1 The basic algorithm - Revision history

Sinovoip at 10:40, 21 February 2019

2019-02-21T10:40:46Z

← Older revision		Revision as of 10:40, 21 February 2019
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			[[File:Webduino_gif.gif\|thumb\|Overview: [[BPI-Bit]]]]
			[[File:Micropython3.png\|thumb\|[[1 Get the development suite]] ]]
			[[File:Micropython2.png\|thumb\|[[2 Wired connection board]] ]]
			[[File:Micropython2.png\|thumb\|[[3 Try burning the board]] ]]
			[[File:Micropython2.png\|thumb\|[[4 Hello, World!]] ]]
			[[File:Micropython2.png\|thumb\|[[5 Light up all kinds of LED]] ]]


			[[File:Micropython4.png\|thumb\|[[1 Auto series one key burn]] ]]
			[[File:Micropython2.png\|thumb\|[[2 ESPBlocks Beginner's only]] ]]
			[[File:Micropython2.png\|thumb\|[[3 Mpfshell details]] ]]
			[[File:Micropython2.png\|thumb\|[[4 Pycharm IDE programming]] ]]


			[[File:Micropython5.png\|thumb\|[[1. Panel scrolling text]] ]]
			[[File:Micropython2.png\|thumb\|[[2. Panel display images]] ]]
			[[File:Micropython2.png\|thumb\|[[3 Bottom IO port control]] ]]
			[[File:Micropython2.png\|thumb\|[[4 Panel key detection]] ]]
			[[File:Micropython2.png\|thumb\|[[5 Gets the board temperature]] ]]
			[[File:Micropython2.png\|thumb\|[[6 Play MIDI music]] ]]
			[[File:Micropython2.png\|thumb\|[[7 Photosensitive gesture]] ]]
			[[File:Micropython2.png\|thumb\|[[8. MPU-9250 9-axis sensor]] ]]
			[[File:Micropython2.png\|thumb\|[[9. Make a compass]] ]]
			[[File:Micropython2.png\|thumb\|[[10 Free to define gestures]] ]]
			[[File:Micropython2.png\|thumb\|[[11 Random number generator]] ]]
			[[File:Micropython2.png\|thumb\|[[12 S2m Scratch2]] ]]
			[[File:Micropython2.png\|thumb\|[[13 Codelab Scratch3]] ]]


			[[File:Micropython6.png\|thumb\|[[1 The basic algorithm]] ]]
			[[File:Micropython2.png\|thumb\|[[2 WiFI wireless connection]] ]]
			[[File:Micropython2.png\|thumb\|[[3 WiFI wireless programming]] ]]
			[[File:Micropython2.png\|thumb\|[[MQTT communication applications]]]]

	'''Implement the basic algorithm'''		'''Implement the basic algorithm'''

Sinovoip: /* Fibonacci sequence */

2019-02-21T06:44:24Z

Fibonacci sequence

← Older revision		Revision as of 06:44, 21 February 2019
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	[[File:Mpfshell16.png]]		[[File:Mpfshell16.png]]

			You can try to compute the relationship between the first term and the second term on your own.

			When you type a command in REPL, you are prompted to enter a value and press ok for input. For example, if I enter 5, the Fibonacci sequence of 5 items (0, 1, 1, 2, 3) is output.

Sinovoip: /* Fibonacci sequence */

2019-02-21T06:43:51Z

Fibonacci sequence

← Older revision		Revision as of 06:43, 21 February 2019
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	printfablist(int(input('please input a number:'))		printfablist(int(input('please input a number:'))

			[[File:Mpfshell16.png]]

Sinovoip: /* Enter the year to determine the leap year */

2019-02-21T06:43:10Z

Enter the year to determine the leap year

← Older revision		Revision as of 06:43, 21 February 2019
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	print("{0} not is leap year".format(year))		print("{0} not is leap year".format(year))

	~~first in the interpreter~~ using runfile main.py and then run it in ~~the~~ repl		using runfile main.py,Run it in the interpreter and then run commond in repl.

	is_leap_year(int(input("input a leap year ")))		is_leap_year(int(input("input a leap year ")))

Sinovoip: /* Fibonacci sequence */

2019-02-21T06:42:56Z

Fibonacci sequence

← Older revision		Revision as of 06:42, 21 February 2019
Line 47:		Line 47:
	print('')		print('')

	using runfile main.py and then run commond in repl.		using runfile main.py,Run it in the interpreter and then run commond in repl.

	printfablist(int(input('please input a number:'))		printfablist(int(input('please input a number:'))

Sinovoip: /* Fibonacci sequence */

2019-02-21T06:42:13Z

Fibonacci sequence

← Older revision		Revision as of 06:42, 21 February 2019
Line 46:		Line 46:
	print(fab(i),end = ' ')		print(fab(i),end = ' ')
	print('')		print('')

			using runfile main.py and then run commond in repl.

			printfablist(int(input('please input a number:'))

Sinovoip at 06:40, 21 February 2019

2019-02-21T06:40:33Z

← Older revision		Revision as of 06:40, 21 February 2019
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	=Fibonacci sequence=		=Fibonacci sequence=

			What is a Fibonacci sequence? What it means is that you have a sequence of 0, 1, 1, 2, 3, 5, 8, 13, and in particular, the 0th term is 0, and the first term is the first 1. Starting with the third term, each term is equal to the sum of the first two terms.

