$City_1 = San Francisco-San Mateo-Redwood City, CA (MSAD)
$e =
$City_2 = Los Angeles-Long Beach-Glendale, CA (MSAD)
$e =
function get_years(Array,San Francisco-San Mateo-Redwood City, CA (MSAD),) {
1960
Selecting city: San Francisco-San Mateo-Redwood City, CA (MSAD)
Searching backwards from 2025 for most recent data.
0: Year 2025 not found in data for San Francisco-San Mateo-Redwood City, CA (MSAD).
Most recent data for San Francisco-San Mateo-Redwood City, CA (MSAD) is from 2024.
2024
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
1975
The first year data is available for San Francisco-San Mateo-Redwood City, CA (MSAD) is : 1975 the most recent year of data is 2024.
return Array
}
function get_years(Array,Los Angeles-Long Beach-Glendale, CA (MSAD),) {
1960
Selecting city: Los Angeles-Long Beach-Glendale, CA (MSAD)
Searching backwards from 2025 for most recent data.
0: Year 2025 not found in data for Los Angeles-Long Beach-Glendale, CA (MSAD).
Most recent data for Los Angeles-Long Beach-Glendale, CA (MSAD) is from 2024.
2024
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
1975
The first year data is available for Los Angeles-Long Beach-Glendale, CA (MSAD) is : 1975 the most recent year of data is 2024.
return Array
}

Inputs:

City_1 San Francisco-San Mateo-Redwood City, CA (MSAD)
City_2 Los Angeles-Long Beach-Glendale, CA (MSAD)
Price 10
YearStart 1986
QuarterStart 1
YearEnd 2011
QuarterEnd 3

function check_year(San Francisco-San Mateo-Redwood City, CA (MSAD),1986):

Data for 1986 is in the $c[San Francisco-San Mateo-Redwood City, CA (MSAD)] element.

function check_quarter():

Data for the 1 quarter is in the $c[San Francisco-San Mateo-Redwood City, CA (MSAD)][1986] element.
START $v_year = 2011

function check_year(San Francisco-San Mateo-Redwood City, CA (MSAD),2011):

Data for 2011 is in the $c[San Francisco-San Mateo-Redwood City, CA (MSAD)] element.
END $v_year = 2011

function check_quarter():

Data for the 3 quarter is in the $c[San Francisco-San Mateo-Redwood City, CA (MSAD)][2011] element.

function check_year(Los Angeles-Long Beach-Glendale, CA (MSAD),1986):

Data for 1986 is in the $c[Los Angeles-Long Beach-Glendale, CA (MSAD)] element.

function check_quarter():

Data for the 1 quarter is in the $c[Los Angeles-Long Beach-Glendale, CA (MSAD)][1986] element.

function check_year(Los Angeles-Long Beach-Glendale, CA (MSAD),2011):

Data for 2011 is in the $c[Los Angeles-Long Beach-Glendale, CA (MSAD)] element.

function check_quarter():

Data for the 3 quarter is in the $c[Los Angeles-Long Beach-Glendale, CA (MSAD)][2011] element.

function get_valuation():

Purchase price: $10
Purchase year: 1986
Purchase quarter: 1
Start price index:58.95
Current price index:240.86
Based on HPI the home has appreciated 308.58% in 25.5 years at an average rate of 12.1% per year.
The current appreciations value is: $40.86
Evaluation year: 2011
Evaluation quarter: 3
Evaluation period: 25.5 years (102 quarters or 306 months).


