Physical coding blocks

• US 9,953,546 B1
• Filed: 06/25/2014
• Issued: 04/24/2018
• Est. Priority Date: 04/11/2014
• Status: Active Grant

• Current Assignee: Google LLC (Alphabet Inc.)
• Original Assignee: Google LLC (Alphabet Inc.)
• Inventors: Goldstein, Jayme Ross, Wilbert, Joao Santos, Vranakis, Stavros
• Primary Examiner(s): Saint-Vil, Eddy
• Assistant Examiner(s): Carlos, Alvin
• Application Number:
  US14/314,266
• Time in Patent Office: 1,399 Days
• Field of Search: 446330
• CPC Class Codes: A63H 11/00 Self-movable toy figures
• CPC Class Codes: G09B 19/0053 Computers, e.g. programming

Abstract

Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for generating a sequence of commands from interconnected code blocks. In one aspect, a system includes a sequencer block that connects to a sequence of coding blocks representative of a control flow and establish data communication with the sequence of coding blocks. The sequencer block includes coding circuitry that receives coding data from the sequence of coding blocks coding data, the coding data representative of instruction code to which the coding blocks corresponds, and generates from the received coding data command data that is representative of a sequence of commands that corresponds to a control flow of which the code blocks in data communication with the sequencer block are representative and a communication subsystem that provides the command data to a controlled system that is external to the code blocks.

Claims

1. A system comprising:

a plurality of coded blocks comprising physical blocks that are physically configured to be connected to each other by connectors by a user to arrange a physical manifestation of a control flow, each coded block being a separate physical block that can be connected to one or more other of the coded blocks by a connector, and each coded block including;

at least one connector, each connector configured to mate with a corresponding connector of another coded block and connect the coded blocks in data communication;

coding circuitry that programs the coded block to generate coding data representative of instruction code which is modifiable depending on a function corresponding to the coded block;

wherein;

the plurality of coded blocks includes at least a sequencer block and one or more of data blocks and logic blocks connected by their connectors in a sequence, and when connected, the plurality of coded blocks are representative of the control flow; and

at least one of each of the data blocks and logic blocks respectively include selectors that can be manipulated by a user to select one of two or more different values for the coded block;

the sequencer block receives from coded blocks in data communication with the sequencer block the coding data of the coded blocks, and wherein;

the coding circuitry of the sequencer block generates from the received coding data a sequence of commands that corresponds to the control flow of which the coded blocks in data communication with the sequencer block are representative, wherein the sequence of commands corresponding to the control flow is modifiable while the coded blocks are connected in the sequence and based on programming of the coded block and the values selected by use of the selectors of the coded blocks; and

the sequencer block includes a communication subsystem that provides the sequence of commands to a controlled system that is external to the coded blocks, wherein the controlled system performs the sequence of commands.

2. The system of claim 1, wherein the coded block include:

sets of logic blocks, each set of logic blocks including one or more coded blocks and representative of a logic flow control in a code sequence; and

action blocks, each action block representative of an action that is to be performed in a code sequence.

3. The system of claim 2, wherein the coded blocks include data blocks, each data block corresponding to one of a plurality of data types, and the coding circuitry of each data block configured to generate a data value of a data type to which the data block corresponds.

4. The system of claim 3, wherein the data blocks include a temperature data block that includes a temperature sensor, and wherein the coding circuitry of the temperature block generates a temperature value that corresponds to a temperature sensed by the temperature sensor.

5. The system of claim 3, wherein the data blocks include a numeric value data block that includes a number selector that is operable to specify one of a plurality of numbers in a range, and wherein the coding circuitry of the numeric value block generates a number value that corresponds to the number selected by the number selector.

6. The system of claim 3, wherein the data blocks include an operator block that includes an operator selector that is operable to select once of a plurality of operators, and the coding circuitry of the operator block is configured to coding data representative of the selected operator.

7. The system of claim 2, wherein the sets of logic blocks includes a repeat block set, the repeat block set including:

a first block that includes count selector that is operable to specify a count number, and that connects to a first connector of coded blocks in a sequence of one or more coded blocks; and

a second block that connects to a second connector of a coded block in the sequence of the one or more coded blocks;

wherein the coding circuitry of first block and the coding circuit of the second block are operatively associated to generate coding data that specifies a sequence of commands generated from the coding data of a sequence of one or more coded blocks to which the first block and second block are connected is to be performed a number of times that is equal to the count number.

8. The system of claim 2, wherein the sets of logic blocks includes a branch block set, the block set including:

a first block that includes parallel first connectors, wherein one of the parallel first connectors corresponds to a first condition, and the other of the parallel first connectors corresponds to a second condition that is exclusive of the first condition; and

a second block that includes parallel second connectors, wherein one of the parallel second connectors corresponds to one of the parallel first connectors, and the other of the parallel second connectors corresponds to the other of the parallel first connectors;

wherein the coding circuitry of first block and the coding circuit of the second block are operatively associated to generate coding data that specifies that one of a first sequence of commands generated from a first sequence of one or more coded blocks connected to one of the parallel first connectors or a second sequence of commands generated from a second sequence of one or more coded blocks connected the other of the parallel first connectors is to be performed according to the occurrence of the first condition or the second condition.