			The code is as follows :(can be placed in main.py)

			def fab(n):
			if n == 1:
			return 0
			if n == 2:
			return 1
			if n > 2:
			return fab(n-1) + fab(n-2)

			def printfablist(n):
			for i in range(1, n+1):
			print(fab(i),end = ' ')
			print('')

Sinovoip at 06:39, 21 February 2019

2019-02-21T06:39:33Z

← Older revision		Revision as of 06:39, 21 February 2019
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	*The year 2000 is leap year.		*The year 2000 is leap year.
	*You can also go ahead and type in more and have it tell you which year is a leap year.		*You can also go ahead and type in more and have it tell you which year is a leap year.

			When you type a command in REPL, you are prompted to enter a value, and press ok to confirm the input.

			=Fibonacci sequence=

Sinovoip at 06:38, 21 February 2019

2019-02-21T06:38:19Z

← Older revision		Revision as of 06:38, 21 February 2019
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	[[File:Mpfshell17.png]]		[[File:Mpfshell17.png]]

			*The year 2004 is leap year.
			*The year 1999 is not leap year.
			*The year 2000 is leap year.
			*You can also go ahead and type in more and have it tell you which year is a leap year.

Sinovoip at 06:37, 21 February 2019

2019-02-21T06:37:05Z

← Older revision		Revision as of 06:37, 21 February 2019
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	The code is as follows :(can be placed in main.py):		The code is as follows :(can be placed in main.py):
	def is_leap_year(year):		def is_leap_year(year):
	if (year % 4) == 0 and (year % 100) != 0 or (year % 400) == 0:		if (year % 4) == 0 and (year % 100) != 0 or (year % 400) == 0:
	print("{0} is leap year".format(year))		print("{0} is leap year".format(year))
	else:		else:
	print("{0} not is leap year".format(year))		print("{0} not is leap year".format(year))

	first in the interpreter using runfile main.py and then run it in the repl		first in the interpreter using runfile main.py and then run it in the repl

← Older revision		Revision as of 10:40, 21 February 2019
Line 1:		Line 1:
			[[File:Webduino_gif.gif\|thumb\|Overview: [[BPI-Bit]]]]
			[[File:Micropython3.png\|thumb\|[[1 Get the development suite]] ]]
			[[File:Micropython2.png\|thumb\|[[2 Wired connection board]] ]]
			[[File:Micropython2.png\|thumb\|[[3 Try burning the board]] ]]
			[[File:Micropython2.png\|thumb\|[[4 Hello, World!]] ]]
			[[File:Micropython2.png\|thumb\|[[5 Light up all kinds of LED]] ]]


			[[File:Micropython4.png\|thumb\|[[1 Auto series one key burn]] ]]
			[[File:Micropython2.png\|thumb\|[[2 ESPBlocks Beginner's only]] ]]
			[[File:Micropython2.png\|thumb\|[[3 Mpfshell details]] ]]
			[[File:Micropython2.png\|thumb\|[[4 Pycharm IDE programming]] ]]


			[[File:Micropython5.png\|thumb\|[[1. Panel scrolling text]] ]]
			[[File:Micropython2.png\|thumb\|[[2. Panel display images]] ]]
			[[File:Micropython2.png\|thumb\|[[3 Bottom IO port control]] ]]
			[[File:Micropython2.png\|thumb\|[[4 Panel key detection]] ]]
			[[File:Micropython2.png\|thumb\|[[5 Gets the board temperature]] ]]
			[[File:Micropython2.png\|thumb\|[[6 Play MIDI music]] ]]
			[[File:Micropython2.png\|thumb\|[[7 Photosensitive gesture]] ]]
			[[File:Micropython2.png\|thumb\|[[8. MPU-9250 9-axis sensor]] ]]
			[[File:Micropython2.png\|thumb\|[[9. Make a compass]] ]]
			[[File:Micropython2.png\|thumb\|[[10 Free to define gestures]] ]]
			[[File:Micropython2.png\|thumb\|[[11 Random number generator]] ]]
			[[File:Micropython2.png\|thumb\|[[12 S2m Scratch2]] ]]
			[[File:Micropython2.png\|thumb\|[[13 Codelab Scratch3]] ]]


			[[File:Micropython6.png\|thumb\|[[1 The basic algorithm]] ]]
			[[File:Micropython2.png\|thumb\|[[2 WiFI wireless connection]] ]]
			[[File:Micropython2.png\|thumb\|[[3 WiFI wireless programming]] ]]
			[[File:Micropython2.png\|thumb\|[[MQTT communication applications]]]]

	'''Implement the basic algorithm'''		'''Implement the basic algorithm'''