Abstract: Provided is a simulation method of distribution of electric field or magnetic field values for two-phase conducting media, including: 1) setting a simulated computation area, setting electric field or magnetic field distribution nodes in the simulated computation area, and setting an artificial current source at the origin of coordinates; 2) selecting a shape function, and setting shape function parameters, Gaussian integral parameters, and electromagnetic parameters; 3) loading a node and searching for nodes in the radius of the support domain, discretizing the definite integral by a 4-point Gaussian integral equation, then interpolating and summing to obtain the fractional derivative of the shape function, assigning the shape function result to the corresponding position of the large sparse matrix in the spatial fractional electric field diffusion equation.

Abstract: Provided is a space-time fractional conductivity modeling and simulation method of two-phase conducting media, including: 1) setting a simulated computation area, setting electric field or magnetic field distribution nodes in the simulated computation area, and setting an artificial current source at the origin of coordinates; 2) selecting a shape function in the entire computation area by a meshless method, and setting shape function parameters, Gaussian integral parameters, electromagnetic parameters, distance between the transmitting system and the receiving system, and the range of the frozen soil layer; 3) loading a first computation point and searching for nodes in the radius of the support domain, discretizing the definite integral by a 4-point Gaussian integral equation, then interpolating and summing to obtain the fractional derivative of the shape function, assigning the shape function result to the corresponding position of the large sparse matrix in the spatial fractional electric field diffusion

Abstract: The disclosure discloses a printer including a housing, a cartridge holder, a display device, a color detecting portion, and a control portion. The cartridge holder removably mounts a tape cartridge including a print-receiving tape roll and an ink ribbon roll. The display device displays desired content in monochrome. The color detection portion detects first color information representing a color of a print-receiving tape and second color information representing a color of an ink ribbon, in the tape cartridge mounted in the cartridge holder. The control portion controls the display device at appropriate timing with an opening and closing cover closed, to display in text the first color information and the second color information detected by the color detection portion.

Abstract: This disclosure discloses a non-transitory computer-readable recording medium storing a printed matter production processing program for executing steps. The steps comprise an edition-screen display step, a database display step, a region-specification reception step, and a print-object arrangement step. In the edition-screen display step, an edition screen is displayed for receiving an input operation of the print object to be arranged in each of at least one block. In the database display step, a database that is stored in the memory and includes plurality of records is displayed. In the region-specification reception step, specification of a character-string including region is received. The character-string including region includes a plurality of character strings to be allocated as print objects. In the print-object arrangement step, the plurality of character strings included in the character-string including region are allocated to each of the block in accordance with a desired allocation rule.

Abstract: A printer is configured to print on a tape-type print medium. The printer includes a processor and a memory. The memory is configured to store computer-readable instructions that instruct the printer to perform a process including displaying, on a display portion, characters, a block break line, and block numbers in a case where print data include block data and block break data. The block break line is a line segment that indicates a break position between adjacent blocks of a plurality of blocks. Each of the plurality of blocks contains at least one line's worth of characters. The block numbers indicate sequence numbers for the plurality of blocks. The block data is data for the plurality of blocks. The block break data is data that indicate the break position. The plurality of blocks is to be printed in a first direction in which the plurality of blocks are arrayed.

Abstract: The disclosure discloses a printer including a housing, a cartridge holder, a display device, a color detecting portion, and a control portion. The cartridge holder removably mounts a tape cartridge including a print-receiving tape roll and an ink ribbon roll. The display device displays a desired content in monochrome. The color detection portion detects first color information representing a color of a print-receiving tape and second color information representing a color of an ink ribbon, in the tape cartridge mounted in the cartridge holder. The control portion controls the display device at appropriate timing with an opening and closing cover closed, to display in text the first color information and the second color information detected by the color detection portion.

Abstract: This disclosure discloses a non-transitory computer-readable recording medium storing a printed matter production processing program for executing steps. The steps comprise an edition-screen display step, a database display step, a region-specification reception step, and a print-object arrangement step. In the edition-screen display step, an edition screen is displayed for receiving an input operation of the print object to be arranged in each of at least one block. In the database display step, a database that is stored in the memory and includes plurality of records is displayed. In the region-specification reception step, specification of a character-string including region is received. The character-string including region includes a plurality of character strings to be allocated as print objects. In the print-object arrangement step, the plurality of character strings included in the character-string including region are allocated to each of the block in accordance with a desired allocation rule.

Abstract: A printer is configured to print on a tape-type print medium. The printer includes a processor and a memory. The memory is configured to store computer-readable instructions that instruct the printer to perform a process including displaying, on a display portion, characters, a block break line, and block numbers in a case where print data include block data and block break data. The block break line is a line segment that indicates a break position between adjacent blocks of a plurality of blocks. Each of the plurality of blocks contains at least one line's worth of characters. The block numbers indicate sequence numbers for the plurality of blocks. The block data is data for the plurality of blocks. The block break data is data that indicate the break position. The plurality of blocks is to be printed in a first direction in which the plurality of blocks are arrayed.