Thread View: cn.personal.tobby
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Started by mavang2
Wed, 26 May 2004 12:06
宇宙的真实结构
Author: mavang2
Date: Wed, 26 May 2004 12:06
Date: Wed, 26 May 2004 12:06
1583 lines
77356 bytes
77356 bytes
���� ����ܡ�
���������:��ȫ������ҳ֮��Ȩ��
������֮��ַ��:
http://mavang2.tripod.com/square/index.html
��ӭ���� mailto:zyeks@excite.com
���ǻ����,��ҵ�����76��,
�����72����76��Ͷ�����ɽ��ѧ���ϵ,У�����������,���������������Ժ��,
����( ����IJ��𡢰���˹̹)˵�ķ�����������!ֻ���һ����������Ҫ˵�IJ��Ǿ���Բ��!
�ҽ�Ҫ��˵�������ʵ�ṹ,
�ܾ���Բ�����һ�е���ѧ!
�ҽ������ѧ����'squares theory'('��������'),
���������к���'ͼʾ'��'����'������,
��������֮�������binary(��Ԫ��),
��Ԫ֮�����DZ˴�complementary��(�˴��෴��,�˴˲����),
����,��������������binary(��Ԫ��),�����DZ˴�complementary��(�˴��෴��,�˴˲����),
����,��Ԫ֮���߱˴�'�ض�'�Ǵ���ƽ��ranking(��λ,���,��λ)!
���,�����������߱˴�'�ض�'�Ǵ���ƽ��ranking(��λ,���,��λ)!
squares theory�϶�˵:
'һ������ƽ��!����������Ǹ�����֮�ֱ�����ֱ�!
����������Ǹ�����ͬ����ƽ�ȵ������λranking!'
'һ����ƽ��!��������Ǹ���֮�ֱ�����ֱ�!
��������Ǹ���ͬ����ƽ�ȵ�����λranking!'
���ټ���һ��:binary֮�����DZ˴�complementary��,���Ǵ���ƽ��ranking!
ÿһ��square��Ȼ���ı�,�ҹ涨ÿһ�ߵı߳�(֮���ֵ)һ����1!
���ÿһ��square�����1,
һ��square����������'С����'��ָ��һ���������ϵ
���ض���Ƭ��֮'ʱ'(time)��
���ض�������֮'��'(site)
��'��',
�ҹ涨�úڰ���ɫ���������С����,
'��'ֻ������,���Ǻڰ�����С����,
��Ȼ,�����ַ�(��ڰ�����С����)֮�����DZ˴�complementary��,
һ��square��֮С���ε�'����'��Ȼֻ������,
����һ��square��֮�ڰ�С����֮'��Ŀ'����,
��ɫС����֮����ܺ�һ����1/2,
��ɫС����֮����ܺ�һ����1/2,
����֮
'ʱ'��һ�������'��֮Ƭ�̺���֮Ƭ��֮�е�'�κ�Ƭ��֮ʱ,
����֮
'��'��һ����ϵ��'��֮����Ͷ�֮����֮�е�'�κ�����֮��,
square���õѿ������ϵ����ʾ��'ʱ'(time)��'��'(site),
�ҹ涨
square֮�����½DZ������ڵѿ������ϵ֮(0,0)��,
square֮���±߱�����ѿ������ϵ֮+X axis �ص�,��+X axis��(0,0)����(1,0)��,
square֮����߱�����ѿ������ϵ֮+Y axis �ص�,��+Y axis��(0,0)����(0,1)��,
�ҹ涨
+X axis��t axis,t��time,from 0 to 1,
+Y axis��s axis,s��site,from 0 to 1,
square�ı�֮����-
�����:t=0,time����һ���������֮Ƭ��,s(site)����from 0 to 1,�˱���from(0,0)��to(0,1)��,
���ұ�:t=1,time����һ���������֮Ƭ��,s(site)����from 0 to 1,�˱���from(1,0)��to(1,1)��,
���±�:s=0,site����һ����ϵ�ĵ�֮����,t(time)����from 0 to 1,�˱���from(0,0)��to(1,0)��,
���ϱ�:s=1,site����һ����ϵ�Ķ�֮����,t(time)����from 0 to 1,�˱���from(0,1)��to(1,1)��,
ע��:s��t֮'���ֵ'����from 0 to 1,����'ʵ��ֵ'��ʵ��֮'������ٳ�'��'��ϵ�����'��,
X_1 square֮ͼʾ:��[ͼʾx1]
Y_1 square֮ͼʾ:��[ͼʾy1]
[ͼʾx1]:
http://mavang2.tripod.com/square/x1.bmp
Y-axis
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|________________________________________________________________|_X-axis
(0,0) (1,0)
[ͼʾy1]:
http://mavang2.tripod.com/square/y1.bmp
Y-axis
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|(0,1) (1,1)