9. The system of claim 2, wherein the sets of logic blocks includes a jump block set, the block set including:

a first block that includes a number selector that is operable to specify one of a plurality of numbers in a range, and wherein the coding circuitry of the jump block generates coding data that specifies a number of a sequence of commands corresponding to a number of coded blocks equal to the specified number are skipped when a condition is true.

10. The system of claim 2, wherein the action blocks include a move block, the action block including:

a move selector that is operable to selector one of a plurality of movement directions; and

wherein the coding circuitry of the move block generates coding data that specifies a move command and the movement direction.

11. The system of claim 2, wherein the action blocks include a programmable task block, the programmable task configured to be associated with one of a plurality of task that is to be performed in a code sequence, and wherein the coding circuitry of the programmable task block generates coding data that specifies a task command and the associated task to be performed.

12. The system of claim 1, wherein the sequence of commands corresponding to the control flow is modifiable during a compiling of the received coding data.

13. A computer implemented method, comprising:

receiving, at a sequencer block in data communication with a sequence of a plurality of coded blocks including one or more of data blocks and logic blocks that are connected in a sequence that is representative of a control flow, coding data from each of the coded blocks in the plurality of coded blocks generated based on programming each of the coded blocks, the coding data for each block representative of an instruction code which is modifiable depending on a function corresponding to the coded block, and wherein the sequence of the plurality of coded blocks comprise physical blocks that are physically configured to be connected to each other by connectors by a user to arrange a physical manifestation of the control flow, each coded block being a separate physical block that can be connected to one or more other of the coded blocks by a connector, and further wherein the coding data includes values selected using selectors respectively included in at least one of each of the data blocks and logic blocks and being manipulated by a user to select one of two or more different values;

generating, from the coding data, a sequence of commands that corresponds to the control flow of which the coded blocks in data communication with the sequencer block are representative, wherein the sequence of commands corresponding to the control flow is modifiable while the coded blocks are connected in the sequence and based on programming of the coded blocks and the values selected by use of the selectors of the coded blocks; and

providing the sequence of commands to a controlled system that is external to the sequencer block and the coded blocks, wherein the controlled system performs the sequence of commands.

14. The method of claim 13, wherein receiving coding data from each of the coding blocks comprises receiving the coding data through a serial communication port.

15. The method of claim 13, wherein providing the sequence of commands to a controlled system that is external to the sequencer block and the coded blocks comprises providing the sequence of commands through a wireless communication protocol.

16. The method of claim 13, further comprising:

receiving, at the controlled system, the sequence of commands; and

executing the sequence of commands by the controlled system.

17. The method of claim 16, further comprising:

determining, from the sequence of commands received at the controlled system, the sequence of coded blocks that is representative of the control flow; and

generating, on a user interface display on the controlled system, a graphical depiction of the sequence of coded blocks.

18. A system comprising:

a sequencer block, including;

a first connector configured to mate with a corresponding connector of a coded block connected in a sequence of a plurality of coded blocks including one or more of data blocks and logic blocks representative of a control flow and establish data communication with the sequence of the plurality of coded blocks, wherein the sequence of the plurality of coded blocks comprise physical blocks that are physically configured to be connected to each other by connectors by a user to arrange a physical manifestation of the control flow, each coded block being a separate physical block that can be connected to one or more other of the coded blocks by a connector and further wherein the coding data includes values selected using selectors respectively included in at least one of each of data blocks and logic blocks and being manipulated by a user to select one of two or more different values;

coding circuitry that;

receives coding data from the sequence of the plurality of coded blocks, the coding data generated based on programming each of the coded blocks and representative of instruction code which is modifiable depending on a function corresponding to each of the coded blocks, and

generates from the received coding data command data that is representative of a sequence of commands that corresponds to the control flow of which the coded blocks in data communication with the sequencer block are representative, wherein the sequence of commands corresponding to the control flow is modifiable while the coded blocks are connected in the sequence and based on the programming of the coded blocks and the values selected by use of the selectors of the coded blocks; and

a communication subsystem that provides the command data to a controlled system that is external to the coded blocks.

19. The system of claim 18, wherein the command data comprises a sequence of commands.

20. The system of claim 18, wherein the command data comprises a mapping of coded block identifiers that specifies how the coded blocks are sequenced together, and values that specify parameter values for one or more coded blocks.

21. The system of claim 18, wherein the coding data received from each coded block is a complete command sequence for the coded block.

22. The system of claim 18, wherein the coding data received from each coded block specifies a function type for the coded block.