delete backslash.

Author: HirohitoHigashi

mruby_io_ADC_en.md

@@ -1,14 +1,14 @@
 # ADC
 
-- A class that supports Analog-to-Digital Conversion (`ADC`) functionality.
+- A class that supports Analog-to-Digital Conversion (ADC) functionality.
 - Generally, it is capable of converting analog voltage values to digital values.
 
 ## Constructor
 
 
 ### ADC.new( pin, *params )
 
-- Generate an `ADC` object by specifying the physical pin indicated by "pin."
+- Generate an ADC object by specifying the physical pin indicated by "pin."
 - Typically, "pin" is specified as an integer, but alternative methods (e.g., "B1" in PIC) are also acceptable.
 - If the device has a switch between analog and digital modes for the pin, it will be switched to analog mode at this point.
 - Generally, there is no need to specify additional parameters, such as "params." However, for certain models that require additional feature specifications like sampling speed, they can be specified here.

mruby_io_GPIO_en.md

@@ -10,7 +10,7 @@
 
 ### GPIO.setmode( pin, params ) -> nil
 
-- Specify the physical pin indicated by "pin" and change the mode of the `GPIO`.
+- Specify the physical pin indicated by "pin" and change the mode of the GPIO.
 - Refer to the constructor for other information.
 
 Example of use:
@@ -83,7 +83,7 @@ GPIO.write_at( 1, 0 )      # output zero to pin 1.
 
 ### GPIO.new( pin, params )
 
-- Specify the physical pin indicated by the pin and generate a `GPIO` object.
+- Specify the physical pin indicated by the pin and generate a GPIO object.
 - At the same time, specify a param to indicate the mode, such as input/output direction.
 - The pin is typically specified as an integer, but other methods (such as "B1" in PIC) may be used.
 - Although one bit is the basic unit, pin specification that combines multiple bits may be necessary depending on the device.
@@ -169,7 +169,7 @@ gpio1.write( 1 )
 
 ### setmode( param ) -> nil
 
-- Change the `GPIO` mode at any timing.
+- Change the GPIO mode at any timing.
 - When IN, OUT, or HIGH_Z is specified while PULL_UP or other settings have already been set, the previous settings will be invalidated.
 
 Example of use:

mruby_io_I2C_en.md

@@ -1,6 +1,6 @@
 # I2C
 
-- A class that supports `I2C` bus.
+- A class that supports I2C bus.
 - This specification supports only master devices with 7-bit addresses.
 
 ---
@@ -10,7 +10,7 @@
 
 ### I2C.new( id=nil, *params )
 
-- Generates an `I2C` object by specifying the physical unit indicated by "id."
+- Generates an I2C object by specifying the physical unit indicated by "id."
 - "id" can be omitted when there is only one physical unit.
 
 Optional Parameters
@@ -43,10 +43,10 @@ Device-specific
 
 ### read( i2c_adrs_7, read_bytes, *param ) -> String
 
-- Reads data of `read_bytes` bytes from the device with the address `i2c_adrs_7`.
-- If the device returns NAK in the middle, a String of shorter length than `read_bytes` may be returned.
-- If data is specified in the `param`, it will be output before the repeated start, and then reading will start.
-- Output specifications are the same as for `write()`.
+- Reads data of read_bytes bytes from the device with the address i2c_adrs_7.
+- If the device returns NAK in the middle, a String of shorter length than read_bytes may be returned.
+- If data is specified in the param, it will be output before the repeated start, and then reading will start.
+- Output specifications are the same as for write().
 
 Example of use:
 
@@ -73,9 +73,9 @@ I2C bus sequence
 
 ### write( i2c_adrs_7 , *outputs ) -> Integer
 
-- Writes data specified in `outputs` to the device with the address `i2c_adrs_7`.
+- Writes data specified in outputs to the device with the address i2c_adrs_7.
 - The number of bytes successfully written is returned as the return value.
-- `outputs` can be specified as an Integer, Array<Integer>, or String.
+- outputs can be specified as an Integer, Array<Integer>, or String.
 
 Example of use:
 
@@ -136,8 +136,8 @@ i2c.send_stop
 
 ### raw_read( read_bytes, ack_nack = false ) -> String
 
-- Reads `read_bytes` bytes from the I2C bus and returns them.
-- `ack_nack = true` outputs ACK at the last byte reading, and `false` outputs NACK.
+- Reads read_bytes bytes from the I2C bus and returns them.
+- ack_nack = true outputs ACK at the last byte reading, and false outputs NACK.
 
 Example of use:
 
@@ -149,9 +149,9 @@ str = i2c.raw_read( 20 )
 
 ### raw_write( *outputs ) -> Integer
 
-- Writes data specified in `outputs` to the I2C bus.
+- Writes data specified in outputs to the I2C bus.
 - The number of bytes successfully written is returned as the return value.
-- `outputs` can be specified as an Integer, Array<Integer>, or String.
+- outputs can be specified as an Integer, Array<Integer>, or String.
 
 Example of use:
 

mruby_io_PWM_en.md

@@ -1,6 +1,6 @@
 # PWM
 
-- A class that supports Pulse Width Modulation (`PWM`) functionality.
+- A class that supports Pulse Width Modulation (PWM) functionality.
 