|________________________________________________________________
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|________________________________________________________________|_X-axis
(0,0) (1,0)
The higher ranking formula:
X_(n+1)=X_n.Y_n. ;
Y_(n+1)=Y_n+X_n+ ;
for n=1 to positive infinity ;
��Ħ����:
(.)'=(+) ;
(+)'=(.) ;
(X_n)'=(Y_n) ;
(Y_n)'=(X_n) ;
[X_(n+1)]'=[X_n.Y_n.]'= Y_n+X_n+ = Y_(n+1) ;
[Y_(n+1)]'=[Y_n+X_n+]'= X_n.Y_n. = X_(n+1) ;
����:
X_2=X_1.Y_1. ,
Y_2=Y_1+X_1+ ,
X_3=X_2.Y_2. ,
Y_3=Y_2+X_2+ ,
X_4=X_3.Y_3. ,
Y_4=Y_3+X_3+ ,
�Դ�����,����,����recursive(�ݹ��,������,ѭ����)����,
��Ԫ֮���߱˴�'�ض�'�Ǵ���ƽ��ranking(��λ,���,��λ),
����X_2��Y_2�Ƕ�Ԫ֮����,�DZ˴�complementary��(�˴��෴��,�˴˲����),
�˴�'�ض�'�Ǵ���ƽ��ranking(��λ,���,��λ),
����(n+1)��n�Ƚ�ʱ,
X_(n+1)��Y_(n+1)���ϼ�,higher ranking,
X_n ��Y_n ���¼�,lower ranking,
�ϼ����¼��Dz�ƽ�ȵ�,
�ϼ�,higher ranking�Ĺ�λ�Ƚϸ�,
�¼�,lower ranking�Ĺ�λ�Ƚϵ�,
������Ҫ����
{
X_2=X_1.Y_1.
}
֮����,���ȿ�X_2 square֮��������֮ͼʾ,
�⼸������֮ͼʾ�������[ͼʾx2],[ͼʾx2-2],[ͼʾx2-3]��,
[ͼʾx2]:
http://mavang2.tripod.com/square/x2.bmp
Y-axis
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|(0,1) (1/2,1) (1,1)
|_________________________________________________________________
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|________________________________|________________________________|_X-axis
(0,0) (1/2,0) (1,0)
[ͼʾx2-2]:
http://mavang2.tripod.com/square/x2-2.bmp
Y-axis
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|(0,1) (1/2,1) (1,1)
|_________________________________________________________________
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|________________________________|________________________________|_X-axis
(0,0) (1/2,0) (1,0)
[ͼʾx2-3]:
http://mavang2.tripod.com/square/x2-3.bmp
Y-axis
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|(0,1) (1/4,1) (1/2,1) (3/4,1) (1,1)
|___________________________________________________________________
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| black | white | black | white |
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|________________|________________|________________|________________|_X-axis
(0,0) (1/4,0) (1/2,0) (3/4,0) (1,0)
�������[ͼʾx2]��[ͼʾx2-2]��[ͼʾx2-3]��X_2 square֮��,��
��ɫ���ε�Ȼ������(ȫ�ڵ�)X_1 square,
��ɫ���ε�Ȼ������(ȫ��)Y_1 square,
X_2 square��������������������:
��һ,X_2 square֮��,
ÿ����ɫ����,��time���ֲܷ��ں�ʱ,��site�ֲ������from 0 to 1����,
ÿ����ɫ����,��time���ֲܷ��ں�ʱ,��site�ֲ������from 0 to 1����,
�ڶ�,X_2 square֮��,
��ɫ��������ܺ�һ����1/2,
��ɫ��������ܺ�һ����1/2,
ֻҪ�Ǻ�������������ص�square,�㶼�Ǵ��
{
X_2=X_1.Y_1.
}
֮X_2 square!
[ͼʾx2]��[ͼʾx2-2]��[ͼʾx2-3]������X_2 square����ƽ�ȵ�X_2 ranking!
