From: "Saved by Internet Explorer 11"
Subject: Zen Headphone Amplifier
Date: Mon, 21 Apr 2014 16:15:57 -0700
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                  =
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                  title=3D"Zen Headphone Amplifier" class=3D"title" =
href=3D_http_/electronics-diy.com/zen-headphone-amplifier-2.html>Zen=20
                  Headphone Amplifier</A></STRONG></TD>
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                  <DIV align=3D"center"><IMG width=3D"650" =
height=3D"531"=20
                  oncontextmenu=3D"return true;" alt=3D"Zen Headphone =
Amplifier"=20
                  =
src=3D_http_/electronics-diy.com/schematics/1114/zen-headphone-amplifier%3d.html
.jpg"=20
                  border=3D"0">		 				                     =
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                            <TD>
                              <H1>Zen Headphone Amplifier</H1></TD>
                            <TD>&nbsp;</TD></TR></TBODY></TABLE>
                        <HR width=3D"98%" size=3D"1" align=3D"left" =
noshade=3D"">
                        <BR><IFRAME width=3D"780" height=3D"40" =
src=3D_http_/circuit-zone.com/ad_hz_01.html
                        frameborder=3D"0" marginwidth=3D"0"=20
                        marginheight=3D"7"></IFRAME>                     =
         =20
                                                                         =
       =20
                                                                      =20
                        <P align=3D"justify" class=3D"schematic_text">			=
				This is=20
                        a scaled-down version of Nelson Pass' Zen power=20
                        amplifier for my headphones. For this use, the =
Zen=20
                        topology is perfect excellent sound quality, =
simplicity,=20
                        linearity and no multi-stage feedback. It is a =
single=20
                        stage class A MOSFET design with the right gain =
and a=20
                        low output impedance. Here we don't have the =
limitations=20
                        of the Zen amps at least in the single-stage=20
                        implementations regarding speaker compatibility. =
A=20
                        single stage topology with correct interfacing =
values=20
                        misses very few things in the original music =
message.
                         The gain device in the original Zen amplifier =
is biased=20
                        by fixed current source. For this amp, I =
employed an=20
                        active current source described in Pass' patent =
no.=20
                        5,710,522 (see Zen Variations Part 2). The =
benefits of=20
                        an active source include higher output current, =
lower=20
                        distortion and 50% theoretical operating =
efficiency=20
                        (compared to the 25% efficiency from a fixed =
source).=20
                        This type of current source is featured in the =
Aleph=20
                        power amplifiers from Pass Labs.                 =
       =20
                                                        </P>
                        <DIV align=3D"center"><BR><IMG width=3D"520" =
height=3D"500"=20
                        oncontextmenu=3D"return true;" alt=3D"Zen =
Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/zen-headphone-amplifier%3d.html
-circuit.gif"=20
                        border=3D"0">		                   <BR><BR>
                        <DIV align=3D"justify" class=3D"schematic_text">	=
						I=20
                        designed this circuit to obtain the best sound =
from my=20
                        Grado SR-325 headphones. Portability here was =
not=20
                        imperative, so the high power consumption of a =
real=20
                        class A amp was not a big drawback. I developed =
this=20
                        project at the beginning of 2002 and it was =
first=20
                        presented at DIYaudio.com in February 2002. =
Since the=20
                        intellectual property belongs to Pass Labs, this =
circuit=20
                        is intended only for not=96for=96profit use, =
unless the=20
                        current source topology is altered. I wish to =
thank=20
                        Nelson Pass for his open-mindedness and =
involvement in=20
                        the DIY audio world; the DIYer community will be =
always=20
                        grateful to him! <BR><BR>THE CIRCUITS =
<BR><BR>The=20
                        Amplifier <BR><BR>Schematic for Zen headphone =
amplifier=20
                        - one channel <BR>Figure 1 <BR><BR>The schematic =
in=20
                        figure 1 shows one channel of the headphone amp. =
The=20
                        HexFets employed are the usual International =
Rectifier=20
                        IRF610, both for the active side and for the =
current=20
                        source. The circuit is quite simple, only one =
gain stage=20
                        built around an IRF610 (Q2 at the bottom of the=20
                        schematic), biased by another IRF610 (Q1). The =
two=20
                        diodes (D1 and D2) are for over-voltage =
protection=20
                        purposes: any type, between few volts and about =
15-16V=20
                        will work fine. <BR><BR>The main idea behind =
Pass'=20
                        variable current source is that the bias current =
is=20
                        controlled by the output signal. The "sensing =
amplifier"=20
                        is built around Q3. An output resistor, R11, =
senses the=20
                        current through the load. Q3 drives the gate of =
Q1 and=20
                        modulates the bias current in Q2 according to =
the=20
                        "sensed" load current. <BR><BR>The Grados are =
low=20
                        impedance headphones, about 30 ohms, and are =
very=20
                        efficient too. To get the maximum output swing =
required=20
                        by a headphone amplifier, I measured, by a =
storage=20
                        scope, the maximum output level at which the =
headphones=20
                        began obviously to distort. At 2.7Vpeak =
(1.9Vrms), there=20
                        was enormous sound pressure from the headphones. =
This=20
                        was definitely plentiful! <BR><BR>To obtain the =
wide=20
                        compatibility with low-output sources, such as =
tape=20
                        decks and tuners, I chose at least 10dB gain for =
the=20
                        amplifier. This ensures adequate headroom with =
almost=20
                        every CD and CD player I've tried. The =
amplifier's=20
                        output current depends on the the output stage =
bias=20
                        current, which can be set between a few mA and =
about=20
                        280mA. If you have an high-impedance headphone, =
you=20
                        don=92t need to charge the higher current setup, =
even if=20
                        at least 100mA bias current is advisable for the =
best=20
                        sound quality. <BR><BR>This circuit makes use of =

                        feedback, but mainly to estabilish the working =
point,=20
                        since the open-loop performance is quite good. =
R12 forms=20
                        a little local feedback. It slightly enhances =
the=20
                        circuit linearity, without further dropping the =
input=20
                        impedance of the stage. <BR><BR>The main =
feedback=20
                        network (R7, R9, R14) takes care of the =
operating=20
                        parameters of the circuit, such as working =
point, gain,=20
                        bandpass width and, in consequence, input =
impedance. It=20
                        has been arranged for a power supply rail of =
about 24V=20
                        and for an input impedance of about 35K Ohms =
(above a=20
                        good part of the audio spectrum). With those =
values, the=20
                        upper frequency limit of the amplifier is about =
20KHz=20
                        (-3dB) and the mid-band gain about 13dB =
(equivalent to a=20
                        voltage gain of 4.5). <BR><BR>Changing the gain =
of the=20
                        amp is not difficult, if you know what you're =
doing.=20
                        Although the gain is controlled by local =
feedback=20
                        network (R7, R9 and R14), changing these values =
will=20
                        change the frequency response, and the input =
impedance=20
                        too. You must consider all the parameters that =
change=20
                        with it. However, for me, this configuration is, =
at the=20
                        moment, the best configuration among all for the =
gain.=20
                        <BR><BR>If you want to widen the passband, you =
may=20
                        change some of the feedback resistors. For =
example, if=20
                        R7 is 10K Ohm, R14 is 53K Ohm and R9 68K Ohm, =
the input=20
                        impedance now drops down to about 11K Ohm, but =
the=20
                        "-3dB" upper frequency limit goes up to about =
60-80KHz,=20
                        at least according to simulations. Anyway, with =
Grado=20
                        headphones (I=92ve tried with the latest RS-1, =
SR-325 and=20
                        SR-80) the passband limitation is not a flaw at =
all;=20
                        these phones are quite bright. <BR><BR>R17 (the=20
                        "Balance" trimmer) is useful to make equal the =
signal=20
                        currents (not bias current!) between the =
HexFets'=20
                        drains, where the performance of the active =
current=20
                        source is optimal. Thus, setting R17 (described =
later)=20
                        requires a signal generator and an AC voltmeter =
and/or=20
                        an oscilloscope. <BR><BR>R16 sets the bias =
current,=20
                        between few mAs and about 300mA. Although the =
current=20
                        sensing system decides how to vary bias current=20
                        according to the needs of the load, the =
quiescent bias=20
                        current must be set manually. The amplifier can =
deliver=20
                        about twice the bias current to the load due to =
the=20
                        operation of the active current source: Iout =3D =
2 *=20
                        Ibias. A bias current of 300mA is plentiful, =
enough for=20
                        the destruction of the Grado headphones, =
probably the=20
                        lowest impedance headphones for high quality =
listening.=20
                        <BR><BR>The output impedance of the amplifier is =

                        affected by the bias current. Here a classical =
negative=20
                        feedback loop doesn't help. The output impedance =

                        decreases as the bias current increases. This =
should not=20
                        give any cause for concern. With greater bias =
current,=20
                        the output peak current increases too (see =
above), and=20
                        the distortion goes down, with the same load at =
the=20
                        output. For example, with a bias current of =
300mA, the=20
                        output impedance is about 18 Ohms; the output =
impedance=20
                        is 25 Ohms with a bias current of 100mA. =
<BR><BR>Timer=20
                        and Equalizer <BR><BR>Schematic for output =
muting timer=20
                        and equalizer. <BR>Figure 2 <BR><BR>The muting =
timer and=20
                        equalizer circuits are optional, but highly =
recommended=20
                        - especially the muting timer. A =
timer-controlled relay=20
                        short-circuits (mutes) the outputs (a couple of =
seconds=20
                        are plentiful) to avoid the power-on bump. It =
employs a=20
                        normally-closed 12V relay that short-circuits =
the amp=20
                        outputs to GND. After about 2 seconds, the relay =
turns=20
                        on, and the outputs of the amp are "free". When =
the amp=20
                        is turned off (opening the switch's contacts =
connected=20
                        to the J3 poles in the power supply board), the =
timer=20
                        capacitor (C7) completes its discharge in few =
tenths of=20
                        second, mainly by the R4 resistor, to =
short-circuit the=20
                        amp's outputs before the power-off bump. =
<BR><BR>With=20
                        Grados, I employ a simple equalizer to slightly =
shave=20
                        the upper frequency behaviour, so the sibilances =
are not=20
                        so noticeable. The magnitude of these =
modifications is=20
                        about one dB or so. The effect can be tuned by =
four=20
                        dip-switches per channel, located in the bottom =
of the=20
                        chassis. These switches put an RC filter in =
parallel=20
                        with the headphone transducer; this, combined =
with the=20
                        amplifier output impedance, make the wanted =
correction.=20
                        The cut-off frequencies are not so important, =
since=20
                        these filters don't work as crossovers do, but =
they=20
                        slightly tame the upper frequency behaviour.=20
                        Furthermore, they work together, not separately =
from=20
                        each other. <BR><BR>Power Supply =
<BR><BR>Schematic for=20
                        power supply - version 1. <BR>Figure 3 =
<BR><BR>There are=20
                        two power supplies: one version for the =
amplifier and=20
                        muting timer (figure 3) and a simplified version =
for the=20
                        amplifier only (figure 4). The power transformer =