Array ( [0] => San Francisco-San Mateo-Redwood City, CA (MSAD) [1] => 10 [2] => 1986 [3] => 1 [4] => 2011 [5] => 3 [6] => 25.5 [7] => 102 [8] => 306 [9] => 40.86 [10] => 3.0858354537744 [11] => 0.12101315504998 ) 1
San Francisco-San Mateo-Redwood City, CA (MSAD)
10
1986
1
2011
3
25.5
102
306
40.86
3.0858354537744
0.12101315504998
San Francisco-San Mateo-Redwood City, CA (MSAD)
10
1986
1
2011
3
25.5
102
306
40.86
3.0858354537744
0.12101315504998
58.95
240.86
p_year=1986 / ycount=1986 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
10
1986(1) : Array[1986][1] : Value = 10 (10 / 10)
qcount=2 / qend=4 / v_quarter=3
10
1986(2) : Array[1986][2] : Value = 10 (10 / 10)
qcount=3 / qend=4 / v_quarter=3
11
1986(3) : Array[1986][3] : Value = 11 (10 / 11)
qcount=4 / qend=4 / v_quarter=3
11
1986(4) : Array[1986][4] : Value = 11 (10 / 11)
p_year=1986 / ycount=1987 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
12
1987(1) : Array[1987][1] : Value = 12 (10 / 12)
qcount=2 / qend=4 / v_quarter=3
12
1987(2) : Array[1987][2] : Value = 12 (10 / 12)
qcount=3 / qend=4 / v_quarter=3
13
1987(3) : Array[1987][3] : Value = 13 (10 / 13)
qcount=4 / qend=4 / v_quarter=3
13
1987(4) : Array[1987][4] : Value = 13 (10 / 13)
p_year=1986 / ycount=1988 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
14
1988(1) : Array[1988][1] : Value = 14 (10 / 14)
qcount=2 / qend=4 / v_quarter=3
15
1988(2) : Array[1988][2] : Value = 15 (10 / 15)
qcount=3 / qend=4 / v_quarter=3
16
1988(3) : Array[1988][3] : Value = 16 (10 / 16)
qcount=4 / qend=4 / v_quarter=3
17
1988(4) : Array[1988][4] : Value = 17 (10 / 17)
p_year=1986 / ycount=1989 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
17
1989(1) : Array[1989][1] : Value = 17 (10 / 17)
qcount=2 / qend=4 / v_quarter=3
18
1989(2) : Array[1989][2] : Value = 18 (10 / 18)
qcount=3 / qend=4 / v_quarter=3
19
1989(3) : Array[1989][3] : Value = 19 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
19
1989(4) : Array[1989][4] : Value = 19 (10 / 19)
p_year=1986 / ycount=1990 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
19
1990(1) : Array[1990][1] : Value = 19 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
19
1990(2) : Array[1990][2] : Value = 19 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
19
1990(3) : Array[1990][3] : Value = 19 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
19
1990(4) : Array[1990][4] : Value = 19 (10 / 19)
p_year=1986 / ycount=1991 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
18
1991(1) : Array[1991][1] : Value = 18 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
18
1991(2) : Array[1991][2] : Value = 18 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
18
1991(3) : Array[1991][3] : Value = 18 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
18
1991(4) : Array[1991][4] : Value = 18 (10 / 19)
p_year=1986 / ycount=1992 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
18
1992(1) : Array[1992][1] : Value = 18 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
18
1992(2) : Array[1992][2] : Value = 18 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
18
1992(3) : Array[1992][3] : Value = 18 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
18
1992(4) : Array[1992][4] : Value = 18 (10 / 19)
p_year=1986 / ycount=1993 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
17
1993(1) : Array[1993][1] : Value = 17 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
17
1993(2) : Array[1993][2] : Value = 17 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
17
1993(3) : Array[1993][3] : Value = 17 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
17
1993(4) : Array[1993][4] : Value = 17 (10 / 19)
p_year=1986 / ycount=1994 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
17
1994(1) : Array[1994][1] : Value = 17 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
17
1994(2) : Array[1994][2] : Value = 17 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
17
1994(3) : Array[1994][3] : Value = 17 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
17
1994(4) : Array[1994][4] : Value = 17 (10 / 19)
p_year=1986 / ycount=1995 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
17
1995(1) : Array[1995][1] : Value = 17 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
17
1995(2) : Array[1995][2] : Value = 17 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
17
1995(3) : Array[1995][3] : Value = 17 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
17
1995(4) : Array[1995][4] : Value = 17 (10 / 19)
p_year=1986 / ycount=1996 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
17
1996(1) : Array[1996][1] : Value = 17 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
17
1996(2) : Array[1996][2] : Value = 17 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
17
1996(3) : Array[1996][3] : Value = 17 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
18
1996(4) : Array[1996][4] : Value = 18 (10 / 19)
p_year=1986 / ycount=1997 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
18
1997(1) : Array[1997][1] : Value = 18 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
18
1997(2) : Array[1997][2] : Value = 18 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