������Ҫ����
{
Y_2=Y_1+X_1+
}
֮����,���ȿ�Y_2 square֮��������֮ͼʾ,
�⼸������֮ͼʾ�������[ͼʾy2],[ͼʾy2-2],[ͼʾy2-3]��,
[ͼʾy2]:
http://mavang2.tripod.com/square/y2.bmp
Y-axis
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|(0,1) (1,1)
|________________________________________________________________
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| black |
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|________________________________________________________________|(1,1/2)
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|________________________________________________________________|_X-axis
(0,0) (1,0)
[ͼʾy2-2]:
http://mavang2.tripod.com/square/y2-2.bmp
Y-axis
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|________________________________________________________________
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|________________________________________________________________|_X-axis
(0,0) (1,0)
[ͼʾy2-3]:
http://mavang2.tripod.com/square/y2-3.bmp
Y-axis
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|________________________________________________________________
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|________________________________________________________________|(1,3/4)
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|________________________________________________________________|(1,1/2)
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|________________________________________________________________|(1,1/4)
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|________________________________________________________________|_X-axis
(0,0) (1,0)
�������[ͼʾy2]��[ͼʾy2-2]��[ͼʾy2-3]��Y_2 square֮��,��
��ɫ���ε�Ȼ������(ȫ�ڵ�)X_1 square,
��ɫ���ε�Ȼ������(ȫ��)Y_1 square,
Y_2 square��������������������:
��һ,Y_2 square֮��,
ÿ����ɫ����,��site���ֲܷ��ںδ�,��time�ֲ������from 0 to 1����,
ÿ����ɫ����,��site���ֲܷ��ںδ�,��time�ֲ������from 0 to 1����,
�ڶ�,Y_2 square֮��,
��ɫ��������ܺ�һ����1/2,
��ɫ��������ܺ�һ����1/2,
ֻҪ�Ǻ�������������ص�square,�㶼�Ǵ��
{
Y_2=Y_1+X_1+
}
֮Y_2 square!
[ͼʾy2]��[ͼʾy2-2]��[ͼʾy2-3]������Y_2 square����ƽ�ȵ�Y_2 ranking!
������Ҫ˵��ο���square����֮��,
��[ͼʾy2]Y_2 square������,
���趨
X_1 square��'����',
Y_1 square��'����',
��
Y_2 square֮�����ɫ���δ��:
��һ������֮��,��һ����ϵ֮�°봦,�������'����'֮��,
Y_2 square֮�����ɫ���δ��:
��һ������֮��,��һ����ϵ֮�ϰ봦,�������'����'֮��,
���˵�����з���𡢱���𡢻��������,
Y_2 square���ijһ�ַ���,
����Y_2 square�Ƿ�Ϊ�����,�������,
X_2 square֮ͼʾ:��[ͼʾx2],
Y_2 square֮ͼʾ:��[ͼʾy2],
[ͼʾx2]:
http://mavang2.tripod.com/square/x2.bmp
Y-axis
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|(0,1) (1/2,1) (1,1)
|_________________________________________________________________
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|________________________________|________________________________|_X-axis
(0,0) (1/2,0) (1,0)
[ͼʾy2]:
http://mavang2.tripod.com/square/y2.bmp
Y-axis
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|________________________________________________________________
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|________________________________________________________________|(1,1/2)
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|________________________________________________________________|_X-axis
(0,0) (1,0)
X_3 square֮ͼʾ:��[ͼʾx3]
Y_3 square֮ͼʾ:��[ͼʾy3]
[ͼʾx3]:
http://mavang2.tripod.com/square/x3.bmp
Y-axis
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|(0,1) (1/4,1) (1/2,1) (1,1)
|__________________________________________________________________
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| | |________________________________|
| black | white | (1,1/2)|
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|________________|________________|________________________________|_X-axis
(0,0) (1,0)
[ͼʾy3]:
http://mavang2.tripod.com/square/y3.bmp
Y-axis
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|(0,1) (1/2,1) (1,1)
|_________________________________________________________________
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| black | white |
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|________________________________|________________________________|(1,1/2)
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|_________________________________________________________________|(1,1/4)
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|_________________________________________________________________|_X-axis
(0,0) (1,0)
����֮�ĸ�ͼʾ�����������ʾcomplementary������֮��ĸ�ϵ,
��Ҫ��X_3 square[ͼʾx3]��Y_3 square[ͼʾy3]������,
��Ȼ,X_3 square��Y_3 square�����DZ˴�complementary��,
��һ.
������X_3 square
��[ͼʾx3]
[ͼʾx3]:
http://mavang2.tripod.com/square/x3.bmp
Y-axis
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|(0,1) (1/4,1) (1/2,1) (1,1)
|__________________________________________________________________
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| | |________________________________|
| black | white | (1,1/2)|
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|________________|________________|________________________________|_X-axis
(0,0) (1,0)
�ڶ�.
��X_3 square
��ת����ת:
��ת�Ƕ�:
270��:
��[ͼʾc-1]
[ͼʾc-1]:
http://mavang2.tripod.com/square/c-1.bmp
Y-axis
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|(0,1) (1/2,1) (1,1)
|_________________________________________________________________
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| black | white |
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|________________________________|________________________________|(1,1/2)
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|_________________________________________________________________|(1,1/4)
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|_________________________________________________________________|_X-axis
(0,0) (1,0)
����.
��c-1 square
��ת����ת:
ˮƽ��ת:
��[ͼʾc-2]
[ͼʾc-2]:
http://mavang2.tripod.com/square/c-2.bmp
Y-axis
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|(0,1) (1/2,1) (1,1)
|_________________________________________________________________
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| white | black |
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|________________________________|________________________________|(1,1/2)
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|_________________________________________________________________|(1,1/4)
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|_________________________________________________________________|_X-axis
(0,0) (1,0)
����.