                        secondary supplies about 18Vrms, so the V+ rail =
is about=20
                        24VDC, adequate also for hi-Z headphones. I =
don=92t like=20
                        regulated power supply units for this kind of =
circuits,=20
                        so a simple Pi filter is employed here, made by =
C2, C6=20
                        and R18. The PSRR of the audio circuit is about =
30dB.=20
                        With a 30-Ohm output load, I=92ve measured about =
350uV=20
                        (1uV =3D 1*10-6 Volts!!); in spite of this, =
since the=20
                        Grados are quite sensitive headphones, a little =
hum can=20
                        be heard, only if the room noise floor is =
absolutely low=20
                        and there is no signal applied at the input, of =
course.=20
                        <BR><BR>Schematic for power supply - version 2.=20
                        <BR>Figure 4 <BR><BR>The timer circuit is feed =
by the=20
                        +/- TIMER plugs in the power supply board, =
obtained by a=20
                        resistor partition from the 24VDC rail. The =
values are=20
                        calcuated for a fast discharge of the timer =
capacitance=20
                        (few tens of milliseconds), so the power-off =
bump is cut=20
                        by this circuit. On the other hand, the power=20
                        dissipation of the two resistors, R3 and R4 =
(timer), is=20
                        not so moderate. They get hot, so at least 3W =
components=20
                        must be employed. For symmetry purposes, the =
other=20
                        channel power supply also employs two resistors =
(R1 and=20
                        R2), which can feed a 12V LED assembly (with the =

                        resistor integrated in the LED's mounting =
hardware).=20
                        <BR><BR>In the first power supply, diodes D6 and =
D7=20
                        prevent the reverse discharge of the second big=20
                        capacitor of the PI filter of the power supply =
(C6 shown=20
                        in amplifier schematic - figure 1). D7 also =
prevents a=20
                        delay in the relay switching at power-off, by =
keeping C7=20
                        and C6 electrically separate. Otherwise, C7 and =
C6 are=20
                        effectively in parallel, which slows the =
discharge of=20
                        C7. In this latter case, the timer closes the =
relay=20
                        connected to the amp outputs after the power-off =
bump=20
                        happens, and that is not so useful. =
<BR><BR>CONSTRUCTION=20
                        <BR><BR><BR>Download PC Board Layouts for Zen =
Headphone=20
                        Amp (237K) <BR><BR>In addition to the amplifier =
PC=20
                        boards, I built boards for the power supply =
(shown above=20
                        at the rear of the chassis) and the =
timer-equalizer=20
                        circuit (click the link above to download the =
patterns=20
                        and overlays in PDF format). Included in the zip =
file=20
                        are two drawings showing how to wire both signal =
and=20
                        power connections. They are called =
power_connections.pdf=20
                        and signal_connections.pdf. <BR><BR>As often =
happens=20
                        with simple circuits, the amplifier is quite =
sensitive=20
                        to component quality. Q1 and Q2 are critical. If =
you=20
                        decide to employ other devices, you must make =
sure that=20
                        the input gate capacitance is not excessive. The =
high=20
                        frequency roll-off depends mainly on this =
parameter.=20
                        With IRF520, 530 and 620, the frequency response =
is not=20
                        acceptable. The only device that seems to work =
well is=20
                        the IRF 610 - at least that I could find on the =
market.=20
                        <BR><BR>Circuit for matching HexFETs. <BR>Figure =
5=20
                        <BR><BR>The "active side" HexFETs (Q2) must be =
matched=20
                        to ensure the same gain between the two channels =
(the=20
                        current source gain can be set by the trimmer =
(this is=20
                        another difference respect to the current =
sources in the=20
                        Aleph amps, which constrain to select all the =
devices,=20
                        not only the "signal" ones). <BR><BR>I built a =
simple=20
                        matching circuit shown in figure 5. The bias =
current is=20
                        360mA (calculated as Ibias =3D (V1 - 4)/R1). It =
may be=20
                        regulated with a correct value for the power =
supply=20
                        voltage (12V in this case) and for the R value. =
The=20
                        HexFET component should be thermal stabilized (a =
couple=20
                        of minutes or so) and heatsinked during this =
test. The=20
                        selection parameter is Vd, and its value is =
around 4V.=20
                        For matching the HexFETs, I think that 0.1V =
tolerance is=20
                        plentiful. Devices matched to a few fractions of =
volt=20
                        can be achieved, in my opinion, by buying ten or =
fifteen=20
                        pieces, and make the matching among these. I =
bought 50=20
                        pieces and found, if I recall right, many 4.17V =
units.=20
                        <BR><BR>I used ZTX450s because I had some of =
these in my=20
                        pocket. To substitute for the ZTX450, any NPN =
transistor=20
                        with an hfe greater than 100 will work well. =
With the=20
                        values as in the schematic diagram, the Q3 =
collector=20
                        current is about 2.5mA and the Vce drop about =
5V. Figure=20
                        1 shows the quiescent voltages (taken with =
reference to=20
                        ground) of the active semiconductors when the =
amp is set=20
                        with 210mA bias current. These should be =
sufficient for=20
                        troubleshooting purposes. <BR><BR>C3, C4 and C5 =
should=20
                        be high quality electrolytic capacitors. ELNA =
Starget,=20
                        Cerafine, and Rubycon Black Gate are perfect for =
this=20
                        use. Good quality electrolytic capacitors are =
needed=20
                        here: far better than bypassing bad =96 or old - =

                        electrolytic stuff by plastic film types. I =
totally=20
                        agree with Richard Murdey's opinions about =
bypass=20
                        practice. <BR><BR>The C2 (4.7uF) and C4, C5 =
(470uF)=20
                        values are non-critical and a little plentiful. =
You can=20
                        modify their values without any low-frequency =
loss. I=20
                        could find only good quality 470uF (or less) =
components=20
                        (Elna Starget stuff) here in Italy. If you want =
to=20
                        simplify, a single 470uF piece for C4 or C5 will =
work=20
                        fine. With 940uF (or 2 x 470uF), the lower =
cutoff=20
                        frequency is about 4Hz with a 32 Ohm load. If =
the total=20
                        capacitance were 470uF, the Fc should be double =
(8Hz),=20
                        of course. <BR><BR>I employed 0.5W resistors for =
the=20
                        whole amp, except for R10, R11 and R12, where I =
used 1W=20
                        stuff. I like to oversize the power ratings to =
otain=20
                        colder devices and smaller thermal noise, but =
this is=20
                        only a personal opinion. In the power supply =
board, all=20
                        of the resistors must be 3W: remember that the =
power=20
                        dissipation is quite high! <BR><BR>A suitable =
heat sink,=20
                        or a metal chassis, for the power HexFets must =
be=20
                        employed. To dissipate the not marginal heat =
quantity=20
                        from the power HexFETs =96 about 3.5 watts each, =
the=20
                        bottom of my chassis is made of black-anodized =
aluminum=20
                        alloy. The TO-220 cases have been insulated from =
the=20
                        chassis with Sil-Pad sheets (a substitute for =
silicone=20
                        grease - I hate silicone grease) and plastic =
bolts.=20
                        <BR><BR>A 100 Ohm resistor is connected between =
the=20
                        common ground of the two channels and the =
chassis, to=20
                        ensure a shielding function. <BR><BR>Interior of =
Zen=20
                        headphone amplifier chassis. <BR><BR>The timer =
and the=20
                        high frequency equalizer are placed on the same =
board.=20
                        The timer circuit provides a 2-second output =
muting. The=20
                        J1 connector from this circuit must be connected =
in=20
                        parallel with the headphone jack, so no relay =
resistance=20
                        is seen by the signal path. The equalizer =
slightly tames=20
                        the behaviour of the upper frequencies, and is a =

                        convenient feature for certain headphones, like =
my Grado=20
                        SR-325. DS1, an 8-pole DIP-switch (4 switches =
per=20
                        channel), which can be seen on the bottom of the =

                        chassis, controls the intensity of the =
equalizer's=20
                        action. <BR><BR>Frequency response of equalizer. =

                        <BR>Figure 6 <BR><BR>The DIP switch layout is=20
                        symmetrical. The left-hand 4 poles are for left=20
                        channels, the others for the right channel, of =
course.=20
                        Switches 4 and 5 control the upper treble, =
switches 1=20
                        and 8 permit a soft mid-high control, switches 2 =
and 7=20
                        enhance this intervention, and switches 3 and 6 =
lower=20
                        the frequency from which the correction begins. =
For the=20
                        values of the RC network, you can see the =
schematic in=20
                        figure 2. <BR><BR>The "L-folded" aluminum sheet =
is=20
                        employed to shield any possible magnetic loss =
from the=20
                        transformer and to fasten the power-on switch =
too. The=20
                        power-on switch is a double-pole component (a =
rotary=20
                        switch). It must be connected to SWITCH1A (J2) =
and=20
                        SWITCH1B (J3) connectors on the power supply =
board. The=20
                        power supply primary winding is always connected =
to the=20
                        mains. The headphone amps should be connected to =
the=20
                        "+/- RIGHT CHANNEL" and "+/- LEFT CHANNEL" =
plugs.=20
                        <BR><BR>The power transformer is a good quality =
50VA=20
                        toroidal type, although 30VA is well enough. In =
Europe=20
                        we have 220-230 VAC, In USA I think there are =
110-115=20
                        VAC, so the fuse current rating for the American =