19
1997(3) : Array[1997][3] : Value = 19 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
19
1997(4) : Array[1997][4] : Value = 19 (10 / 19)
p_year=1986 / ycount=1998 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
20
1998(1) : Array[1998][1] : Value = 20 (10 / 20)
qcount=2 / qend=4 / v_quarter=3
21
1998(2) : Array[1998][2] : Value = 21 (10 / 21)
qcount=3 / qend=4 / v_quarter=3
21
1998(3) : Array[1998][3] : Value = 21 (10 / 21)
qcount=4 / qend=4 / v_quarter=3
22
1998(4) : Array[1998][4] : Value = 22 (10 / 22)
p_year=1986 / ycount=1999 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
22
1999(1) : Array[1999][1] : Value = 22 (10 / 22)
qcount=2 / qend=4 / v_quarter=3
23
1999(2) : Array[1999][2] : Value = 23 (10 / 23)
qcount=3 / qend=4 / v_quarter=3
24
1999(3) : Array[1999][3] : Value = 24 (10 / 24)
qcount=4 / qend=4 / v_quarter=3
26
1999(4) : Array[1999][4] : Value = 26 (10 / 26)
p_year=1986 / ycount=2000 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
27
2000(1) : Array[2000][1] : Value = 27 (10 / 27)
qcount=2 / qend=4 / v_quarter=3
29
2000(2) : Array[2000][2] : Value = 29 (10 / 29)
qcount=3 / qend=4 / v_quarter=3
30
2000(3) : Array[2000][3] : Value = 30 (10 / 30)
qcount=4 / qend=4 / v_quarter=3
31
2000(4) : Array[2000][4] : Value = 31 (10 / 31)
p_year=1986 / ycount=2001 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
32
2001(1) : Array[2001][1] : Value = 32 (10 / 32)
qcount=2 / qend=4 / v_quarter=3
33
2001(2) : Array[2001][2] : Value = 33 (10 / 33)
qcount=3 / qend=4 / v_quarter=3
33
2001(3) : Array[2001][3] : Value = 33 (10 / 33)
qcount=4 / qend=4 / v_quarter=3
33
2001(4) : Array[2001][4] : Value = 33 (10 / 33)
p_year=1986 / ycount=2002 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
33
2002(1) : Array[2002][1] : Value = 33 (10 / 33)
qcount=2 / qend=4 / v_quarter=3
34
2002(2) : Array[2002][2] : Value = 34 (10 / 34)
qcount=3 / qend=4 / v_quarter=3
35
2002(3) : Array[2002][3] : Value = 35 (10 / 35)
qcount=4 / qend=4 / v_quarter=3
35
2002(4) : Array[2002][4] : Value = 35 (10 / 35)
p_year=1986 / ycount=2003 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
35
2003(1) : Array[2003][1] : Value = 35 (10 / 35)
qcount=2 / qend=4 / v_quarter=3
36
2003(2) : Array[2003][2] : Value = 36 (10 / 36)
qcount=3 / qend=4 / v_quarter=3
36
2003(3) : Array[2003][3] : Value = 36 (10 / 36)
qcount=4 / qend=4 / v_quarter=3
37
2003(4) : Array[2003][4] : Value = 37 (10 / 37)
p_year=1986 / ycount=2004 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
38
2004(1) : Array[2004][1] : Value = 38 (10 / 38)
qcount=2 / qend=4 / v_quarter=3
39
2004(2) : Array[2004][2] : Value = 39 (10 / 39)
qcount=3 / qend=4 / v_quarter=3
42
2004(3) : Array[2004][3] : Value = 42 (10 / 42)
qcount=4 / qend=4 / v_quarter=3
43
2004(4) : Array[2004][4] : Value = 43 (10 / 43)
p_year=1986 / ycount=2005 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
45
2005(1) : Array[2005][1] : Value = 45 (10 / 45)
qcount=2 / qend=4 / v_quarter=3
48
2005(2) : Array[2005][2] : Value = 48 (10 / 48)
qcount=3 / qend=4 / v_quarter=3
50
2005(3) : Array[2005][3] : Value = 50 (10 / 50)
qcount=4 / qend=4 / v_quarter=3
51
2005(4) : Array[2005][4] : Value = 51 (10 / 51)
p_year=1986 / ycount=2006 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
52
2006(1) : Array[2006][1] : Value = 52 (10 / 52)
qcount=2 / qend=4 / v_quarter=3
52
2006(2) : Array[2006][2] : Value = 52 (10 / 52)
qcount=3 / qend=4 / v_quarter=3
53
2006(3) : Array[2006][3] : Value = 53 (10 / 53)
qcount=4 / qend=4 / v_quarter=3
52
2006(4) : Array[2006][4] : Value = 52 (10 / 53)
p_year=1986 / ycount=2007 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
52
2007(1) : Array[2007][1] : Value = 52 (10 / 53)
qcount=2 / qend=4 / v_quarter=3
52
2007(2) : Array[2007][2] : Value = 52 (10 / 53)
qcount=3 / qend=4 / v_quarter=3
52
2007(3) : Array[2007][3] : Value = 52 (10 / 53)
qcount=4 / qend=4 / v_quarter=3
51
2007(4) : Array[2007][4] : Value = 51 (10 / 53)
p_year=1986 / ycount=2008 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
50
2008(1) : Array[2008][1] : Value = 50 (10 / 53)
qcount=2 / qend=4 / v_quarter=3
48
2008(2) : Array[2008][2] : Value = 48 (10 / 53)
qcount=3 / qend=4 / v_quarter=3
46
2008(3) : Array[2008][3] : Value = 46 (10 / 53)
qcount=4 / qend=4 / v_quarter=3
45
2008(4) : Array[2008][4] : Value = 45 (10 / 53)
p_year=1986 / ycount=2009 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
45
2009(1) : Array[2009][1] : Value = 45 (10 / 53)
qcount=2 / qend=4 / v_quarter=3
43
2009(2) : Array[2009][2] : Value = 43 (10 / 53)
qcount=3 / qend=4 / v_quarter=3
42
2009(3) : Array[2009][3] : Value = 42 (10 / 53)
qcount=4 / qend=4 / v_quarter=3
42
2009(4) : Array[2009][4] : Value = 42 (10 / 53)
p_year=1986 / ycount=2010 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
42
2010(1) : Array[2010][1] : Value = 42 (10 / 53)
qcount=2 / qend=4 / v_quarter=3
42
2010(2) : Array[2010][2] : Value = 42 (10 / 53)
qcount=3 / qend=4 / v_quarter=3
42
2010(3) : Array[2010][3] : Value = 42 (10 / 53)
qcount=4 / qend=4 / v_quarter=3
42
2010(4) : Array[2010][4] : Value = 42 (10 / 53)
p_year=1986 / ycount=2011 / v_year=2011