��c-2 square
ɫ�ʶԻ�:
��[ͼʾc-3]
[ͼʾc-3]:
http://mavang2.tripod.com/square/c-3.bmp
Y-axis
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|_________________________________________________________________
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| black | white |
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|________________________________|________________________________|(1,1/2)
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|_________________________________________________________________|(1,1/4)
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|_________________________________________________________________|_X-axis
(0,0) (1,0)
[ͼʾc-3]����Y_3 square!
����
(X_3)'=(Y_3) ,
(Y_3)'=(X_3) ,
������֮�ĸ�ͼʾ����,����ʹ��һ.�����е�Y_3 square,�ڵ���.�������γ�X_3 square!
�����:
������X_n,�����Y_n,
������Y_n,�����X_n,
��֪:��������������X_2��Y_2,��
X_2:����,���������������ĸо�,
Y_2:��,ŭ�������г�ª�ĸо�,
X_3:ħ,���ֵ�ħ����,
Y_3:��֧��,����ʹ��Ĺ?��,
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����X_1,Y_1�������ƺ��������,
��ʵ��,
X_1=X_0.Y_0. ,
Y_1=Y_0+X_0+ ,
X_0=X_-1.Y_-1. ,
Y_0=Y_-1+X_-1+ ,
X_-1=X_-2.Y_-2. ,
Y_-1=Y_-2+X_-2+ ,
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--
[ͼʾx2],[ͼʾx2-2],[ͼʾx2-3]�����Դ��X_2,����ֻ��[ͼʾx2]�ܱ�����X_2֮'��������',
[ͼʾx2-2]��[ͼʾx2-3]������X_2֮'��������',
ÿ��X_nֻ��һ��'��������',ÿ��Y_nֻ��һ��'��������',
for n=negative infinity to positive infinity.
��Ӧ�ڵ�������,��Ҫ����'Z����'(Z function),Z����֮'������'(domain)��D,
D={(x,y)|0С�ڵ���xС��1 and 0С�ڵ���yС��1 and x is real number and y is real
number.}
Z����֮'ֵ'(value)ֻ����-1/2��+1/2!
��Z����֮��������D,
��Z����û��ֵ,��0����x,��1С�ڵ���x,��0����y,��1С�ڵ���y,
Z_X_n��һ��'Z����',
If n=1,Z_X_n(x,y)=Z_X_1(x,y)=-1/2,for ALL points in D,
Z_Y_n��һ��'Z����',
If n=1,Z_Y_n(x,y)=Z_Y_1(x,y)=+1/2,for ALL points in D,
��X_1 square��ȫ�ڵ�����,����Z_X_1(x,y)=-1/2,��
ÿ��X_n֮����������֮��ɫ����������֮ALL points֮Z����ֵ֮,����-1/2,
ÿ��Y_n֮����������֮��ɫ����������֮ALL points֮Z����ֵ֮,����-1/2,
for n=2 to positive infinity.
��Y_1 square��ȫ������,����Z_Y_1(x,y)=+1/2,��
ÿ��X_n֮����������֮��ɫ����������֮ALL points֮Z����ֵ֮,����+1/2,
ÿ��Y_n֮����������֮��ɫ����������֮ALL points֮Z����ֵ֮,����+1/2,
for n=2 to positive infinity.
��X_(n+1)=X_n.Y_n.
�� Z_X_(n+1)(x,y)=Z_X_n(2x,y)+Z_Y_n(2x-1,y),
If n=1 and 0С�ڵ���xС��1/2 and
0С�ڵ���yС��1,Z_X_(n+1)(x,y)=Z_X_n(2x,y)=Z_X_1(2x,y)= -1/2.
If n=1 and 1/2С�ڵ���xС��1 and
0С�ڵ���yС��1,Z_X_(n+1)(x,y)=Z_Y_n(2x-1,y)=Z_Y_1(2x-1,y)=+1/2.
��Y_(n+1)=Y_n+X_n+
�� Z_Y_(n+1)(x,y)=Z_Y_n(x,2y)+Z_X_n(x,2y-1),
If n=1 and 0С�ڵ���yС��1/2 and
0С�ڵ���xС��1,Z_Y_(n+1)(x,y)=Z_Y_n(x,2y)=Z_Y_1(x,2y)= +1/2.
If n=1 and 1/2С�ڵ���yС��1 and
0С�ڵ���xС��1,Z_Y_(n+1)(x,y)=Z_X_n(x,2y-1)=Z_X_1(x,2y-1)=-1/2.
����,
��
X_(n+2)=X_(n+1).Y_(n+1).