                        builders should be twice than the European =
standard.=20
                        I've not measured the current inrush of the =
power=20
                        supply, bu 250mA rating for the Europeans, and =
500mA for=20
                        the Americans ("T" fuse, or delayed type, of =
course)=20
                        should be a correct choice. Its purpose is only =
to avoid=20
                        a disaster, if there were a power transformer =
failure.=20
                        <BR><BR>The enclosure I used is made of =
aluminium alloy,=20
                        except for the top cover, which is made of =
steel.=20
                        Dimensions: 230 x 42 x 287 millimeters. The =
bottom was=20
                        originally identical to the top. I made it from =
a=20
                        2mm-thick aluminium sheet for heat dissipation =
purposes:=20
                        the hexfets must be screwed to this. The =
enclosure is=20
                        made by "Electronica 2000", an Italian cabinets=20
                        manufacturer for electronic DIY projects. =
<BR><BR>The=20
                        left knob on the chassis is the volume =
potentiometer. It=20
                        is a high-quality 40mm Alps RK-40 (20K Ohm x 2 ) =

                        logarithmic potentiometer; the other is the =
power-on=20
                        rotary switch. The whole signal wiring is made =
by silver=20
                        OFC =96 with Teflon insulation =96 wire. For the =
inputs, I=20
                        used gold-plated Teflon insulated RCA connectors =

                        (mounted on the rear). The headphone jack is an=20
                        high-quality Neutrik piece, with a lock =
mechanism. I=20
                        bought it from RS Components (about 7-8 EUROs).=20
                        <BR><BR>MEASUREMENTS <BR><BR>All measurements =
have been=20
                        done with HP and Tektronix instruments, and with =
Sound=20
                        Technology Spectralab 4.32 demo version, =
especially for=20
                        printing convenience. <BR><BR>Frequency response =
of the=20
                        amplifier: headphone load 33 Ohm resistive. The =
upper=20
                        =963dB point is about 20KHz, the lower limit is =
below 4Hz.=20
                        <BR><BR>Power supply noise, measured at the =
output of=20
                        the amplifier, with no signal at the input. =
Headphone=20
                        load 33 Ohm resistive. The 100Hz peak is about=20
                        =9670dBVrms, or about 416uVrms, the 2nd and 3rd =
order=20
                        harmonics are quite below this level (-82 dBVrms =
and =9692=20
                        dBVrms respectively). No signal at the input, of =
course.=20
                        <BR><BR>Spectrum analysis: output level 100mVrms =
on 33=20
                        Ohm load, 1KHz. THD+N is about 0.059% according =
to=20
                        Spectralab, about 0.08% according to the HP =
distortion=20
                        analyzer. Below =96100dBV also the soundcard=92s =
distortion=20
                        appears, the highest order harmonics are typical =
of this=20
                        setup. The 100Hz distortion is quite lower =96 =
about=20
                        0.03%, not so the 10KHz: at this frequency, we =
have=20
                        about 0.18%: these measurement were made with my =
Hewlett=20
                        Packard Distortion Analyzer. The spectrum shape, =
anyway,=20
                        is almost the same, as I could see with a =
wideband L.F.=20
                        Spectrum Analyzer. <BR><BR>Same as above, but =
with=20
                        500mVrms, 1KHz. Spectralab THD+N: 0.20%, HP D. =
A. 0.19%.=20
                        <BR><BR>With HP D. A.: <BR><BR>    100Hz: 0.09%. =
<BR>   =20
                        10KHz: 1.1%  <BR><BR>Now the output level is =
about=20
                        1Vrms, 1KHz as usual. Spectralab THD+N: 0.40%, =
HP D. A.=20
                        0.40%. <BR><BR>With HP D. A.: <BR><BR>    100Hz: =
0.18%.=20
                        <BR>    10KHz: 2.2%  <BR><BR>In spite of the =
high output=20
                        level, the distortion=92s benign shape is =
preserved. The=20
                        maximum output level is about 3.3Vrms, always =
with 33=20
                        Ohm load. With higher impedance loads, the =
distortion=20
                        level decreases accordingly. The spectrum =
distortion=20
                        shape, and the frequency-distortion behaviour =
are=20
                        typical of this kind of (simple single-ended) =
circuits.=20
                        This is the cost to count for a single-stage =
structure:=20
                        on the other hand the sound is beautiful. =
<BR><BR>FINAL=20
                        SETUP AND RESULTS <BR><BR>Setting R16 (bias =
trimmer): I=20
                        chose a bias current of about 210mA; with higher =