function check_quarter():

Data for the 1 quarter is in the $c[San Francisco-San Mateo-Redwood City, CA (MSAD)][2011] element.
qcount=1 / qend=3 / v_quarter=3
41
2011(1) : Array[2011][1] : Value = 41 (10 / 53)
qcount=2 / qend=3 / v_quarter=3
41
2011(2) : Array[2011][2] : Value = 41 (10 / 53)
qcount=3 / qend=3 / v_quarter=3
41
2011(3) : Array[2011][3] : Value = 41 (10 / 53)

function get_valuation():

Purchase price: $10
Purchase year: 1986
Purchase quarter: 1
Start price index:67.98
Current price index:221.53
Based on HPI the home has appreciated 225.88% in 25.5 years at an average rate of 8.86% per year.
The current appreciations value is: $32.59
Evaluation year: 2011
Evaluation quarter: 3
Evaluation period: 25.5 years (102 quarters or 306 months).


Los Angeles-Long Beach-Glendale, CA (MSAD)
10
1986
1
2011
3
25.5
102
306
32.59
2.2587525742866
0.088578532324963
67.98
221.53
p_year=1986 / ycount=1986 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
10
1986(1) : Array[1986][1] : Value = 10 (10 / 10)
qcount=2 / qend=4 / v_quarter=3
10
1986(2) : Array[1986][2] : Value = 10 (10 / 10)
qcount=3 / qend=4 / v_quarter=3
10
1986(3) : Array[1986][3] : Value = 10 (10 / 10)
qcount=4 / qend=4 / v_quarter=3
11
1986(4) : Array[1986][4] : Value = 11 (10 / 11)
p_year=1986 / ycount=1987 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
11
1987(1) : Array[1987][1] : Value = 11 (10 / 11)
qcount=2 / qend=4 / v_quarter=3
11
1987(2) : Array[1987][2] : Value = 11 (10 / 11)
qcount=3 / qend=4 / v_quarter=3
12
1987(3) : Array[1987][3] : Value = 12 (10 / 12)
qcount=4 / qend=4 / v_quarter=3
12
1987(4) : Array[1987][4] : Value = 12 (10 / 12)
p_year=1986 / ycount=1988 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
13
1988(1) : Array[1988][1] : Value = 13 (10 / 13)
qcount=2 / qend=4 / v_quarter=3
14
1988(2) : Array[1988][2] : Value = 14 (10 / 14)
qcount=3 / qend=4 / v_quarter=3
14
1988(3) : Array[1988][3] : Value = 14 (10 / 14)
qcount=4 / qend=4 / v_quarter=3
15
1988(4) : Array[1988][4] : Value = 15 (10 / 15)
p_year=1986 / ycount=1989 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
16
1989(1) : Array[1989][1] : Value = 16 (10 / 16)
qcount=2 / qend=4 / v_quarter=3
17
1989(2) : Array[1989][2] : Value = 17 (10 / 17)
qcount=3 / qend=4 / v_quarter=3
18
1989(3) : Array[1989][3] : Value = 18 (10 / 18)
qcount=4 / qend=4 / v_quarter=3
18
1989(4) : Array[1989][4] : Value = 18 (10 / 18)
p_year=1986 / ycount=1990 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
19
1990(1) : Array[1990][1] : Value = 19 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
19
1990(2) : Array[1990][2] : Value = 19 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
19
1990(3) : Array[1990][3] : Value = 19 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
18
1990(4) : Array[1990][4] : Value = 18 (10 / 19)
p_year=1986 / ycount=1991 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
18
1991(1) : Array[1991][1] : Value = 18 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
18
1991(2) : Array[1991][2] : Value = 18 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
18
1991(3) : Array[1991][3] : Value = 18 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
18
1991(4) : Array[1991][4] : Value = 18 (10 / 19)
p_year=1986 / ycount=1992 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
18
1992(1) : Array[1992][1] : Value = 18 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
18
1992(2) : Array[1992][2] : Value = 18 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
18
1992(3) : Array[1992][3] : Value = 18 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
