bubbles screensaver

bottom up: Any Light Bubble scanned to a violation of this principle will make it "float" up ". This is repeated until the last two bubbles are light and heavy.(1) initialR [1. n] is an unordered area.(2) First scanThe weights of two adjacent bubbles are compared from the bottom of the unordered area to the top. If the light bubbles are found to be in the lower

]> a [I + 1]){Temp = a [I];A [I] = a [I + 1];A [I + 1] = temp ;}}For (I = 1; I Printf ("% 5d,", a [I]);Printf ("\ n ");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and

exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot

Sorting Main (){Int I, j, temp;Int a [10];For (I = 0; I Scanf ("% d,", a [I]);For (j = 0; j {For (I = 0; I If (a [I]> a [I + 1]){Temp = a [I];A [I] = a [I + 1];A [I + 1] = temp ;}}For (I = 1; I Printf ("% 5d,", a [I]);Printf ("\ n ");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged

it "float" up ". This is repeated until the last two bubbles are light and heavy.(1) initialR [1. n] is an unordered area.(2) First scanThe weights of two adjacent bubbles are compared from the bottom of the unordered area to the top. If the light bubbles are found to be in the lower and severe bubbles, the positions

called. A simple program of C language Bubble Sorting Main (){Int I, j, temp;Int a [10];For (I = 0; I Scanf ("% d,", a [I]);For (j = 0; j {For (I = 0; I If (a [I]> a [I + 1]){Temp = a [I];A [I] = a [I + 1];A [I + 1] = temp ;}}For (I = 1; I Printf ("% 5d,", a [I]);Printf ("\ n ");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records i

of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot be under a heavy bubble, scan the array R from the bottom up: Any Light Bubble scanned to a viola

of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot be under a heavy bubble, scan the array R from

");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is

file: Thank you! A simple program of C language Bubble Sorting Main (){Int I, j, temp;Int a [10];For (I = 0; I Scanf ("% d,", a [I]);For (j = 0; j {For (I = 0; I If (a [I]> a [I + 1]){Temp = a [I];A [I] = a [I + 1];A [I + 1] = temp ;}}For (I = 1; I Printf ("% 5d,", a [I]);Printf ("\ n ");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the

exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot

concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot be under a heavy bubble, scan the array R from the bottom up: Any Light Bubble scanned to a violation of this principle will make it "float" up ". This is repeated until the last two

+ 1];A [I + 1] = temp ;}}For (I = 1; I Printf ("% 5d,", a [I]);Printf ("\ n ");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting

,", a [I]);For (j = 0; j {For (I = 0; I If (a [I]> a [I + 1]){Temp = a [I];A [I] = a [I + 1];A [I + 1] = temp ;}}For (I = 1; I Printf ("% 5d,", a [I]);Printf ("\ n ");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of applica

. A simple program of C language Bubble Sorting Main (){Int I, j, temp;Int a [10];For (I = 0; I Scanf ("% d,", a [I]);For (j = 0; j {For (I = 0; I If (a [I]> a [I + 1]){Temp = a [I];A [I] = a [I + 1];A [I + 1] = temp ;}}For (I = 1; I Printf ("% 5d,", a [I]);Printf ("\ n ");}--------------Bubble AlgorithmAlgorithm Analysis and Improvement of Bubble SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the o

SortingThe basic idea of exchanging sorting is to compare the keywords of the records to be sorted in pairs. If the order of the two records is the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle th

concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot be under a heavy bubble, scan the array R from the bottom up: Any Light Bubble scanned to a violation of this principle will make it "float" up ". This is repeated until the last two

the opposite, the two records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot be under a heavy bubble, scan the array R from the bottom up: Any Light Bubble scanned to a violation of this principle

records are exchanged until there is no reverse order record.The basic concepts of application exchange sorting include Bubble sorting and quick sorting.Bubble Sorting1. Sorting MethodVertically arrange the sorted record array R [1. n]. Each record R is considered as a bubble with the weight of R. key. According to the principle that a Light Bubble cannot be under a heavy bubble, scan the array R from the bottom up: Any Light Bubble scanned to a violation of this principle will make it "float"

principle will make it "float" up ". This is repeated until the last two bubbles are light and heavy.(1) initialR [1. n] is an unordered area.(2) First scanThe weights of two adjacent bubbles are compared from the bottom of the unordered area to the top. If the light bubbles are found to be in the lower and severe bubbles