7 [Description] Text Error [Reason for error]

Output: Unable to display correct/required text.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 9 [Description] Pokémon Error [Reason for error]

Output: A Pokémon in the player's party is unrecognized. Most glitch Pokémon cause this error.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 40 [Description] Sound Error [Reason for error]

Output: The sound clip that is playing is unrecognized.Mostly plays random pokémon sounds for no reason

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 48 [Description] Graphics Error [Reason for error]

Output: When this error occurs, the screen turns white and the words "48 ERROR" pop up before quickly reverting back to whatever the player was previously doing. This error can be caused by the glitch Pokémon a. Some errors are followed by this

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 56 [Description] Text Error [Reason for error]

Output: Unable to display correct/required text.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 59 [Description] Position Error [Reason for error]

Output: This error is similar to a 5 Error, but also generates random text such as "This is my graThe trainer blocked the ball! I2 59 ERROR"

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 98 [Description] Connection Error [Reason for error]

Output: This error occurs when data transferred between two cartridges via link cable is damaged, corrupted, or otherwise glitched.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] 99 [Description] Connection Error [Reason for error]

Output: This error occurs when data transferred between the Game Boy Tower and the Game Boy game is damaged, corrupted, or otherwise glitched by the Transfer Pak.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] T [Description] Text Error [Reason for error]

Output: This error is similar to a 0 Error, except the game doesn't explain that it is an error and instead the game freezes.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] I [Description] Event Error [Reason for error]

Output: This error confuses battle events with regular events, usullay leading the player into a fight with a compltely random and broken glitch Pokémon, or freezes the player's game.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [#] Random [Description] Death Error [Reason for error]

Output: When the player gets this error, their game is dead. It cannot recover, and they'll be lucky if it can even be booted up again.

Glitch - Bulbapedia, the community-driven Pokémon encyclopedia


Input: [Categories] Campus Safety [Comments]

Output: Safety is very important here police always around one of the safest campuses in the country

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] Greek Life [Comments]

Output: Greek like is very popular

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] Clubs and Activities [Comments]

Output: There is a club for everyone

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] Share any unusual traditions or locations on campus [Comments]

Output: Unlock the vault

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] What to do for fun [Comments]

Output: Go to the square go to the movies

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] Food and Dining [Comments]

Output: The food is wonderful

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] Dorm Life [Comments]

Output: Dorms are great the RC is the best

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] Academic Rigor [Comments]

Output: Accountancy

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] Tips for prospective students [Comments]

Output: Ask around to see what classes you should take.

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Categories] In three sentences [Comments]

Output: The school is very nice. The people hear are great. This is a great school to attend.

University of Mississippi (Ole Miss) Reviews: Student Reviews and Ratings | Cappex


Input: [Command] /warn [Description]

Output: Warns a player for a reason

CreeperWarning Plugin 1.6.4 | Bukkit Plugins | Minecraft 1.8.7, 1.8, 1.7.10


Input: [Command] /cwformat [Description]

Output: Formats the log file

CreeperWarning Plugin 1.6.4 | Bukkit Plugins | Minecraft 1.8.7, 1.8, 1.7.10


Input: [Command] /cwlookup [Description]

Output: Finds all warnings it can for said player in the log file

CreeperWarning Plugin 1.6.4 | Bukkit Plugins | Minecraft 1.8.7, 1.8, 1.7.10


Input: [Command] /cwban [Description]

Output: Permanently bans a player for a specified reason

CreeperWarning Plugin 1.6.4 | Bukkit Plugins | Minecraft 1.8.7, 1.8, 1.7.10


Input: [Command] /cweditconfig [Description]

Output: Changes a config value

CreeperWarning Plugin 1.6.4 | Bukkit Plugins | Minecraft 1.8.7, 1.8, 1.7.10


Input: [Command] /cwreload [Description]

Output: Reloads the plugin

CreeperWarning Plugin 1.6.4 | Bukkit Plugins | Minecraft 1.8.7, 1.8, 1.7.10


Input: [Items in Inventory] 5,000 Coins Spade Seed dibber Rake 24 Allotment seeds 4 Flower seeds 5 Herb seeds Watering can (8) Bucket of water Ectophial 250 Air runes 50 Law runes 50 Fire runes Dramen staff 4 buckets of Compost or Super compost [Notes] You don't have to carry the buckets of compost if you don't want. You can just pull them from the leprechaun near the patches to save space. Bucket of water is used to fill up the watering can if needed. Dramen staff is an optional item if you are using the Fairy rings to get to the Trollheim patch (JLR). [Inventory Type]

Output: Regular spells without Fairy Tale part 3