                        impedance headphones a lighter bias will be =
fine.=20
                        Anyway, I'd set the bias current between 100 and =
300mA,=20
                        not less, even with higher impedance headphones. =
More is=20
                        not useful. <BR><BR>To measure the bias current, =
connect=20
                        a DC voltmeter, without any input signal, across =
R10 or=20
                        R12 (preferably R12 because its cold side is =
connected=20
                        to ground). The resistance value is 2.2 Ohms, so =
the=20
                        bias current is about V(R12)/2.2 [Amperes]. For =
example,=20
                        with 0.6VDC across R12, we obtain =
0.6/2.2=3D0.27A, or=20
                        270mA. <BR><BR>Setting R17 (balance trimmer): =
You must=20
                        use a signal generator and an AC voltmeter =
and/or an=20
                        oscilloscope. To trim the Id(Q1)/Id(Q2) ratio, =
apply a=20
                        test signal at the input =96 for example 1KHz - =
and=20
                        measure the AC contribution across R10 and R12. =
Adjust=20
                        R17 so that the contribution across each =
resistor is=20
                        equal. You can try to vary this value while =
you're=20
                        listening to the amp, and see for yourself the =
best=20
                        setting. <BR><BR>Setting the EQ: The frequency =
responses=20
                        of the equalizer DIP switch settings are shown =
in figure=20
                        6. Switches 1, 2 and 3 (or switches 8, 7 and 6 =
for the=20
                        other channel) refer to the same RC network. =
They work=20
                        in conjunction with each other. Going from a =
light to=20
                        strong effect, the switches are set as follows: =
S1, S2,=20
                        S1+S2. S3 is used to lower the frequency from =
which the=20
                        correction begins. <BR><BR>S4 is the lightest =
correction=20
                        of the top end of the spectrum. Consider that =
with the=20
                        Grado SR-325 headphones, I always use the S4 =
correction.=20
                        With bad recordings, sometimes I employ the S1 =
setup.=20
                        The other EQ settings are quite "heavy" for my =
tastes.=20
                        With a friend's Grado RS-1, no correction was =
needed,=20
                        for the most of listenings. <BR><BR>I have a =
Grado RA-1=20
                        headphone amp, and I have owned a QED headphone =
amp too=20
                        (the QED is not a good sounding amp at all, at =
least in=20
                        my opinion). With respect to my RA-1 amp, all my =
records=20
                        do sound better through the Zen amp. Bad =
recordings=20
                        sound better, good recordings much more better. =
The=20
                        sound seems more natural in the whole spectrum, =
more=20
                        dynamic, and the soundstage is much more open, =
large.=20
                        The only critical point I hear with bad-recorded =
stuff,=20
                        is the high portion of the spectrum, but this is =
the=20
                        Grado SR-325 problem: in this case, the RA-1 is =
quite=20
                        unlistenable, really. The RC equalizer tames =
this "Grado=20
                        325" effect. <BR><BR>The opinion of friends of =
mine who=20
                        have listened to the amplifiers is that the Zen =
amp is=20
                        more open, detailed and less fatiguing than the =
Grado=20
                        RA-1. The transients are more natural and =
effortless -=20
                        no compression. I designed the Zen amp just for =
Grado=20
                        cans. I've tried it with my SR-325 cans, with a =
friend's=20
                        RS-1 and SR-80. The circuit is optimized to work =
with=20
                        Grado products, but I=92ve tried it also with an =
old AKG=20
                        141 Monitor, and a couple of Sennheisers, and =
the sound=20
                        was good too. Maybe, with these transducers, it =
would be=20
                        advisable to configure the Zen amp with the =
"wider band"=20
                        setup. Feel free to contact me at the email =
address=20
                        below. As time permits, I'll be glad to answer =
to your=20
                        questions.                                       =
       =20
                         </DIV><BR><BR>
                        <DIV align=3D"center"><IMG width=3D"693" =
height=3D"495"=20
                        oncontextmenu=3D"return true;" alt=3D"Zen =
Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/pell1.html
                        border=3D"0">						   </DIV><BR><BR>
                        <DIV align=3D"center"><IMG width=3D"650" =
height=3D"500"=20
                        oncontextmenu=3D"return true;" alt=3D"Zen =
Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/pell3.html
                        border=3D"0">						   </DIV><BR><BR><IMG =
width=3D"650"=20
                        height=3D"350" oncontextmenu=3D"return true;" =
alt=3D"Zen Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/pell4.html
                        border=3D"0">		                    <BR><BR><IMG =
width=3D"420"=20
                        height=3D"350" oncontextmenu=3D"return true;" =
alt=3D"Zen Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/pell5.html
                        border=3D"0">		                    <BR><BR><IMG =
width=3D"502"=20
                        height=3D"376" oncontextmenu=3D"return true;" =
alt=3D"Zen Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/pell6.html
                        border=3D"0">		                    <BR><BR><IMG =
width=3D"264"=20
                        height=3D"241" oncontextmenu=3D"return true;" =
alt=3D"Zen Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/pell7.html
                        border=3D"0">		                    <BR><BR><IMG =
width=3D"685"=20
                        height=3D"250" oncontextmenu=3D"return true;" =
alt=3D"Zen Headphone Amplifier"=20
                        =
src=3D_http_/electronics-diy.com/schematics/1114/pell9.html
                        border=3D"0">		                    <BR><BR><IMG =
width=3D"578"=20
                        height=3D"393" oncontextmenu=3D"return true;" =
alt=3D"Zen Headphone Amplifier"=20
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src=3D_http_/electronics-diy.com/schematics/1114/pell10.html
                        border=3D"0">		                    <BR><BR><IMG =
width=3D"571"=20
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alt=3D"Zen Headphone Amplifier"=20
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src=3D_http_/electronics-diy.com/schematics/1114/pell11.html
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width=3D"575"=20
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                        border=3D"0">		                    =
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href=3D_http_/electronics-diy.com/AD8307_USB_0-500MHz_RF_Power_Meter.html
">Accurate=20
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src=3D_http_/electronics-diy.com/img/green_bulllet.html>=20
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ster.php">500mW=20
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Inductance Meter)=20
                                and start making your own coils and =
inductors.=20
                                This LC Meter allows to measure =
incredibly small=20
                                inductances making it perfect tool for =
making=20
                                all types of RF coils and inductors. LC =
Meter=20
                                can measure inductances starting from =
10nH -=20
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consumption=20
                                0-10A or more with 10mA resolution. The =
meter is=20
                                a perfect addition to any power supply, =
battery=20
                                chargers and other electronic projects =
where=20
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The meter=20
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href=3D_http_/electronics-diy.com/storeefa4.html?sel=3Dkits&amp;sub=3D50mhz_f=
requency_meter"><IMG=20
                              width=3D"250" height=3D"240" alt=3D"50MHz =
60MHz Frequency Meter / Counter with 16F628 &amp; LCD"=20
                              =
src=3D_http_/electronics-diy.com/img/kits/60MHz_Frequency_Meter_Counter_%3d.html
PIC16F628A.jpg"=20
                              border=3D"0"></A></DIV></TD>
                            <TD width=3D"50%">
                              <DIV align=3D"center"><A =
href=3D_http_/electronics-diy.com/store2990.html?sel=3Dkits&amp;sub=3Dfunctio=
n_generator"><IMG=20
                              width=3D"286" height=3D"240" alt=3D"1Hz - =
2MHz XR2206 Function Generator"=20
                              =
src=3D_http_/electronics-diy.com/img/kits/XR2206_Function_Generator_Kit.html
jpg"=20
                              border=3D"0"></A></DIV></TD></TR>
                          <TR>
                            <TD valign=3D"top">
                              <TABLE border=3D"0" cellspacing=3D"10"=20
cellpadding=3D"0">
                                <TBODY>
                                <TR>
                                <TD><SPAN class=3D"ediy_adv_banner =
style3"><A=20
                                =
href=3D_http_/electronics-diy.com/storeefa4.html?sel=3Dkits&amp;sub=3D50mhz_f=
requency_meter"><STRONG>60MHz=20
                                Frequency Meter / =
Counter</STRONG></A><BR><BR>
                                Frequency Meter / Counter measures =
frequency=20
                                from 10Hz to 60MHz with 10Hz resolution. =
It is a=20
                                very useful bench test equipment for =
testing and=20
                                finding out the frequency of various =
devices=20
                                with unknown frequency such as =
oscillators,=20
                                radio receivers, transmitters, function=20
                                generators, crystals, etc.=20
                                </SPAN></TD></TR></TBODY></TABLE></TD>
                            <TD valign=3D"top">
                              <DIV align=3D"left">
                              <TABLE border=3D"0" cellspacing=3D"10"=20
cellpadding=3D"0">
                                <TBODY>
                                <TR>
                                <TD><SPAN class=3D"ediy_adv_banner =
style3"><A=20
                                =
href=3D_http_/electronics-diy.com/store2990.html?sel=3Dkits&amp;sub=3Dfunctio=
n_generator"><STRONG>1Hz=20
                                - 2MHz XR2206 Function=20
                                Generator</STRONG></A><BR><BR>1Hz - 2MHz =
XR2206=20
                                Function Generator produces high quality =
sine,=20
                                square and triangle waveforms of =
high-stability=20
                                and accuracy. The output waveforms can =
be both=20
                                amplitude and frequency modulated. =
Output of 1Hz=20
                                - 2MHz XR2206 Function Generator can be=20
                                connected directly to 60MHz Counter for =
setting=20
                                precise frequency output.=20
                                =
</SPAN></TD></TR></TBODY></TABLE></DIV></TD></TR></TBODY></TABLE><BR>
                        <TABLE align=3D"center" border=3D"0" =
cellspacing=3D"0"=20
                        cellpadding=3D"0">
                          <TBODY>
                          <TR>
                            <TD width=3D"50%">
                              <DIV align=3D"center"><A =
href=3D_http_/electronics-diy.com/store63e2.html?sel=3Dkits&amp;sub=3Dfm_tran=
smitters"><IMG=20
                              width=3D"302" height=3D"240" alt=3D"BA1404 =
HI-FI Stereo FM Transmitter"=20
                              =
src=3D_http_/electronics-diy.com/img/kits/BA1404_Transmitter_Kit.html
                              border=3D"0"></A></DIV></TD>
                            <TD width=3D"50%">
                              <DIV align=3D"center"><A =
href=3D_http_/electronics-diy.com/store94e8.html?sel=3Dkits&amp;sub=3DUSB_IO_=
Board"><IMG=20
                              width=3D"354" height=3D"240" alt=3D"USB IO =
Board PIC18F2455 / PIC18F2550"=20
                              =
src=3D_http_/electronics-diy.com/img/kits/USB_IO_Board_Breadboard.html
                              border=3D"0"></A></DIV></TD></TR>
                          <TR>
                            <TD valign=3D"top">
                              <TABLE border=3D"0" cellspacing=3D"10"=20
cellpadding=3D"0">
                                <TBODY>
                                <TR>
                                <TD><SPAN class=3D"ediy_adv_banner =
style3"><A=20
                                =
href=3D_http_/electronics-diy.com/store63e2.html?sel=3Dkits&amp;sub=3Dfm_tran=
smitters"><STRONG>BA1404=20
                                HI-FI Stereo FM =
Transmitter</STRONG></A><BR><BR>
                                Be "On Air" with your own radio station! =
BA1404=20
                                HI-FI Stereo FM Transmitter broadcasts =
high=20
                                quality stereo signal in 88MHz - 108MHz =
FM band.=20
                                It can be connected to any type of =
stereo audio=20
                                source such as iPod, Computer, Laptop, =
CD=20
                                Player, Walkman, Television, Satellite =
Receiver,=20
                                Tape Deck or other stereo system to =
transmit=20
                                stereo sound with excellent clarity =
throughout=20
                                your home, office, yard or camp ground.=20
                                </SPAN></TD></TR></TBODY></TABLE></TD>
                            <TD valign=3D"top">
                              <TABLE border=3D"0" cellspacing=3D"10"=20
cellpadding=3D"0">
                                <TBODY>
                                <TR>
                                <TD><SPAN class=3D"ediy_adv_banner =
style3"><A=20
                                =
href=3D_http_/electronics-diy.com/store94e8.html?sel=3Dkits&amp;sub=3DUSB_IO_=
Board"><STRONG>USB=20
                                IO Board</STRONG></A><BR><BR>USB IO =
Board is a=20
                                tiny spectacular little development =
board /=20
                                parallel port replacement featuring=20
                                PIC18F2455/PIC18F2550 microcontroller. =
USB IO=20
                                Board is compatible with Windows / Mac =
OSX /=20
                                Linux computers. When attached to =
Windows IO=20
                                board will show up as RS232 COM port. =
You can=20
                                control 16 individual microcontroller =
I/O pins=20
                                by sending simple serial commands. USB =
IO Board=20
                                is self-powered by USB port and can =
provide up=20
                                to 500mA for electronic projects. USB IO =
Board=20
                                is breadboard compatible.=20
                                =
</SPAN></TD></TR></TBODY></TABLE></TD></TR></TBODY></TABLE><BR>
                        <TABLE align=3D"center" border=3D"0" =
cellspacing=3D"0"=20
                        cellpadding=3D"0">
                          <TBODY>
                          <TR>
                            <TD width=3D"50%">
                              <DIV align=3D"center"><A =
href=3D_http_/electronics-diy.com/storeeca5.html?sel=3Dkits&amp;sub=3Drf_remo=
te_control"><IMG=20
                              alt=3D"RF Remote Control 433MHz Four =
Channel" =
src=3D_http_/electronics-diy.com/img/kits/Wireless_RF_Remote_Control_Sys%3d.html
tem.jpg"=20
                              border=3D"0"></A></DIV></TD>
                            <TD width=3D"50%">
                              <DIV align=3D"center"><A =
href=3D_http_/electronics-diy.com/storeeca5.html?sel=3Dkits&amp;sub=3Drf_remo=
te_control"><IMG=20
                              alt=3D"100m 4-Channel 433MHz Wireless RF =
Remote Control"=20
                              =
src=3D_http_/electronics-diy.com/img/kits/Four_Channel_RF_Remote_Control%3d.html
_System_PCB_Remote_100m.jpg"=20
                              border=3D"0"></A></DIV></TD>
                            <TD>&nbsp;</TD></TR>
                          <TR>
                            <TD valign=3D"top">
                              <TABLE border=3D"0" cellspacing=3D"10"=20
cellpadding=3D"0">
                                <TBODY>
                                <TR>
                                <TD><SPAN class=3D"ediy_adv_banner =
style3"><A=20
                                =
href=3D_http_/electronics-diy.com/storeeca5.html?sel=3Dkits&amp;sub=3Drf_remo=
te_control"><STRONG>200m=20
                                4-Channel 433MHz Wireless RF Remote=20
                                Control</STRONG></A> <BR><BR>Having the =
ability=20
                                to control various appliances inside or =
outside=20
                                of your house wirelessly is a huge =
convenience,=20
                                and can make your life much easier and =
fun. RF=20
                                remote control provides long range of up =
to 200m=20
                                / 650ft and can find many uses for =
controlling=20
                                different devices, and it works even =
through the=20
                                walls. You can control lights, fans, AC =
system,=20
                                computer, printer, amplifier, robots, =
garage=20
                                door, security systems, motor-driven =
curtains,=20
                                motorized window blinds, door locks, =
sprinklers,=20
                                motorized projection screens and =
anything else=20
                                you can think of.=20
                            </SPAN></TD></TR></TBODY></TABLE></TD>
                            <TD valign=3D"top">
                              <TABLE border=3D"0" cellspacing=3D"10"=20
cellpadding=3D"0">
                                <TBODY>
                                <TR>
                                <TD><SPAN class=3D"ediy_adv_banner =
style3"><A=20
                                =
href=3D_http_/electronics-diy.com/storeeca5.html?sel=3Dkits&amp;sub=3Drf_remo=
te_control"><STRONG>100m=20
                                4-Channel 433MHz Wireless RF Remote=20
                                Control</STRONG></A> <BR><BR>Four button =
RF=20
                                remote is used to turn ON / OFF four =
different=20
                                devices independently. Any of the four =
outputs=20
                                can be configured to work independently =
in=20
                                either toggle or momentary mode. Outputs =
are=20
                                buffered by BC549 NPN transistors and =
can drive=20
                                low voltage devices directly or be =
connected to=20
                                either 5V or 12V relays (or motors) to =
control=20
                                appliances that use 110V / 220V mains =
voltage or=20
                                any voltage of your choice. Multiple =
remote=20
                                systems can be used independently to =
control=20
                                more than four appliances in the same =
location=20
                                by changing the address code on 433MHz =
receiver=20
                                and remote. It is also possible to use =
several=20
                                remotes to control the same appliance =
such as=20
                                garage door. =
</SPAN></TD></TR></TBODY></TABLE></TD>
                            =
<TD>&nbsp;</TD></TR></TBODY></TABLE></TD></TR></TBODY></TABLE><BR></TD></=
TR></TBODY></TABLE></TD></TR></TBODY></TABLE></TD></TR></TBODY></TABLE>
<P align=3D"center"><FONT color=3D"#9999cc" face=3D"Verdana, Arial, =
Helvetica, sans-serif"=20
size=3D"2">Electronics-DIY.com =A9 2002-2014. All Rights Reserved. =
</FONT></P>
<SCRIPT src=3D_http_/www.google-analytics.com/urchin.html =
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style=3D"color:#0099FF;text-decoration:none;">http://alexgorbatchev.com</=
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style=3D"color:#0099FF;text-decoration:none;">donate</a> to keep =
development active!</div></div><div>JavaScript code syntax =
highlighter.</div><div>Copyright 2004-2009 Alex =
Gorbatchev.</div></div></body></html>'
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				{
					var div =3D highlighter.div;
				=09
					sender.parentNode.removeChild(sender);
					div.className =3D div.className.replace('collapsed', '');
				};
			},
	=09
			/**=20
			 * Command to open a new window and display the original unformatted =
source code inside.
			 */
			viewSource : function(highlighter)
			{
				this.create =3D function()
				{
					return sh.config.strings.viewSource;
				};
			=09
				this.execute =3D function(sender, event, args)
				{
					var code =3D =
sh.utils.fixInputString(highlighter.originalCode).replace(/</g, '&lt;'),
						wnd =3D sh.utils.popup('', '_blank', 750, 400, 'location=3D0, =
resizable=3D1, menubar=3D0, scrollbars=3D1')
						;
				=09
					code =3D.html sh.utils.unindent(code);
				=09
					wnd.document.write('<pre>' + code + '</pre>');
					wnd.document.close();
				};
			},
		=09
			/**
			 * Command to copy the original source code in to the clipboard.
			 * Uses Flash method if <code>clipboardSwf</code> is configured.
			 */
			copyToClipboard : function(highlighter)
			{
				var flashDiv, flashSwf,
					highlighterId =3D highlighter.id
					;
			=09
				this.create =3D function()
				{
					var config =3D sh.config;
				=09
					// disable functionality if running locally
					if (config.clipboardSwf =3D=3D null)
						return null;