��
Z_X_(n+2)(x,y)=
Z_X_(n+1)(2x,y)+Z_Y_(n+1)(2x-1,y)=
[Z_X_n(4x,y)+Z_Y_n(4x-1,y)]+[Z_Y_n(2x-1,2y)+Z_X_n(2x-1,2y-1)],
��n=1,X_(n+2)=X_3,[ͼʾx3]��X_3֮��������,
(1).
If 0С�ڵ���xС��1/4 and 0С�ڵ���yС��1,then 0С�ڵ���4xС��1 and 0С�ڵ���yС��1,
Z_X_3(x,y)=Z_X_(n+2)(x,y)=Z_X_n(4x,y)=Z_X_1(4x,y)=-1/2.
��[ͼʾx3]��,
{(x,y)|0С�ڵ���xС��1/4 and 0С�ڵ���yС��1}
�Ǵ���߿�ʼ�����һ����ɫ��������,
�������Ǻ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����-1/2,
(2).
If 1/4С�ڵ���xС��1/2 and 0С�ڵ���yС��1,then 0С�ڵ���4x-1С��1 and 0С�ڵ���yС��1,
Z_X_3(x,y)=Z_X_(n+2)(x,y)=Z_Y_n(4x-1,y)=Z_Y_1(4x-1,y)=+1/2.
��[ͼʾx3]��,
{(x,y)|1/4С�ڵ���xС��1/2 and 0С�ڵ���yС��1}
�Ǵ���߿�ʼ�����һ����ɫ��������,
�������ǰ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����+1/2,
(3).
If 1/2С�ڵ���xС��1 and 0С�ڵ���yС��1/2,then 0С�ڵ���2x-1С��1 and 0С�ڵ���2yС��1,
Z_X_3(x,y)=Z_X_(n+2)(x,y)=Z_Y_n(2x-1,2y)=Z_Y_1(2x-1,2y)=+1/2.
��[ͼʾx3]��,
{(x,y)|1/2С�ڵ���xС��1 and 0С�ڵ���yС��1/2}
�Ǵ���߿�ʼ����ڶ�����ɫ��������,
�������ǰ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����+1/2,
(4).
If 1/2С�ڵ���xС��1 and 1/2С�ڵ���yС��1,then 0С�ڵ���2x-1С��1 and 0С�ڵ���2y-1С��1,
Z_X_3(x,y)=Z_X_(n+2)(x,y)=Z_X_n(2x-1,2y-1)=Z_X_1(2x-1,2y-1)=-1/2.
��[ͼʾx3]��,
{(x,y)|1/2С�ڵ���xС��1 and 1/2С�ڵ���yС��1}
�Ǵ���߿�ʼ����ڶ�����ɫ��������,
�������Ǻ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����-1/2,
����,
��
Y_(n+2)=Y_(n+1)+X_(n+1)+
��
Z_Y_(n+2)(x,y)=
Z_Y_(n+1)(x,2y) +Z_X_(n+1)(x,2y-1)=
[Z_Y_n(x,4y)+Z_X_n(x,4y-1)]+[Z_X_n(2x,2y-1)+Z_Y_n(2x-1,2y-1)],
��n=1,Y_(n+2)=Y_3,[ͼʾy3]��Y_3֮��������,
(1).
If 0С�ڵ���yС��1/4 and 0С�ڵ���xС��1,then 0С�ڵ���4yС��1 and 0С�ڵ���xС��1,
Z_Y_3(x,y)=Z_Y_(n+2)(x,y)=Z_Y_n(x,4y)=Z_Y_1(x,4y)=+1/2.
��[ͼʾy3]��,
{(x,y)|0С�ڵ���yС��1/4 and 0С�ڵ���xС��1}
�Ǵ��±߿�ʼ�����һ����ɫ��������,
�������ǰ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����+1/2,
(2).
If 1/4С�ڵ���yС��1/2 and 0С�ڵ���xС��1,then 0С�ڵ���4y-1С��1 and 0С�ڵ���xС��1,
Z_Y_3(x,y)=Z_Y_(n+2)(x,y)=Z_X_n(x,4y-1)=Z_X_1(x,4y-1)=-1/2.
��[ͼʾy3]��,
{(x,y)|1/4С�ڵ���yС��1/2 and 0С�ڵ���xС��1}
�Ǵ��±߿�ʼ�����һ����ɫ��������,
�������Ǻ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����-1/2,
(3).
If 1/2С�ڵ���yС��1 and 0С�ڵ���xС��1/2,then 0С�ڵ���2y-1С��1 and 0С�ڵ���2xС��1,
Z_Y_3(x,y)=Z_Y_(n+2)(x,y)=Z_X_n(2x,2y-1)=Z_X_1(2x,2y-1)=-1/2.