18
1992(4) : Array[1992][4] : Value = 18 (10 / 19)
p_year=1986 / ycount=1993 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
17
1993(1) : Array[1993][1] : Value = 17 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
17
1993(2) : Array[1993][2] : Value = 17 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
17
1993(3) : Array[1993][3] : Value = 17 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
16
1993(4) : Array[1993][4] : Value = 16 (10 / 19)
p_year=1986 / ycount=1994 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
16
1994(1) : Array[1994][1] : Value = 16 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
16
1994(2) : Array[1994][2] : Value = 16 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
15
1994(3) : Array[1994][3] : Value = 15 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
15
1994(4) : Array[1994][4] : Value = 15 (10 / 19)
p_year=1986 / ycount=1995 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
15
1995(1) : Array[1995][1] : Value = 15 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
15
1995(2) : Array[1995][2] : Value = 15 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
15
1995(3) : Array[1995][3] : Value = 15 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
15
1995(4) : Array[1995][4] : Value = 15 (10 / 19)
p_year=1986 / ycount=1996 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
15
1996(1) : Array[1996][1] : Value = 15 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
15
1996(2) : Array[1996][2] : Value = 15 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
15
1996(3) : Array[1996][3] : Value = 15 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
15
1996(4) : Array[1996][4] : Value = 15 (10 / 19)
p_year=1986 / ycount=1997 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
15
1997(1) : Array[1997][1] : Value = 15 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
15
1997(2) : Array[1997][2] : Value = 15 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
15
1997(3) : Array[1997][3] : Value = 15 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
15
1997(4) : Array[1997][4] : Value = 15 (10 / 19)
p_year=1986 / ycount=1998 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
16
1998(1) : Array[1998][1] : Value = 16 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
16
1998(2) : Array[1998][2] : Value = 16 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
17
1998(3) : Array[1998][3] : Value = 17 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
17
1998(4) : Array[1998][4] : Value = 17 (10 / 19)
p_year=1986 / ycount=1999 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
17
1999(1) : Array[1999][1] : Value = 17 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
18
1999(2) : Array[1999][2] : Value = 18 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
18
1999(3) : Array[1999][3] : Value = 18 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
18
1999(4) : Array[1999][4] : Value = 18 (10 / 19)
p_year=1986 / ycount=2000 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
19
2000(1) : Array[2000][1] : Value = 19 (10 / 19)
qcount=2 / qend=4 / v_quarter=3
19
2000(2) : Array[2000][2] : Value = 19 (10 / 19)
qcount=3 / qend=4 / v_quarter=3
19
2000(3) : Array[2000][3] : Value = 19 (10 / 19)
qcount=4 / qend=4 / v_quarter=3
20
2000(4) : Array[2000][4] : Value = 20 (10 / 20)
p_year=1986 / ycount=2001 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
20
2001(1) : Array[2001][1] : Value = 20 (10 / 20)
qcount=2 / qend=4 / v_quarter=3
21
2001(2) : Array[2001][2] : Value = 21 (10 / 21)
qcount=3 / qend=4 / v_quarter=3