					function params(list)
					{
						var result =3D '';
					=09
						for (var name in list)
							result +=3D "<param name=3D'" + name + "' value=3D'" + list[name] =
+ "'/>";
						=09
						return result;
					};
				=09
					function attributes(list)
					{
						var result =3D '';
					=09
						for (var name in list)
							result +=3D " " + name + "=3D'" + list[name] + "'";
						=09
						return result;
					};
				=09
					var args1 =3D {
							width				: config.toolbarItemWidth,
							height				: config.toolbarItemHeight,
							id					: highlighterId + '_clipboard',
							type				: 'application/x-shockwave-flash',
							title				: sh.config.strings.copyToClipboard
						},
					=09
						// these arguments are used in IE's <param /> collection
						args2 =3D {
							allowScriptAccess	: 'always',
							wmode				: 'transparent',
							flashVars			: 'highlighterId=3D' + highlighterId,
							menu				: 'false'
						},
						swf =3D config.clipboardSwf,
						html
					;

					if (/msie/i.test(navigator.userAgent))
					{
						html =3D '<object'
							+ attributes({
								classid : 'clsid:d27cdb6e-ae6d-11cf-96b8-444553540000',
								codebase : =
'http://download.macromedia.com/pub/shockwave/cabs/flash/swflash.cab#vers=
ion=3D9,0,0,0'
							})
							+ attributes(args1)
							+ '>'
							+ params(args2)
							+ params({ movie : swf })
							+ '</object>'
						;
					}
					else
					{
						html =3D '<embed'
							+ attributes(args1)
							+ attributes(args2)
							+ attributes({ src : swf })
							+ '/>'
						;
					}

					flashDiv =3D document.createElement('div');
					flashDiv.innerHTML =3D html;
				=09
					return flashDiv;
				};
			=09
				this.execute =3D function(sender, event, args)
				{
					var command =3D args.command;

					switch (command)
					{
						case 'get':
							var code =3D sh.utils.unindent(
								sh.utils.fixInputString(highlighter.originalCode)
									.replace(/&lt;/g, '<')
									.replace(/&gt;/g, '>')
									.replace(/&amp;/g, '&')
								);

							if(window.clipboardData)
								// will fall through to the confirmation because there isn't a =
break
								window.clipboardData.setData('text', code);
							else
								return sh.utils.unindent(code);
						=09
						case 'ok':
							sh.utils.alert(sh.config.strings.copyToClipboardConfirmation);
							break;
						=09
						case 'error':
							sh.utils.alert(args.message);
							break;
					}
				};
			},
		=09
			/** Command to print the colored source code. */
			printSource : function(highlighter)
			{
				this.create =3D function()
				{
					return sh.config.strings.print;
				};
			=09
				this.execute =3D function(sender, event, args)
				{
					var iframe =3D document.createElement('IFRAME'),
						doc =3D null
						;
				=09
					// make sure there is never more than one hidden iframe created by =
SH
					if (sh.vars.printFrame !=3D null)
						document.body.removeChild(sh.vars.printFrame);
				=09
					sh.vars.printFrame =3D iframe;
				=09
					// this hides the iframe
					iframe.style.cssText =3D =
'position:absolute;width:0px;height:0px;left:-500px;top:-500px;';
			=09
					document.body.appendChild(iframe);
					doc =3D iframe.contentWindow.document;
				=09
					copyStyles(doc, window.document);
					doc.write('<div class=3D"' + =
highlighter.div.className.replace('collapsed', '') + ' printing">' + =
highlighter.div.innerHTML + '</div>');
					doc.close();
				=09
					iframe.contentWindow.focus();
					iframe.contentWindow.print();
				=09
					function copyStyles(destDoc, sourceDoc)
					{
						var links =3D sourceDoc.getElementsByTagName('link');
				=09
						for(var i =3D 0; i < links.length; i++)
							if(links[i].rel.toLowerCase() =3D=3D 'stylesheet' && =
/shCore\.css$/.test(links[i].href))
								destDoc.write('<link type=3D"text/css" rel=3D"stylesheet" =
href=3D_%27.html + links[i].href + '"></link>');
					};
				};
			},

			/** Command to display the about dialog window. */
			about : function(highlighter)
			{
				this.create =3D function()
				{=09
					return sh.config.strings.help;
				};

				this.execute =3D function(sender, event)
				{=09
					var wnd =3D sh.utils.popup('', '_blank', 500, 250, =
'scrollbars=3D0'),
						doc =3D wnd.document
						;
				=09
					//doc.write(sh.config.strings.aboutDialog);
					doc.close();
					wnd.focus();
				};
			}
		}
	},

	utils : {
		/**
		 * Finds an index of element in the array.
		 * @ignore
		 * @param {Object} searchElement
		 * @param {Number} fromIndex
		 * @return {Number} Returns index of element if found; -1 otherwise.
		 */
		indexOf : function(array, searchElement, fromIndex)
		{
			fromIndex =3D Math.max(fromIndex || 0, 0);

			for (var i =3D fromIndex; i < array.length; i++)
				if(array[i] =3D=3D searchElement)
					return i;

			return -1;
		},
	=09
		/**
		 * Generates a unique element ID.
		 */
		guid : function(prefix)
		{
			return prefix + Math.round(Math.random() * 1000000).toString();
		},
	=09
		/**
		 * Merges two objects. Values from obj2 override values in obj1.
		 * Function is NOT recursive and works only for one dimensional =
objects.
		 * @param {Object} obj1 First object.
		 * @param {Object} obj2 Second object.
		 * @return {Object} Returns combination of both objects.
		 */
		merge: function(obj1, obj2)
		{
			var result =3D {}, name;

			for (name in obj1)=20
				result[name] =3D obj1[name];
		=09
			for (name in obj2)=20
				result[name] =3D obj2[name];
			=09
			return result;
		},
	=09
		/**
		 * Attempts to convert string to boolean.
		 * @param {String} value Input string.
		 * @return {Boolean} Returns true if input was "true", false if input =
was "false" and value otherwise.
		 */
		toBoolean: function(value)
		{
			switch (value)
			{
				case "true":
					return true;
				=09
				case "false":
					return false;
			}
		=09
			return value;
		},
	=09
		/**
		 * Opens up a centered popup window.
		 * @param {String} url		URL to open in the window.
		 * @param {String} name		Popup name.
		 * @param {int} width		Popup width.
		 * @param {int} height		Popup height.
		 * @param {String} options	window.open() options.
		 * @return {Window}			Returns window instance.
		 */
		popup: function(url, name, width, height, options)
		{
			var x =3D (screen.width - width) / 2,
				y =3D (screen.height - height) / 2
				;
			=09
			options +=3D	', left=3D' + x +=20
						', top=3D' + y +
						', width=3D' + width +
						', height=3D' + height
				;
			options =3D options.replace(/^,/, '');