��[ͼʾy3]��,
{(x,y)|1/2С�ڵ���yС��1 and 0С�ڵ���xС��1/2}
�Ǵ��±߿�ʼ����ڶ�����ɫ��������,
�������Ǻ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����-1/2,
(4).
If 1/2С�ڵ���yС��1 and 1/2С�ڵ���xС��1,then 0С�ڵ���2y-1С��1 and 0С�ڵ���2x-1С��1,
Z_Y_3(x,y)=Z_Y_(n+2)(x,y)=Z_Y_n(2x-1,2y-1)=Z_Y_1(2x-1,2y-1)=+1/2.
��[ͼʾy3]��,
{(x,y)|1/2С�ڵ���yС��1 and 1/2С�ڵ���xС��1}
�Ǵ��±߿�ʼ����ڶ�����ɫ��������,
�������ǰ�ɫ��������,�ʴ�������֮ALL points֮Z����ֵ֮,����+1/2,
--
������˵������������Z����,
������Ҫ˵�κ�һ��������Z����,
��X_2��˵,
[ͼʾx2],[ͼʾx2-2],[ͼʾx2-3]�����Դ��X_2,����ֻ��[ͼʾx2]�ܱ�����X_2֮'��������',
��Ӧ��'��������'(typical square),���ǿ��Զ���'Z����',������˵:
��X_(n+1)=X_n.Y_n.
�� Z_X_(n+1)(x,y)=Z_X_n(2x,y)+Z_Y_n(2x-1,y),
��Y_(n+1)=Y_n+X_n+
�� Z_Y_(n+1)(x,y)=Z_Y_n(x,2y)+Z_X_n(x,2y-1),
���Ӧ�ڿ��Դ��X_2֮�κ�һ������,ǡ����һ��Z�������,
��֪
Z_X_n(x,y)��X_n֮Z����,Z_Y_n(x,y)��Y_n֮Z����,(x,y)�ǵѿ������ϵ�ڵĵ�,
Z����֮'������'(domain)��D,
D={(x,y)|0С�ڵ���xС��1 and 0С�ڵ���yС��1 and x is real number and y is real
number.}
��n=1,
Z_X_n(x,y)=Z_X_1(x,y)=-1/2,for ALL points in D,
Z_Y_n(x,y)=Z_Y_1(x,y)=+1/2,for ALL points in D,
(��).
X_(n+1)=[X_n.Y_n.]
Z_X_(n+1)(x,y)��X_(n+1)֮Z����,
��Ҫ��Z_X_n(x,y)��Z_Y_n(x,y)����ʾZ_X_(n+1)(x,y),
t_i����X axis֮ʱ,i��������,
t_i is real number and 0С�ڵ���t_iС�ڵ���1 for all i,
where i is integer and 1С�ڵ���iС�ڵ���m,
3С�ڵ���m,
t_1=0,t_m=1,
t_1��t_2,
t_2��t_3,
t_3��t_4,
...etc...
t_(m-1)��t_m,
(һ).
��m����������,
Z_X_(n+1)(x,y)ֻ���������ж��ֺ����е�ijһ��:
��һ�ֺ���:
if
Z_X_(n+1)(x,y)=Z_X_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1,
then
Z_X_(n+1)(x,y)=Z_X_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_3)/(t_4-t_3),y),
where t_3С�ڵ���xС��t_4 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_5)/(t_6-t_5),y),
where t_5С�ڵ���xС��t_6 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_(m-2))/(t_(m-1)-t_(m-2)),y),
where t_(m-2)С�ڵ���xС��t_(m-1) and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_2)/(t_3-t_2),y),
where t_2С�ڵ���xС��t_3 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_4)/(t_5-t_4),y),
where t_4С�ڵ���xС��t_5 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_6)/(t_7-t_6),y),
where t_6С�ڵ���xС��t_7 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_(m-1))/(t_(m-0)-t_(m-1)),y),
where t_(m-1)С�ڵ���xС��t_(m-0) and 0С�ڵ���yС��1;
and
1*{ [t_2-t_1]+[t_4-t_3]+[t_6-t_5]...etc...+[t_(m-1)-t_(m-2)] }=1/2;
and
1*{ [t_3-t_2]+[t_5-t_4]+[t_7-t_6]...etc...+[t_(m-0)-t_(m-1)] }=1/2.