 ---
 
@@ -11,8 +11,8 @@
 
 - Generate a PWM object by specifying the physical pin indicated by "pin."
 - Typically, "pin" is specified as an integer, but alternative methods (e.g., "B1" in PIC) are also acceptable.
-- When specifying the parameter `frequency`, the output starts with a duty cycle of 50%.
-- If you want to start the output with a duty cycle other than 50%, specify the parameter `duty` simultaneously.
+- When specifying the parameter frequency, the output starts with a duty cycle of 50%.
+- If you want to start the output with a duty cycle other than 50%, specify the parameter duty simultaneously.
 
 Optional Parameters
 

mruby_io_SPI_en.md

@@ -1,8 +1,8 @@
 # SPI
 
-- A class that supports `SPI` bus.
+- A class that supports SPI bus.
 - This specification defines only master devices and transfers in 8-bit units.
-- The Chip Select (CS/SS) will be managed using `GPIO` functionality and is not defined within the `SPI` class.
+- The Chip Select (CS/SS) will be managed using GPIO functionality and is not defined within the SPI class.
 
 ---
 
@@ -11,7 +11,7 @@
 
 ### SPI.new( id=nil, *params )
 
-- Generates an `SPI` object by specifying the physical unit indicated by "id."
+- Generates an SPI object by specifying the physical unit indicated by "id."
 - "id" can be omitted when there is only one physical unit.
 
 Optional Parameters
@@ -44,7 +44,7 @@ Device-specific
 
 ### setmode( *params )
 
-- Changes the operating mode (parameters) of the `SPI`.
+- Changes the operating mode (parameters) of the SPI.
 - The parameters are specified according to the constructor.
 
 Example of use:
@@ -57,7 +57,7 @@ spi.setmode( mode:3 )
 
 ### read( read_bytes ) -> String
 
-- Reads data of `read_bytes` bytes from the SPI bus.
+- Reads data of read_bytes bytes from the SPI bus.
 - At the same time, data will be output as 0.
 
 Example of use:
@@ -70,8 +70,8 @@ data = spi.read( 32 )
 
 ### write( *outputs ) -> nil
 
-- Outputs data specified in `outputs` to the SPI bus.
-- `outputs` can be specified as an Integer, Array<Integer>, or String.
+- Outputs data specified in outputs to the SPI bus.
+- outputs can be specified as an Integer, Array<Integer>, or String.
 
 Example of use:
 
@@ -85,9 +85,9 @@ i2c.write( 0x02, 0xee, 0xad, 0x00, data_string )  # useful for EEPROM
 
 ### transfer( outputs, additional_read_bytes = 0 ) -> String
 
-- Outputs data specified in `outputs` to the SPI bus while simultaneously reading data (General-purpose transfer).
-- `outputs` can be specified as an Integer, Array<Integer>, or String.
-- If `additional_read_bytes` is specified, it will output 0x00 after the `outputs`.
+- Outputs data specified in outputs to the SPI bus while simultaneously reading data (General-purpose transfer).
+- outputs can be specified as an Integer, Array<Integer>, or String.
+- If additional_read_bytes is specified, it will output 0x00 after the outputs.
 
 Example of use:
 

mruby_io_UART_en.md

@@ -9,7 +9,7 @@
 
 ### UART.new( id=nil, *params )
 
-- Generates a `UART` object by specifying the physical unit indicated by "id."
+- Generates a UART object by specifying the physical unit indicated by "id."
 - The default parameter values follow the settings below if possible.
     - Baud rate: 9600
     - Data bits: 8 bits
@@ -63,7 +63,7 @@ Device-specific
 
 ### setmode( *params )
 
-- Changes the mode (parameters) of `UART`.
+- Changes the mode (parameters) of UART.
 - The parameter specification follows that of the constructor.
 
 Example of use:
@@ -76,7 +76,7 @@ uart1.setmode( bardrate:38400 )
 
 ### read( read_bytes ) -> String
 
-- Reads data of the specified number of bytes, `read_bytes`.
+- Reads data of the specified number of bytes, read_bytes.
 - If the specified number of bytes has not arrived, it will block until they arrive.
 
 Example of use:
@@ -87,7 +87,7 @@ val = uart1.read( 10 )
 
 Note
 
-- If you do not want to block, you can check the number of bytes that can be read in advance using the `bytes_available` method.
+- If you do not want to block, you can check the number of bytes that can be read in advance using the bytes_available method.
 
 ---
 
@@ -122,14 +122,14 @@ val = uart1.gets()
 
 Note
 
-- If you do not want to block, you can check if reading a line is possible in advance using the `can_read_line` method.
-- The maximum character length depends on the size of the read buffer. If the buffer becomes full with data that does not contain a newline character, it will not be possible to read using `gets`.
+- If you do not want to block, you can check if reading a line is possible in advance using the can_read_line method.
+- The maximum character length depends on the size of the read buffer. If the buffer becomes full with data that does not contain a newline character, it will not be possible to read using gets.
 
 ---
 
 ### puts( string ) -> nil
 
-- Sends one line and sends a newline code at the end of the argument `string`.
+- Sends one line and sends a newline code at the end of the argument string.
 - The newline code is LF only by default.
 
 Example of use:
@@ -219,7 +219,7 @@ uart1.clear_tx_buffer()
 ### send_break( time )
 
 - Sends a break signal.
-- The `time` is optional and specified in seconds.
+- The time is optional and specified in seconds.
 
 Example of use:
 
@@ -229,4 +229,4 @@ uart1.send_break( 0.1 )
 
 Device-specific
 
-- Depending on the hardware, `time` may be fixed (e.g., 12 bits) and cannot be changed.
+- Depending on the hardware, time may be fixed (e.g., 12 bits) and cannot be changed.