			var win =3D window.open(url, name, options);
			win.focus();
			return win;
		},
	=09
		/**
		 * Adds event handler to the target object.
		 * @param {Object} obj		Target object.
		 * @param {String} type		Name of the event.
		 * @param {Function} func	Handling function.
		 */
		addEvent: function(obj, type, func)
		{
			if (obj.attachEvent)=20
			{
				obj['e' + type + func] =3D func;
				obj[type + func] =3D function()
				{
					obj['e' + type + func](window.event);
				}
				obj.attachEvent('on' + type, obj[type + func]);
			}
			else=20
			{
				obj.addEventListener(type, func, false);
			}
		},
	=09
		/**
		 * Displays an alert.
		 * @param {String} str String to display.
		 */
		alert: function(str)
		{
			alert(sh.config.strings.alert + str)
		},
	=09
		/**
		 * Finds a brush by its alias.
		 *
		 * @param {String} alias	Brush alias.
		 * @param {Boolean} alert	Suppresses the alert if false.
		 * @return {Brush}			Returns bursh constructor if found, null =
otherwise.
		 */
		findBrush: function(alias, alert)
		{
			var brushes =3D sh.vars.discoveredBrushes,
				result =3D null
				;
		=09
			if (brushes =3D=3D null)=20
			{
				brushes =3D {};
			=09
				// Find all brushes
				for (var brush in sh.brushes)=20
				{
					var aliases =3D sh.brushes[brush].aliases;
				=09
					if (aliases =3D=3D null)=20
						continue;
				=09
					// keep the brush name
					sh.brushes[brush].name =3D brush.toLowerCase();
				=09
					for (var i =3D 0; i < aliases.length; i++)=20
						brushes[aliases[i]] =3D brush;
				}
			=09
				sh.vars.discoveredBrushes =3D brushes;
			}
		=09
			result =3D sh.brushes[brushes[alias]];

			if (result =3D=3D null && alert !=3D false)
				sh.utils.alert(sh.config.strings.noBrush + alias);
		=09
			return result;
		},
	=09
		/**
		 * Executes a callback on each line and replaces each line with result =
from the callback.
		 * @param {Object} str			Input string.
		 * @param {Object} callback		Callback function taking one string =
argument and returning a string.
		 */
		eachLine: function(str, callback)
		{
			var lines =3D str.split('\n');
		=09
			for (var i =3D 0; i < lines.length; i++)
				lines[i] =3D callback(lines[i]);
			=09
			return lines.join('\n');
		},
	=09
		/**
		 * This is a special trim which only removes first and last empty =
lines
		 * and doesn't affect valid leading space on the first line.
		 *=20
		 * @param {String} str   Input string
		 * @return {String}      Returns string without empty first and last =
lines.
		 */
		trimFirstAndLastLines: function(str)
		{
			//return str.replace(/^[ ]*[\n]+|[\n]*[ ]*$/g, '');
			str =3D str.replace(/<br>/gi, ''); //mario
			str =3D str.replace(/</gi, '&lt;'); //mario
			return str.replace(/^[ ]*[\n]+|[\n]*[ ]*$/g, '');
		},
	=09
		/**
		 * Parses key/value pairs into hash object.
		 *=20
		 * Understands the following formats:
		 * - name: word;
		 * - name: [word, word];
		 * - name: "string";
		 * - name: 'string';
		 *=20
		 * For example:
		 *   name1: value; name2: [value, value]; name3: 'value'
		 *  =20
		 * @param {String} str    Input string.
		 * @return {Object}       Returns deserialized object.
		 */
		parseParams: function(str)
		{
			var match,=20
				result =3D {},
				arrayRegex =3D new XRegExp("^\\[(?<values>(.*?))\\]$"),
				regex =3D new XRegExp(
					"(?<name>[\\w-]+)" +
					"\\s*:\\s*" +
					"(?<value>" +
						"[\\w-%#]+|" +		// word
						"\\[.*?\\]|" +		// [] array
						'".*?"|' +			// "" string
						"'.*?'" +			// '' string
					")\\s*;?",
					"g"
				)
				;

			while ((match =3D regex.exec(str)) !=3D null)=20
			{
				var value =3D match.value
					.replace(/^['"]|['"]$/g, '') // strip quotes from end of strings
					;
			=09
				// try to parse array value
				if (value !=3D null && arrayRegex.test(value))
				{
					var m =3D arrayRegex.exec(value);
					value =3D m.values.length > 0 ? m.values.split(/\s*,\s*/) : [];
				}
			=09
				result[match.name] =3D value;
			}
		=09
			return result;
		},
=09
		/**
		 * Wraps each line of the string into <code/> tag with given style =
applied to it.
		 *=20
		 * @param {String} str   Input string.
		 * @param {String} css   Style name to apply to the string.
		 * @return {String}      Returns input string with each line =
surrounded by <span/> tag.
		 */
		decorate: function(str, css)
		{
			if (str =3D=3D null || str.length =3D=3D 0 || str =3D=3D '\n')=20
				return str;
=09
			str =3D str.replace(/</g, '&lt;');
=09
			// Replace two or more sequential spaces with &nbsp; leaving last =
space untouched.
			str =3D str.replace(/ {2,}/g, function(m)
			{
				var spaces =3D '';
			=09
				for (var i =3D 0; i < m.length - 1; i++)
					spaces +=3D '&nbsp;';
			=09
				return spaces + ' ';
			});

			// Split each line and apply <span class=3D"...">...</span> to them =
so that
			// leading spaces aren't included.
			if (css !=3D null)=20
				str =3D sh.utils.eachLine(str, function(line)
				{
					if (line.length =3D=3D 0)=20
						return '';
				=09
					var spaces =3D '';
				=09
					line =3D line.replace(/^(&nbsp;| )+/, function(s)
					{
						spaces =3D s;
						return '';
					});
				=09
					if (line.length =3D=3D 0)=20
						return spaces;
				=09
					return spaces + '<code class=3D"' + css + '">' + line + '</code>';
				});

			return str;
		},
=09
		/**
		 * Pads number with zeros until it's length is the same as given =
length.
		 *=20
		 * @param {Number} number	Number to pad.
		 * @param {Number} length	Max string length with.
		 * @return {String}			Returns a string padded with proper amount of =
'0'.
		 */
		padNumber : function(number, length)
		{
			var result =3D number.toString();
		=09
			while (result.length < length)
				result =3D '0' + result;
		=09
			return result;
		},
	=09
		/**
		 * Measures width of a single space character.
		 * @return {Number} Returns width of a single space character.
		 */
		measureSpace : function()
		{
			var container =3D document.createElement('div'),
				span,
				result =3D 0,
				body =3D document.body,
				id =3D sh.utils.guid('measureSpace'),
			=09
				// variable names will be compressed, so it's better than a plain =
string
				divOpen =3D '<div class=3D"',
				closeDiv =3D '</div>',
				closeSpan =3D '</span>'
				;

			// we have to duplicate highlighter nested structure in order to get =
an acurate space measurment
			container.innerHTML =3D=20
				divOpen + 'syntaxhighlighter">'=20
					+ divOpen + 'lines">'=20
						+ divOpen + 'line">'=20
							+ divOpen + 'content'
								+ '"><span class=3D"block"><span id=3D"' + id + '">&nbsp;' + =
closeSpan + closeSpan
							+ closeDiv=20
						+ closeDiv=20
					+ closeDiv=20
				+ closeDiv
				;
		=09
			body.appendChild(container);
			span =3D document.getElementById(id);
		=09
			if (/opera/i.test(navigator.userAgent))
			{
				var style =3D window.getComputedStyle(span, null);
				result =3D parseInt(style.getPropertyValue("width"));
			}
			else
			{
				result =3D span.offsetWidth;
			}

			body.removeChild(container);

			return result;
		},
	=09
		/**
		 * Replaces tabs with spaces.
		 *=20
		 * @param {String} code		Source code.
		 * @param {Number} tabSize	Size of the tab.
		 * @return {String}			Returns code with all tabs replaces by spaces.
		 */
		processTabs : function(code, tabSize)
		{
			var tab =3D '';
		=09
			for (var i =3D 0; i < tabSize; i++)
				tab +=3D ' ';

			return code.replace(/\t/g, tab);
		},
	=09
		/**
		 * Replaces tabs with smart spaces.
		 *=20
		 * @param {String} code    Code to fix the tabs in.
		 * @param {Number} tabSize Number of spaces in a column.
		 * @return {String}        Returns code with all tabs replaces with =
roper amount of spaces.
		 */
		processSmartTabs : function(code, tabSize)
		{
			var lines =3D code.split('\n'),
				tab =3D '\t',
				spaces =3D ''
				;
		=09
			// Create a string with 1000 spaces to copy spaces from...=20
			// It's assumed that there would be no indentation longer than that.
			for (var i =3D 0; i < 50; i++)=20
				spaces +=3D '                    '; // 20 spaces * 50
				=09
			// This function inserts specified amount of spaces in the string
			// where a tab is while removing that given tab.
			function insertSpaces(line, pos, count)
			{
				return line.substr(0, pos)
					+ spaces.substr(0, count)
					+ line.substr(pos + 1, line.length) // pos + 1 will get rid of the =
tab
					;
			};
=09
			// Go through all the lines and do the 'smart tabs' magic.
			code =3D.html sh.utils.eachLine(code, function(line)
			{
				if (line.indexOf(tab) =3D=3D -1)=20
					return line;
			=09
				var pos =3D 0;
			=09
				while ((pos =3D line.indexOf(tab)) !=3D -1)=20
				{
					// This is pretty much all there is to the 'smart tabs' logic.
					// Based on the position within the line and size of a tab,
					// calculate the amount of spaces we need to insert.
					var spaces =3D tabSize - pos % tabSize;
					line =3D insertSpaces(line, pos, spaces);
				}
			=09
				return line;
			});
		=09
			return code;
		},
	=09
		/**
		 * Performs various string fixes based on configuration.
		 */
		fixInputString : function(str)
		{
			var br =3D /<br\s*\/?>|&lt;br\s*\/?&gt;/gi;
		=09
			if (sh.config.bloggerMode =3D=3D true)
				str =3D str.replace(br, '\n');