�ڶ��ֺ���:
if
Z_X_(n+1)(x,y)=Z_Y_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1,
then
Z_X_(n+1)(x,y)=Z_Y_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_3)/(t_4-t_3),y),
where t_3С�ڵ���xС��t_4 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_5)/(t_6-t_5),y),
where t_5С�ڵ���xС��t_6 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_(m-2))/(t_(m-1)-t_(m-2)),y),
where t_(m-2)С�ڵ���xС��t_(m-1) and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_2)/(t_3-t_2),y),
where t_2С�ڵ���xС��t_3 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_4)/(t_5-t_4),y),
where t_4С�ڵ���xС��t_5 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_6)/(t_7-t_6),y),
where t_6С�ڵ���xС��t_7 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_(m-1))/(t_(m-0)-t_(m-1)),y),
where t_(m-1)С�ڵ���xС��t_(m-0) and 0С�ڵ���yС��1;
and
1*{ [t_2-t_1]+[t_4-t_3]+[t_6-t_5]...etc...+[t_(m-1)-t_(m-2)] }=1/2;
and
1*{ [t_3-t_2]+[t_5-t_4]+[t_7-t_6]...etc...+[t_(m-0)-t_(m-1)] }=1/2.
(��).
��m��ż������,
Z_X_(n+1)(x,y)ֻ���������ж��ֺ����е�ijһ��:
��һ�ֺ���:
if
Z_X_(n+1)(x,y)=Z_X_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1,
then
Z_X_(n+1)(x,y)=Z_X_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_3)/(t_4-t_3),y),
where t_3С�ڵ���xС��t_4 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_5)/(t_6-t_5),y),
where t_5С�ڵ���xС��t_6 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_(m-1))/(t_(m-0)-t_(m-1)),y),
where t_(m-1)С�ڵ���xС��t_(m-0) and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_2)/(t_3-t_2),y),
where t_2С�ڵ���xС��t_3 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_4)/(t_5-t_4),y),
where t_4С�ڵ���xС��t_5 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_6)/(t_7-t_6),y),
where t_6С�ڵ���xС��t_7 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_(m-2))/(t_(m-1)-t_(m-2)),y),
where t_(m-2)С�ڵ���xС��t_(m-1) and 0С�ڵ���yС��1;
and
1*{ [t_2-t_1]+[t_4-t_3]+[t_6-t_5]...etc...+[t_(m-0)-t_(m-1)] }=1/2;
and
1*{ [t_3-t_2]+[t_5-t_4]+[t_7-t_6]...etc...+[t_(m-1)-t_(m-2)] }=1/2.
�ڶ��ֺ���:
if
Z_X_(n+1)(x,y)=Z_Y_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1,
then
Z_X_(n+1)(x,y)=Z_Y_n((x-t_1)/(t_2-t_1),y),
where t_1С�ڵ���xС��t_2 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_3)/(t_4-t_3),y),
where t_3С�ڵ���xС��t_4 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_5)/(t_6-t_5),y),
where t_5С�ڵ���xС��t_6 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_Y_n((x-t_(m-1))/(t_(m-0)-t_(m-1)),y),
where t_(m-1)С�ڵ���xС��t_(m-0) and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_2)/(t_3-t_2),y),
where t_2С�ڵ���xС��t_3 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_4)/(t_5-t_4),y),
where t_4С�ڵ���xС��t_5 and 0С�ڵ���yС��1;
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_6)/(t_7-t_6),y),
where t_6С�ڵ���xС��t_7 and 0С�ڵ���yС��1;
...etc...
and
Z_X_(n+1)(x,y)=Z_X_n((x-t_(m-2))/(t_(m-1)-t_(m-2)),y),
where t_(m-2)С�ڵ���xС��t_(m-1) and 0С�ڵ���yС��1;
and
1*{ [t_2-t_1]+[t_4-t_3]+[t_6-t_5]...etc...+[t_(m-0)-t_(m-1)] }=1/2;
and
1*{ [t_3-t_2]+[t_5-t_4]+[t_7-t_6]...etc...+[t_(m-1)-t_(m-2)] }=1/2.
(��).
Y_(n+1)=[Y_n+X_n+]
Z_Y_(n+1)(x,y)��Y_(n+1)֮Z����,
��Ҫ��Z_Y_n(x,y)��Z_X_n(x,y)����ʾZ_Y_(n+1)(x,y),
s_i����Y axis֮��,i��������,
s_i is real number and 0С�ڵ���s_iС�ڵ���1 for all i,
where i is integer and 1С�ڵ���iС�ڵ���m,
3С�ڵ���m,
s_1=0,s_m=1,
s_1��s_2,
s_2��s_3,
s_3��s_4,
...etc...
s_(m-1)��s_m,
(һ).