21
2001(3) : Array[2001][3] : Value = 21 (10 / 21)
qcount=4 / qend=4 / v_quarter=3
22
2001(4) : Array[2001][4] : Value = 22 (10 / 22)
p_year=1986 / ycount=2002 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
22
2002(1) : Array[2002][1] : Value = 22 (10 / 22)
qcount=2 / qend=4 / v_quarter=3
23
2002(2) : Array[2002][2] : Value = 23 (10 / 23)
qcount=3 / qend=4 / v_quarter=3
24
2002(3) : Array[2002][3] : Value = 24 (10 / 24)
qcount=4 / qend=4 / v_quarter=3
25
2002(4) : Array[2002][4] : Value = 25 (10 / 25)
p_year=1986 / ycount=2003 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
26
2003(1) : Array[2003][1] : Value = 26 (10 / 26)
qcount=2 / qend=4 / v_quarter=3
26
2003(2) : Array[2003][2] : Value = 26 (10 / 26)
qcount=3 / qend=4 / v_quarter=3
27
2003(3) : Array[2003][3] : Value = 27 (10 / 27)
qcount=4 / qend=4 / v_quarter=3
29
2003(4) : Array[2003][4] : Value = 29 (10 / 29)
p_year=1986 / ycount=2004 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
31
2004(1) : Array[2004][1] : Value = 31 (10 / 31)
qcount=2 / qend=4 / v_quarter=3
33
2004(2) : Array[2004][2] : Value = 33 (10 / 33)
qcount=3 / qend=4 / v_quarter=3
36
2004(3) : Array[2004][3] : Value = 36 (10 / 36)
qcount=4 / qend=4 / v_quarter=3
37
2004(4) : Array[2004][4] : Value = 37 (10 / 37)
p_year=1986 / ycount=2005 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
39
2005(1) : Array[2005][1] : Value = 39 (10 / 39)
qcount=2 / qend=4 / v_quarter=3
41
2005(2) : Array[2005][2] : Value = 41 (10 / 41)
qcount=3 / qend=4 / v_quarter=3
44
2005(3) : Array[2005][3] : Value = 44 (10 / 44)
qcount=4 / qend=4 / v_quarter=3
46
2005(4) : Array[2005][4] : Value = 46 (10 / 46)
p_year=1986 / ycount=2006 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
48
2006(1) : Array[2006][1] : Value = 48 (10 / 48)
qcount=2 / qend=4 / v_quarter=3
49
2006(2) : Array[2006][2] : Value = 49 (10 / 49)
qcount=3 / qend=4 / v_quarter=3
50
2006(3) : Array[2006][3] : Value = 50 (10 / 50)
qcount=4 / qend=4 / v_quarter=3
50
2006(4) : Array[2006][4] : Value = 50 (10 / 50)
p_year=1986 / ycount=2007 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
50
2007(1) : Array[2007][1] : Value = 50 (10 / 50)
qcount=2 / qend=4 / v_quarter=3
49
2007(2) : Array[2007][2] : Value = 49 (10 / 50)
qcount=3 / qend=4 / v_quarter=3
48
2007(3) : Array[2007][3] : Value = 48 (10 / 50)
qcount=4 / qend=4 / v_quarter=3
47
2007(4) : Array[2007][4] : Value = 47 (10 / 50)
p_year=1986 / ycount=2008 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
44
2008(1) : Array[2008][1] : Value = 44 (10 / 50)
qcount=2 / qend=4 / v_quarter=3
41
2008(2) : Array[2008][2] : Value = 41 (10 / 50)
qcount=3 / qend=4 / v_quarter=3
38
2008(3) : Array[2008][3] : Value = 38 (10 / 50)
qcount=4 / qend=4 / v_quarter=3
36
2008(4) : Array[2008][4] : Value = 36 (10 / 50)
p_year=1986 / ycount=2009 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
36
2009(1) : Array[2009][1] : Value = 36 (10 / 50)
qcount=2 / qend=4 / v_quarter=3
34
2009(2) : Array[2009][2] : Value = 34 (10 / 50)
qcount=3 / qend=4 / v_quarter=3
34
2009(3) : Array[2009][3] : Value = 34 (10 / 50)
qcount=4 / qend=4 / v_quarter=3
34
2009(4) : Array[2009][4] : Value = 34 (10 / 50)
p_year=1986 / ycount=2010 / v_year=2011
qcount=1 / qend=4 / v_quarter=3
34
2010(1) : Array[2010][1] : Value = 34 (10 / 50)
qcount=2 / qend=4 / v_quarter=3
34
2010(2) : Array[2010][2] : Value = 34 (10 / 50)
qcount=3 / qend=4 / v_quarter=3
34
2010(3) : Array[2010][3] : Value = 34 (10 / 50)
qcount=4 / qend=4 / v_quarter=3
34
2010(4) : Array[2010][4] : Value = 34 (10 / 50)
p_year=1986 / ycount=2011 / v_year=2011