			if (sh.config.stripBrs =3D=3D true)
				str =3D str.replace(br, '');
			=09
			return str;
		},
	=09
		/**
		 * Removes all white space at the begining and end of a string.
		 *=20
		 * @param {String} str   String to trim.
		 * @return {String}      Returns string without leading and following =
white space characters.
		 */
		trim: function(str)
		{
			return str.replace(/^\s+|\s+$/g, '');
		},
	=09
		/**
		 * Unindents a block of text by the lowest common indent amount.
		 * @param {String} str   Text to unindent.
		 * @return {String}      Returns unindented text block.
		 */
		unindent: function(str)
		{
			var lines =3D sh.utils.fixInputString(str).split('\n'),
				indents =3D new Array(),
				regex =3D /^\s*/,
				min =3D 1000
				;
		=09
			// go through every line and check for common number of indents
			for (var i =3D 0; i < lines.length && min > 0; i++)=20
			{
				var line =3D lines[i];
			=09
				if (sh.utils.trim(line).length =3D=3D 0)=20
					continue;
			=09
				var matches =3D regex.exec(line);
			=09
				// In the event that just one line doesn't have leading white space
				// we can't unindent anything, so bail completely.
				if (matches =3D=3D null)=20
					return str;
				=09
				min =3D Math.min(matches[0].length, min);
			}
		=09
			// trim minimum common number of white space from the begining of =
every line
			if (min > 0)=20
				for (var i =3D 0; i < lines.length; i++)=20
					lines[i] =3D lines[i].substr(min);
		=09
			return lines.join('\n');
		},
=09
		/**
		 * Callback method for Array.sort() which sorts matches by
		 * index position and then by length.
		 *=20
		 * @param {Match} m1	Left object.
		 * @param {Match} m2    Right object.
		 * @return {Number}     Returns -1, 0 or -1 as a comparison result.
		 */
		matchesSortCallback: function(m1, m2)
		{
			// sort matches by index first
			if(m1.index < m2.index)
				return -1;
			else if(m1.index > m2.index)
				return 1;
			else
			{
				// if index is the same, sort by length
				if(m1.length < m2.length)
					return -1;
				else if(m1.length > m2.length)
					return 1;
			}
		=09
			return 0;
		},
=09
		/**
		 * Executes given regular expression on provided code and returns all
		 * matches that are found.
		 *=20
		 * @param {String} code    Code to execute regular expression on.
		 * @param {Object} regex   Regular expression item info from =
<code>regexList</code> collection.
		 * @return {Array}         Returns a list of Match objects.
		 */=20
		getMatches: function(code, regexInfo)
		{
			function defaultAdd(match, regexInfo)
			{
				return [new sh.Match(match[0], match.index, regexInfo.css)];
			};
		=09
			var index =3D 0,
				match =3D null,
				result =3D [],
				func =3D regexInfo.func ? regexInfo.func : defaultAdd
				;
		=09
			while((match =3D regexInfo.regex.exec(code)) !=3D null)
				result =3D result.concat(func(match, regexInfo));
			=09
			return result;
		},
	=09
		processUrls: function(code)
		{
			var lt =3D '&lt;',
				gt =3D '&gt;'
				;
		=09
			return code.replace(sh.regexLib.url, function(m)
			{
				var suffix =3D '', prefix =3D '';
			=09
				// We include &lt; and &gt; in the URL for the common cases like =
<http://google.com>
				// The problem is that they get transformed into =
&lt;http://google.com&gt;
				// Where as &gt; easily looks like part of the URL string.
			=09
				if (m.indexOf(lt) =3D=3D 0)
				{
					prefix =3D lt;
					m =3D m.substring(lt.length);
				}

				if (m.indexOf(gt) =3D=3D m.length - gt.length)
				{
					m =3D m.substring(0, m.length - gt.length);
					suffix =3D gt;
				}
			=09
				return prefix + '<a href=3D_%27.html + m + '">' + m + '</a>' + suffix;
			});
		},
	=09
		/**
		 * Finds all <SCRIPT TYPE=3D"syntaxhighlighter" /> elements.
		 * @return {Array} Returns array of all found SyntaxHighlighter tags.
		 */
		getSyntaxHighlighterScriptTags: function()
		{
			var tags =3D document.getElementsByTagName('script'),
				result =3D []
				;
		=09
			for (var i =3D 0; i < tags.length; i++)
				if (tags[i].type =3D=3D 'syntaxhighlighter')
					result.push(tags[i]);
				=09
			return result;
		},
	=09
		/**
		 * Strips <![CDATA[]]> from <SCRIPT /> content because it should be =
used
		 * there in most cases for XHTML compliance.
		 * @param {String} original	Input code.
		 * @return {String} Returns code without leading <![CDATA[]]> tags.
		 */
		stripCData: function(original)
		{
			var left =3D '<![CDATA[',
				right =3D ']]>',
				// for some reason IE inserts some leading blanks here
				copy =3D sh.utils.trim(original),
				changed =3D false
				;
		=09
			if (copy.indexOf(left) =3D=3D 0)
			{
				copy =3D copy.substring(left.length);
				changed =3D true;
			}
		=09
			if (copy.indexOf(right) =3D=3D copy.length - right.length)
			{
				copy =3D copy.substring(0, copy.length - right.length);
				changed =3D true;
			}
		=09
			return changed ? copy : original;
		}
	}, // end of utils
=09
	/**
	 * Shorthand to highlight all elements on the page that are marked as=20
	 * SyntaxHighlighter source code.
	 *=20
	 * @param {Object} globalParams		Optional parameters which override =
element's=20
	 * 									parameters. Only used if element is specified.
	 *=20
	 * @param {Object} element	Optional element to highlight. If none is
	 * 							provided, all elements in the current document=20
	 * 							are highlighted.
	 */=20
	highlight : function(globalParams, element)
	{
		function toArray(source)
		{
			var result =3D [];
		=09
			for (var i =3D 0; i < source.length; i++)=20
				result.push(source[i]);
			=09
			return result;
		};
	=09
		var elements =3D element ? [element] : =
toArray(document.getElementsByTagName(sh.config.tagName)),=20
			propertyName =3D 'innerHTML',=20
			highlighter =3D null,
			conf =3D sh.config
			;

		// support for <SCRIPT TYPE=3D"syntaxhighlighter" /> feature
		if (conf.useScriptTags)
			elements =3D =
elements.concat(sh.utils.getSyntaxHighlighterScriptTags());

		if (elements.length =3D=3D=3D 0)=20
			return;
=09
		for (var i =3D 0; i < elements.length; i++)=20
		{
			var target =3D elements[i],=20
				params =3D sh.utils.parseParams(target.className),
				brushName,
				code,
				result
				;

			// local params take precedence over globals
			params =3D sh.utils.merge(globalParams, params);
			brushName =3D params['brush'];

			if (brushName =3D=3D null)
				continue;

			// Instantiate a brush
			if (params['html-script'] =3D=3D 'true' || sh.defaults['html-script'] =
=3D=3D true)=20
			{
				highlighter =3D new sh.HtmlScript(brushName);
				brushName =3D 'htmlscript';
			}
			else
			{
				var brush =3D sh.utils.findBrush(brushName);
			=09
				if (brush)
				{
					brushName =3D brush.name;
					highlighter =3D new brush();
				}
				else
				{
					continue;
				}
			}
		=09
			code =3D target[propertyName];
		=09
			// remove CDATA from <SCRIPT/> tags if it's present
			if (conf.useScriptTags)
				code =3D sh.utils.stripCData(code);
		=09
			params['brush-name'] =3D brushName;
			highlighter.highlight(code, params);
		=09
			result =3D highlighter.div;
		=09
			if (sh.config.debug)=20
			{
				result =3D document.createElement('textarea');
				result.value =3D highlighter.div.innerHTML;
				result.style.width =3D '70em';
				result.style.height =3D '30em';
			}
		=09
			target.parentNode.replaceChild(result, target);
		}
	},

	/**
	 * Main entry point for the SyntaxHighlighter.
	 * @param {Object} params Optional params to apply to all highlighted =
elements.
	 */
	all : function(params)
	{
		sh.utils.addEvent(
			window,
			'load',
			function() { sh.highlight(params); }
		);
	}
}; // end of sh

/**
 * Match object.
 */
sh.Match =3D function(value, index, css)
{
	this.value =3D value;
	this.index =3D index;
	this.length =3D value.length;
	this.css =3D css;
	this.brushName =3D null;
};

sh.Match.prototype.toString =3D function()
{
	return this.value;
};

/**
 * Simulates HTML code with a scripting language embedded.
 *=20
 * @param {String} scriptBrushName Brush name of the scripting language.
 */
sh.HtmlScript =3D function(scriptBrushName)
{
	var brushClass =3D sh.utils.findBrush(scriptBrushName),
		scriptBrush,
		xmlBrush =3D new sh.brushes.Xml(),
		bracketsRegex =3D null
		;

	if (brushClass =3D=3D null)
		return;
=09
	scriptBrush =3D new brushClass();
	this.xmlBrush =3D xmlBrush;
=09
	if (scriptBrush.htmlScript =3D=3D null)
	{
		sh.utils.alert(sh.config.strings.brushNotHtmlScript + =
scriptBrushName);
		return;
	}
=09
	xmlBrush.regexList.push(
		{ regex: scriptBrush.htmlScript.code, func: process }
	);
=09
	function offsetMatches(matches, offset)
	{
		for (var j =3D 0; j < matches.length; j++)=20
			matches[j].index +=3D offset;
	}
=09
	function process(match, info)
	{
		var code =3D match.code,
			matches =3D [],
			regexList =3D scriptBrush.regexList,
			offset =3D match.index + match.left.length,
			htmlScript =3D scriptBrush.htmlScript,
			result
			;