��m����������,
Z_Y_(n+1)(x,y)ֻ���������ж��ֺ����е�ijһ��:
��һ�ֺ���:
if
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1,
then
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_3)/(s_4-s_3)),
where s_3С�ڵ���yС��s_4 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_5)/(s_6-s_5)),
where s_5С�ڵ���yС��s_6 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_(m-2))/(s_(m-1)-s_(m-2))),
where s_(m-2)С�ڵ���yС��s_(m-1) and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_2)/(s_3-s_2)),
where s_2С�ڵ���yС��s_3 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_4)/(s_5-s_4)),
where s_4С�ڵ���yС��s_5 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_6)/(s_7-s_6)),
where s_6С�ڵ���yС��s_7 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_(m-1))/(s_(m-0)-s_(m-1))),
where s_(m-1)С�ڵ���yС��s_(m-0) and 0С�ڵ���xС��1;
and
1*{ [s_2-s_1]+[s_4-s_3]+[s_6-s_5]...etc...+[s_(m-1)-s_(m-2)] }=1/2;
and
1*{ [s_3-s_2]+[s_5-s_4]+[s_7-s_6]...etc...+[s_(m-0)-s_(m-1)] }=1/2.
�ڶ��ֺ���:
if
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1,
then
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_3)/(s_4-s_3)),
where s_3С�ڵ���yС��s_4 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_5)/(s_6-s_5)),
where s_5С�ڵ���yС��s_6 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_(m-2))/(s_(m-1)-s_(m-2))),
where s_(m-2)С�ڵ���yС��s_(m-1) and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_2)/(s_3-s_2)),
where s_2С�ڵ���yС��s_3 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_4)/(s_5-s_4)),
where s_4С�ڵ���yС��s_5 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_6)/(s_7-s_6)),
where s_6С�ڵ���yС��s_7 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_(m-1))/(s_(m-0)-s_(m-1))),
where s_(m-1)С�ڵ���yС��s_(m-0) and 0С�ڵ���xС��1;
and
1*{ [s_2-s_1]+[s_4-s_3]+[s_6-s_5]...etc...+[s_(m-1)-s_(m-2)] }=1/2;
and
1*{ [s_3-s_2]+[s_5-s_4]+[s_7-s_6]...etc...+[s_(m-0)-s_(m-1)] }=1/2.
(��).
��m��ż������,
Z_Y_(n+1)(x,y)ֻ���������ж��ֺ����е�ijһ��:
��һ�ֺ���:
if
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1,
then
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_3)/(s_4-s_3)),
where s_3С�ڵ���yС��s_4 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_5)/(s_6-s_5)),
where s_5С�ڵ���yС��s_6 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_(m-1))/(s_(m-0)-s_(m-1))),
where s_(m-1)С�ڵ���yС��s_(m-0) and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_2)/(s_3-s_2)),
where s_2С�ڵ���yС��s_3 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_4)/(s_5-s_4)),
where s_4С�ڵ���yС��s_5 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_6)/(s_7-s_6)),
where s_6С�ڵ���yС��s_7 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_(m-2))/(s_(m-1)-s_(m-2))),
where s_(m-2)С�ڵ���yС��s_(m-1) and 0С�ڵ���xС��1;
and
1*{ [s_2-s_1]+[s_4-s_3]+[s_6-s_5]...etc...+[s_(m-0)-s_(m-1)] }=1/2;
and
1*{ [s_3-s_2]+[s_5-s_4]+[s_7-s_6]...etc...+[s_(m-1)-s_(m-2)] }=1/2.
�ڶ��ֺ���:
if
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1,
then
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_1)/(s_2-s_1)),
where s_1С�ڵ���yС��s_2 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_3)/(s_4-s_3)),
where s_3С�ڵ���yС��s_4 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_5)/(s_6-s_5)),
where s_5С�ڵ���yС��s_6 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_X_n(x,(y-s_(m-1))/(s_(m-0)-s_(m-1))),
where s_(m-1)С�ڵ���yС��s_(m-0) and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_2)/(s_3-s_2)),
where s_2С�ڵ���yС��s_3 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_4)/(s_5-s_4)),
where s_4С�ڵ���yС��s_5 and 0С�ڵ���xС��1;
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_6)/(s_7-s_6)),
where s_6С�ڵ���yС��s_7 and 0С�ڵ���xС��1;
...etc...
and
Z_Y_(n+1)(x,y)=Z_Y_n(x,(y-s_(m-2))/(s_(m-1)-s_(m-2))),
where s_(m-2)С�ڵ���yС��s_(m-1) and 0С�ڵ���xС��1;
and
1*{ [s_2-s_1]+[s_4-s_3]+[s_6-s_5]...etc...+[s_(m-0)-s_(m-1)] }=1/2;
and
1*{ [s_3-s_2]+[s_5-s_4]+[s_7-s_6]...etc...+[s_(m-1)-s_(m-2)] }=1/2.
--
'��������'��'������'��'��?�Űٻ�',
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��'��������'��X_n,��'��?�Űٻ�'��Y_n,
��'��������'��Y_n,��'��?�Űٻ�'��X_n,
��?�������ȷ����������ʵ�ṹ(��������)������Ԫ2002��,
��'��?�Űٻ�'��'��������'����Ԫ2002��ͬʱ���ַ�����������(�������ʵ�ṹ),
���巢����05-20-2002,
--
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