function check_quarter():

Data for the 1 quarter is in the $c[Los Angeles-Long Beach-Glendale, CA (MSAD)][2011] element.
qcount=1 / qend=3 / v_quarter=3
33
2011(1) : Array[2011][1] : Value = 33 (10 / 50)
qcount=2 / qend=3 / v_quarter=3
32
2011(2) : Array[2011][2] : Value = 32 (10 / 50)
qcount=3 / qend=3 / v_quarter=3
33
2011(3) : Array[2011][3] : Value = 33 (10 / 50)
HomePriceGraph.com+Price+appreciation+in+San+Francisco-San+Mateo-Redwood+City%2C+CA++%28MSAD%29+for+years+1986+to+2011++++++++++++++++++%7CTotal+appreciation+%3D+%2431%28310%25%29+++Start%3A+%2410+End%3A+%2441
t:10,10,11,11,12,12,13,13,14,15,16,17,17,18,19,19,19,19,19,19,18,18,18,18,18,18,18,18,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,18,18,18,19,19,20,21,21,22,22,23,24,26,27,29,30,31,32,33,33,33,33,34,35,35,35,36,36,37,38,39,42,43,45,48,50,51,52,52,53,52,52,52,52,51,50,48,46,45,45,43,42,42,42,42,42,42,41,41,41|10,10,10,11,11,11,12,12,13,14,14,15,16,17,18,18,19,19,19,18,18,18,18,18,18,18,18,18,17,17,17,16,16,16,15,15,15,15,15,15,15,15,15,15,15,15,15,15,16,16,17,17,17,18,18,18,19,19,19,20,20,21,21,22,22,23,24,25,26,26,27,29,31,33,36,37,39,41,44,46,48,49,50,50,50,49,48,47,44,41,38,36,36,34,34,34,34,34,34,34,33,32,33
86||||87||||88||||89||||90||||91||||92||||93||||94||||95||||96||||97||||98||||99||||00||||01||||02||||03||||04||||05||||06||||07||||08||||09||||10||||11|||
10
60
10
10
60
San Francisco-San Mateo-Redwood City, CA (MSAD)|Los Angeles-Long Beach-Glendale, CA (MSAD)
1
82
1986
2006
2
3
10
53

function graph():

