Hướng dẫn python for biologists - trăn cho các nhà sinh vật học
Một tập hợp các tập với video, mã và bài tập để học những điều cơ bản của ngôn ngữ lập trình Python thông qua các ví dụ về bộ gen. Show Lời chào hỏi! Cảm ơn bạn đã tham gia cùng chúng tôi. Giới thiệu về PythonChào mừng# ------------------------------------------------------------------ # File name: welcome.py # # A line starting with # character is a comment and not interpreted # by Python. Use comments liberally in your codes. # # This is a customary first program to test if your computer is ready # for Python. Our program will simply print: # Welcome to Python for Biologists! # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # http://www.python.org # https://www.python.org/about/gettingstarted/ # ------------------------------------------------------------------ print('Welcome to Python for Biologists!')[csc210@boston myPython]$ python3 welcome.py Welcome to Python for Biologists! Bắt đầu# ------------------------------------------------------------------- # File name: beginnings.py # # Variable names in Python start with a letter followed by # combination of letters, digits or underscore (no white spaces). # # Four of the basic variable types in Python are # numeric (integers and floats), string, list, and tuple. # The code below introduces examples of these variable types. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/tutorial/introduction.html#an-informal-introduction-to-python # https://www.ncbi.nlm.nih.gov/nuccore/U00096 # https://en.wikipedia.org/wiki/Chargaff%27s_rules # ------------------------------------------------------------------ # String variable organism = "Escherichia coli" # NCBI accession number U00096 strain = 'str. K-12 substr. MG1665' print("DEFINITION: " + organism + " " + strain) # Integer variable number_of_bps = 4641652 print('Number of base pairs:', number_of_bps) # Float variable percent_A = 24.7 percent_T = 23.6 # List variable percents_AGCT = [percent_A, 26.0, 25.7, percent_T] print("[A, G, C, T] =", percents_AGCT) # Computing ratios A/T and G/C ratio_AT = percent_A / percent_T ratio_GC = percents_AGCT[1] / percents_AGCT[2] # Tuple variable E_Coli = (organism, ratio_AT, ratio_GC) print(E_Coli)[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727) In# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.142 Có lỗi# ------------------------------------------------------------------ # File name: buggy.py # This short Python code contains a number of interntional bugs. Correct # them with the help of the error messages. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://americanhistory.si.edu/collections/search/object/nmah_334663 # https://en.wikipedia.org/wiki/Software_bug # ------------------------------------------------------------------ human genes = 20,000 protein-name = "GFP'; print('You have', human_genes, 'genes') print("protein-name stands for green fluorescent protein")[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent
Loại dữ liệuSố[csc210@boston myPython]$ python3 welcome.py Welcome to Python for Biologists!4[csc210@boston myPython]$ python3 welcome.py Welcome to Python for Biologists!5 Dây[csc210@boston myPython]$ python3 welcome.py Welcome to Python for Biologists!6[csc210@boston myPython]$ python3 welcome.py Welcome to Python for Biologists!7 Danh sách[csc210@boston myPython]$ python3 welcome.py Welcome to Python for Biologists!8[csc210@boston myPython]$ python3 welcome.py Welcome to Python for Biologists!9 Tuple# ------------------------------------------------------------------- # File name: beginnings.py # # Variable names in Python start with a letter followed by # combination of letters, digits or underscore (no white spaces). # # Four of the basic variable types in Python are # numeric (integers and floats), string, list, and tuple. # The code below introduces examples of these variable types. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/tutorial/introduction.html#an-informal-introduction-to-python # https://www.ncbi.nlm.nih.gov/nuccore/U00096 # https://en.wikipedia.org/wiki/Chargaff%27s_rules # ------------------------------------------------------------------ # String variable organism = "Escherichia coli" # NCBI accession number U00096 strain = 'str. K-12 substr. MG1665' print("DEFINITION: " + organism + " " + strain) # Integer variable number_of_bps = 4641652 print('Number of base pairs:', number_of_bps) # Float variable percent_A = 24.7 percent_T = 23.6 # List variable percents_AGCT = [percent_A, 26.0, 25.7, percent_T] print("[A, G, C, T] =", percents_AGCT) # Computing ratios A/T and G/C ratio_AT = percent_A / percent_T ratio_GC = percents_AGCT[1] / percents_AGCT[2] # Tuple variable E_Coli = (organism, ratio_AT, ratio_GC) print(E_Coli)0# ------------------------------------------------------------------- # File name: beginnings.py # # Variable names in Python start with a letter followed by # combination of letters, digits or underscore (no white spaces). # # Four of the basic variable types in Python are # numeric (integers and floats), string, list, and tuple. # The code below introduces examples of these variable types. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/tutorial/introduction.html#an-informal-introduction-to-python # https://www.ncbi.nlm.nih.gov/nuccore/U00096 # https://en.wikipedia.org/wiki/Chargaff%27s_rules # ------------------------------------------------------------------ # String variable organism = "Escherichia coli" # NCBI accession number U00096 strain = 'str. K-12 substr. MG1665' print("DEFINITION: " + organism + " " + strain) # Integer variable number_of_bps = 4641652 print('Number of base pairs:', number_of_bps) # Float variable percent_A = 24.7 percent_T = 23.6 # List variable percents_AGCT = [percent_A, 26.0, 25.7, percent_T] print("[A, G, C, T] =", percents_AGCT) # Computing ratios A/T and G/C ratio_AT = percent_A / percent_T ratio_GC = percents_AGCT[1] / percents_AGCT[2] # Tuple variable E_Coli = (organism, ratio_AT, ratio_GC) print(E_Coli)1 Từ điển# ------------------------------------------------------------------- # File name: beginnings.py # # Variable names in Python start with a letter followed by # combination of letters, digits or underscore (no white spaces). # # Four of the basic variable types in Python are # numeric (integers and floats), string, list, and tuple. # The code below introduces examples of these variable types. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/tutorial/introduction.html#an-informal-introduction-to-python # https://www.ncbi.nlm.nih.gov/nuccore/U00096 # https://en.wikipedia.org/wiki/Chargaff%27s_rules # ------------------------------------------------------------------ # String variable organism = "Escherichia coli" # NCBI accession number U00096 strain = 'str. K-12 substr. MG1665' print("DEFINITION: " + organism + " " + strain) # Integer variable number_of_bps = 4641652 print('Number of base pairs:', number_of_bps) # Float variable percent_A = 24.7 percent_T = 23.6 # List variable percents_AGCT = [percent_A, 26.0, 25.7, percent_T] print("[A, G, C, T] =", percents_AGCT) # Computing ratios A/T and G/C ratio_AT = percent_A / percent_T ratio_GC = percents_AGCT[1] / percents_AGCT[2] # Tuple variable E_Coli = (organism, ratio_AT, ratio_GC) print(E_Coli)2# ------------------------------------------------------------------- # File name: beginnings.py # # Variable names in Python start with a letter followed by # combination of letters, digits or underscore (no white spaces). # # Four of the basic variable types in Python are # numeric (integers and floats), string, list, and tuple. # The code below introduces examples of these variable types. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/tutorial/introduction.html#an-informal-introduction-to-python # https://www.ncbi.nlm.nih.gov/nuccore/U00096 # https://en.wikipedia.org/wiki/Chargaff%27s_rules # ------------------------------------------------------------------ # String variable organism = "Escherichia coli" # NCBI accession number U00096 strain = 'str. K-12 substr. MG1665' print("DEFINITION: " + organism + " " + strain) # Integer variable number_of_bps = 4641652 print('Number of base pairs:', number_of_bps) # Float variable percent_A = 24.7 percent_T = 23.6 # List variable percents_AGCT = [percent_A, 26.0, 25.7, percent_T] print("[A, G, C, T] =", percents_AGCT) # Computing ratios A/T and G/C ratio_AT = percent_A / percent_T ratio_GC = percents_AGCT[1] / percents_AGCT[2] # Tuple variable E_Coli = (organism, ratio_AT, ratio_GC) print(E_Coli)3
Thao tác chuỗiChiều dài[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727)3[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727)4 Kết nối[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727)5[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727)6 Tìm thấy[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727)7[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727)8 Lát cắt[csc210@boston myPython]$ python3 beginnings.py DEFINITION: Escherichia coli str. K-12 substr. MG1665 Number of base pairs: 4641652 [A, G, C, T] = [24.7, 26.0, 25.7, 23.6] ('Escherichia coli', 1.0466101694915253, 1.0116731517509727)9# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))0 Dịch# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))1# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))2 Đảo ngược# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))3# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))4 Thay thế# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))5# ------------------------------------------------------------------ # File name: print.py # # print(*objects, sep=' ', end='\n', file=sys.stdout, flush=False) # The print() function writes the value of the argument(s) it is given. # It handles multiple arguments, floating point quantities, and strings. # Strings are printed without quotes, and a space is inserted between items. # The keyword argument end can be used to avoid the newline (\n) after the output # or end the output with a different string. # # You can escape (overrule its special meaning) a character by # prefixing it with backslash \ # # The code below illustrates some of the basic usages of the print() function. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://docs.python.org/3/library/functions.html#print # https://docs.python.org/3/library/stdtypes.html#printf-style-string-formatting # https://en.wikipedia.org/wiki/ASCII # ------------------------------------------------------------------ import math human_genes = 20000 print('You have', human_genes, 'genes') print() # Replacing \n with a string print('You have', end =' ') print(human_genes, end = '? ') print('genes') # Spreading over lines print('You have', human_genes, 'genes') # Escaping with \ and string concatenation print('You have ' + '\'' + str(human_genes) + '\'' + ' genes') # printf style string formatting print('The value of pi is %10s %5.3f' %('--->', math.pi)) print(chr(7))6