post_chtt HomePriceGraph.com Price appreciation in San Francisco-San Mateo-Redwood City, CA (MSAD) for years 1986 to 2011 |Total appreciation = $31(310%) Start: $10 End: $41
post_cht ls
post_chd t:10,10,11,11,12,12,13,13,14,15,16,17,17,18,19,19,19,19,19,19,18,18,18,18,18,18,18,18,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,18,18,18,19,19,20,21,21,22,22,23,24,26,27,29,30,31,32,33,33,33,33,34,35,35,35,36,36,37,38,39,42,43,45,48,50,51,52,52,53,52,52,52,52,51,50,48,46,45,45,43,42,42,42,42,42,42,41,41,41|10,10,10,11,11,11,12,12,13,14,14,15,16,17,18,18,19,19,19,18,18,18,18,18,18,18,18,18,17,17,17,16,16,16,15,15,15,15,15,15,15,15,15,15,15,15,15,15,16,16,17,17,17,18,18,18,19,19,19,20,20,21,21,22,22,23,24,25,26,26,27,29,31,33,36,37,39,41,44,46,48,49,50,50,50,49,48,47,44,41,38,36,36,34,34,34,34,34,34,34,33,32,33
post_chl 86||||87||||88||||89||||90||||91||||92||||93||||94||||95||||96||||97||||98||||99||||00||||01||||02||||03||||04||||05||||06||||07||||08||||09||||10||||11|||
post_chxl
post_chbh a
post_chco 3972cc,cccccc
post_chs 800x375
post_chdl San Francisco-San Mateo-Redwood City, CA (MSAD)|Los Angeles-Long Beach-Glendale, CA (MSAD)
post_chxt x,y
post_chxr 1,10,60,10
post_chxs 1,0000DD,18,0,lt,0000DD|2,0000DD,0,l
post_chxtc 1,-800|2,-800
post_chds 10,60
post_chf
http://chart.apis.google.com/chart?chid=5dceef7039d1cb98908f9f1354460eaa+chtt=HomePriceGraph.com+Price+appreciation+in+San+Francisco-San+Mateo-Redwood+City%2C+CA++%28MSAD%29+for+years+1986+to+2011++++++++++++++++++%7CTotal+appreciation+%3D+%2431%28310%25%29+++Start%3A+%2410+End%3A+%2441&cht=ls&chd=t%3A10%2C10%2C11%2C11%2C12%2C12%2C13%2C13%2C14%2C15%2C16%2C17%2C17%2C18%2C19%2C19%2C19%2C19%2C19%2C19%2C18%2C18%2C18%2C18%2C18%2C18%2C18%2C18%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C17%2C18%2C18%2C18%2C19%2C19%2C20%2C21%2C21%2C22%2C22%2C23%2C24%2C26%2C27%2C29%2C30%2C31%2C32%2C33%2C33%2C33%2C33%2C34%2C35%2C35%2C35%2C36%2C36%2C37%2C38%2C39%2C42%2C43%2C45%2C48%2C50%2C51%2C52%2C52%2C53%2C52%2C52%2C52%2C52%2C51%2C50%2C48%2C46%2C45%2C45%2C43%2C42%2C42%2C42%2C42%2C42%2C42%2C41%2C41%2C41%7C10%2C10%2C10%2C11%2C11%2C11%2C12%2C12%2C13%2C14%2C14%2C15%2C16%2C17%2C18%2C18%2C19%2C19%2C19%2C18%2C18%2C18%2C18%2C18%2C18%2C18%2C18%2C18%2C17%2C17%2C17%2C16%2C16%2C16%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C15%2C16%2C16%2C17%2C17%2C17%2C18%2C18%2C18%2C19%2C19%2C19%2C20%2C20%2C21%2C21%2C22%2C22%2C23%2C24%2C25%2C26%2C26%2C27%2C29%2C31%2C33%2C36%2C37%2C39%2C41%2C44%2C46%2C48%2C49%2C50%2C50%2C50%2C49%2C48%2C47%2C44%2C41%2C38%2C36%2C36%2C34%2C34%2C34%2C34%2C34%2C34%2C34%2C33%2C32%2C33&chl=86%7C%7C%7C%7C87%7C%7C%7C%7C88%7C%7C%7C%7C89%7C%7C%7C%7C90%7C%7C%7C%7C91%7C%7C%7C%7C92%7C%7C%7C%7C93%7C%7C%7C%7C94%7C%7C%7C%7C95%7C%7C%7C%7C96%7C%7C%7C%7C97%7C%7C%7C%7C98%7C%7C%7C%7C99%7C%7C%7C%7C00%7C%7C%7C%7C01%7C%7C%7C%7C02%7C%7C%7C%7C03%7C%7C%7C%7C04%7C%7C%7C%7C05%7C%7C%7C%7C06%7C%7C%7C%7C07%7C%7C%7C%7C08%7C%7C%7C%7C09%7C%7C%7C%7C10%7C%7C%7C%7C11%7C%7C%7C&chbh=a&chco=3972cc%2Ccccccc&chs=800x375&chxt=x%2Cy&chxr=1%2C10%2C60%2C10&chxs=1%2C0000DD%2C18%2C0%2Clt%2C0000DD%7C2%2C0000DD%2C0%2Cl&chxtc=1%2C-800%7C2%2C-800&chds=10%2C60&chdl=San+Francisco-San+Mateo-Redwood+City%2C+CA++%28MSAD%29%7CLos+Angeles-Long+Beach-Glendale%2C+CA++%28MSAD%29&chdlp=b&chm=tLOW+%3A+%2410+in+1986%2C3972dd%2C0%2C1%2C16%2C%2Cl%3A%3A-10%7CtHIGH+%3A+%2453+in+2006%2C3972dd%2C0%2C82%2C16%2C%2Cl%3A%3A1&chma=70%2C30%2C30%2C30DEBUGGING so... exiting before image dump...