Điều kiện và vòng lặpNếu khác[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1422[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1423 Nếu Elif[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1424[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1425 Trong khi[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1426[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1427 Vì[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1428[csc210@boston myPython]$ python3 print.py You have 20000 genes You have 20000? genes You have 20000 genes You have '20000' genes The value of pi is ---> 3.1429 Phạm vi# ------------------------------------------------------------------ # File name: buggy.py # This short Python code contains a number of interntional bugs. Correct # them with the help of the error messages. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://americanhistory.si.edu/collections/search/object/nmah_334663 # https://en.wikipedia.org/wiki/Software_bug # ------------------------------------------------------------------ human genes = 20,000 protein-name = "GFP'; print('You have', human_genes, 'genes') print("protein-name stands for green fluorescent protein")0# ------------------------------------------------------------------ # File name: buggy.py # This short Python code contains a number of interntional bugs. Correct # them with the help of the error messages. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://americanhistory.si.edu/collections/search/object/nmah_334663 # https://en.wikipedia.org/wiki/Software_bug # ------------------------------------------------------------------ human genes = 20,000 protein-name = "GFP'; print('You have', human_genes, 'genes') print("protein-name stands for green fluorescent protein")1 Đếm với từ điển# ------------------------------------------------------------------ # File name: buggy.py # This short Python code contains a number of interntional bugs. Correct # them with the help of the error messages. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://americanhistory.si.edu/collections/search/object/nmah_334663 # https://en.wikipedia.org/wiki/Software_bug # ------------------------------------------------------------------ human genes = 20,000 protein-name = "GFP'; print('You have', human_genes, 'genes') print("protein-name stands for green fluorescent protein")2# ------------------------------------------------------------------ # File name: buggy.py # This short Python code contains a number of interntional bugs. Correct # them with the help of the error messages. # # Version: 2.1 # Authors: H. Kocak and B. Koc # University of Miami and Stetson University # References: # https://americanhistory.si.edu/collections/search/object/nmah_334663 # https://en.wikipedia.org/wiki/Software_bug # ------------------------------------------------------------------ human genes = 20,000 protein-name = "GFP'; print('You have', human_genes, 'genes') print("protein-name stands for green fluorescent protein")3
Tiện íchArgv[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent1[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent2 Đầu vào[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent3[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent4 Try/except[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent5[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent6 Hàm số[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent7[csc210@boston myPython]$ python3 buggy.py File "buggy.py", line 4 This short Python code contains a number of interntional bugs. Correct ^ IndentationError: unexpected indent8
Các tập tinGhi vào tệp__ | \ |\ | /\ |__/ | \| /--\2__ | \ |\ | /\ |__/ | \| /--\3 Đọc từ tập tin__ | \ |\ | /\ |__/ | \| /--\4__ | \ |\ | /\ |__/ | \| /--\5 Đọc tệp Fasta__ | \ |\ | /\ |__/ | \| /--\6__ | \ |\ | /\ |__/ | \| /--\7
Biểu cảm thường xuyênTìm kiếm mô -đun# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']0# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']1 Các nhóm tìm kiếm họa tiết# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']2# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']3 Motif tìm thấy tất cả# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']4# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']5 Motif tìm ITER# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']6# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']7 Tương tác tìm kiếm họa tiết# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']8# Please correct my errors. first_10_bp = "gggtgcgacg' second 10_bp = "attcattgtt" gene = first_10-bp + second 10_bp print('The first 20 bp of BRAC2 gene are gene']9
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