		// add all matches from the code
		for (var i =3D 0; i < regexList.length; i++)
		{
			result =3D sh.utils.getMatches(code, regexList[i]);
			offsetMatches(result, offset);
			matches =3D matches.concat(result);
		}
	=09
		// add left script bracket
		if (htmlScript.left !=3D null && match.left !=3D null)
		{
			result =3D sh.utils.getMatches(match.left, htmlScript.left);
			offsetMatches(result, match.index);
			matches =3D matches.concat(result);
		}
	=09
		// add right script bracket
		if (htmlScript.right !=3D null && match.right !=3D null)
		{
			result =3D sh.utils.getMatches(match.right, htmlScript.right);
			offsetMatches(result, match.index + =
match[0].lastIndexOf(match.right));
			matches =3D matches.concat(result);
		}
	=09
		for (var j =3D 0; j < matches.length; j++)
			matches[j].brushName =3D brushClass.name;

		return matches;
	}
};

sh.HtmlScript.prototype.highlight =3D function(code, params)
{
	this.xmlBrush.highlight(code, params);
	this.div =3D this.xmlBrush.div;
}

/**
 * Main Highlither class.
 * @constructor
 */
sh.Highlighter =3D function()
{
};

sh.Highlighter.prototype =3D {
	/**
	 * Returns value of the parameter passed to the highlighter.
	 * @param {String} name				Name of the parameter.
	 * @param {Object} defaultValue		Default value.
	 * @return {Object}					Returns found value or default value otherwise.
	 */
	getParam : function(name, defaultValue)
	{
		var result =3D this.params[name];
		return sh.utils.toBoolean(result =3D=3D null ? defaultValue : result);
	},
=09
	/**
	 * Shortcut to document.createElement().
	 * @param {String} name		Name of the element to create (DIV, A, etc).
	 * @return {HTMLElement}	Returns new HTML element.
	 */
	create: function(name)
	{
		return document.createElement(name);
	},
=09
	/**
	 * Applies all regular expression to the code and stores all found
	 * matches in the `this.matches` array.
	 * @param {Array} regexList		List of regular expressions.
	 * @param {String} code			Source code.
	 * @return {Array}				Returns list of matches.
	 */
	findMatches: function(regexList, code)
	{
		var result =3D [];
	=09
		if (regexList !=3D null)
			for (var i =3D 0; i < regexList.length; i++)=20
				// BUG: length returns len+1 for array if methods added to prototype =
chain (oising@gmail.com)
				if (typeof (regexList[i]) =3D=3D "object")
					result =3D result.concat(sh.utils.getMatches(code, regexList[i]));
	=09
		// sort the matches
		return result.sort(sh.utils.matchesSortCallback);
	},
=09
	/**
	 * Checks to see if any of the matches are inside of other matches.=20
	 * This process would get rid of highligted strings inside comments,=20
	 * keywords inside strings and so on.
	 */
	removeNestedMatches: function()
	{
		var matches =3D this.matches;
	=09
		// Optimized by Jose Prado (http://joseprado.com)
		for (var i =3D 0; i < matches.length; i++)=20
		{=20
			if (matches[i] =3D=3D=3D null)
				continue;
		=09
			var itemI =3D matches[i],
				itemIEndPos =3D itemI.index + itemI.length
				;
		=09
			for (var j =3D i + 1; j < matches.length && matches[i] !=3D=3D null; =
j++)=20
			{
				var itemJ =3D matches[j];
			=09
				if (itemJ =3D=3D=3D null)=20
					continue;
				else if (itemJ.index > itemIEndPos)=20
					break;
				else if (itemJ.index =3D=3D itemI.index && itemJ.length > =
itemI.length)
					this.matches[i] =3D null;
				else if (itemJ.index >=3D itemI.index && itemJ.index < itemIEndPos)=20
					this.matches[j] =3D null;
			}
		}
	},
=09
	/**
	 * Splits block of text into individual DIV lines.
	 * @param {String} code     Code to highlight.
	 * @return {String}         Returns highlighted code in HTML form.
	 */
	createDisplayLines : function(code)
	{
		var lines =3D code.split(/\n/g),
			firstLine =3D parseInt(this.getParam('first-line')),
			padLength =3D this.getParam('pad-line-numbers'),
			highlightedLines =3D this.getParam('highlight', []),
			hasGutter =3D this.getParam('gutter')
			;
	=09
		code =3D '';
	=09
		if (padLength =3D=3D true)
			padLength =3D (firstLine + lines.length - 1).toString().length;
		else if (isNaN(padLength) =3D=3D true)
			padLength =3D 0;

		for (var i =3D 0; i < lines.length; i++)
		{
			var line =3D lines[i],
				indent =3D /^(&nbsp;|\s)+/.exec(line),
				lineClass =3D 'alt' + (i % 2 =3D=3D 0 ? 1 : 2),
				lineNumber =3D sh.utils.padNumber(firstLine + i, padLength),
				highlighted =3D sh.utils.indexOf(highlightedLines, (firstLine + =
i).toString()) !=3D -1,
				spaces =3D null
				;

			if (indent !=3D null)
			{
				spaces =3D indent[0].toString();
				line =3D line.substr(spaces.length);
			}

			line =3D sh.utils.trim(line);
		=09
			if (line.length =3D=3D 0)
				line =3D '&nbsp;';
		=09
			if (highlighted)
				lineClass +=3D ' highlighted';
		=09
			code +=3D=20
				'<div class=3D"line ' + lineClass + '">'
					+ '<table>'
						+ '<tr>'
							+ (hasGutter ? '<td class=3D"number"><code>' + lineNumber + =
'</code></td>' : '')
							+ '<td class=3D"content">'
								+ (spaces !=3D null ? '<code class=3D"spaces">' + =
spaces.replace(' ', '&nbsp;') + '</code>' : '')
								+ line
							+ '</td>'
						+ '</tr>'
					+ '</table>'
				+ '</div>'
				;
		}
	=09
		return code;
	},
=09
	/**
	 * Finds all matches in the source code.
	 * @param {String} code		Source code to process matches in.
	 * @param {Array} matches	Discovered regex matches.
	 * @return {String} Returns formatted HTML with processed mathes.
	 */
	processMatches: function(code, matches)
	{
		var pos =3D 0,=20
			result =3D '',
			decorate =3D sh.utils.decorate, // make an alias to save some bytes
			brushName =3D this.getParam('brush-name', '')
			;
	=09
		function getBrushNameCss(match)
		{
			var result =3D match ? (match.brushName || brushName) : brushName;
			return result ? result + ' ' : '';
		};
	=09
		// Finally, go through the final list of matches and pull the all
		// together adding everything in between that isn't a match.
		for (var i =3D 0; i < matches.length; i++)=20
		{
			var match =3D matches[i],
				matchBrushName
				;
		=09
			if (match =3D=3D=3D null || match.length =3D=3D=3D 0)=20
				continue;
		=09
			matchBrushName =3D getBrushNameCss(match);
		=09
			result +=3D decorate(code.substr(pos, match.index - pos), =
matchBrushName + 'plain')
					+ decorate(match.value, matchBrushName + match.css)
					;

			pos =3D match.index + match.length;
		}

		// don't forget to add whatever's remaining in the string
		result +=3D decorate(code.substr(pos), getBrushNameCss() + 'plain');

		return result;
	},
=09
	/**
	 * Highlights the code and returns complete HTML.
	 * @param {String} code     Code to highlight.
	 * @param {Object} params   Parameters object.
	 */
	highlight: function(code, params)
	{
		// using variables for shortcuts because JS compressor will shorten =
local variable names
		var conf =3D sh.config,
			vars =3D sh.vars,
			div,
			divClassName,
			tabSize,
			important =3D 'important'
			;

		this.params =3D {};
		this.div =3D null;
		this.lines =3D null;
		this.code =3D null;
		this.bar =3D null;
		this.toolbarCommands =3D {};
		this.id =3D sh.utils.guid('highlighter_');

		// register this instance in the highlighters list
		vars.highlighters[this.id] =3D this;

		if (code =3D=3D=3D null)=20
			code =3D '';
	=09
		// local params take precedence over defaults
		this.params =3D sh.utils.merge(sh.defaults, params || {});

		// process light mode
		if (this.getParam('light') =3D=3D true)
			this.params.toolbar =3D this.params.gutter =3D false;
	=09
		this.div =3D div =3D this.create('DIV');
		this.lines =3D this.create('DIV');
		this.lines.className =3D 'lines';

		className =3D 'syntaxhighlighter';
		div.id =3D this.id;
	=09
		// make collapsed
		if (this.getParam('collapse'))
			className +=3D ' collapsed';
	=09
		// disable gutter
		if (this.getParam('gutter') =3D=3D false)
			className +=3D ' nogutter';
	=09
		// disable line wrapping
		if (this.getParam('wrap-lines') =3D=3D false)
		 	this.lines.className +=3D ' no-wrap';

		// add custom user style name
		className +=3D ' ' + this.getParam('class-name');
	=09
		// add brush alias to the class name for custom CSS
		className +=3D ' ' + this.getParam('brush-name');
	=09
		div.className =3D className;
	=09
		this.originalCode =3D code;
		this.code =3D sh.utils.trimFirstAndLastLines(code)
			.replace(/\r/g, ' ') // IE lets these buggers through
			;
	=09
		tabSize =3D this.getParam('tab-size');
	=09
		// replace tabs with spaces
		this.code =3D this.getParam('smart-tabs') =3D=3D true
			? sh.utils.processSmartTabs(this.code, tabSize)
			: sh.utils.processTabs(this.code, tabSize)
			;

		this.code =3D sh.utils.unindent(this.code);

		// add controls toolbar
		if (this.getParam('toolbar'))=20
		{
			this.bar =3D this.create('DIV');
			this.bar.className =3D 'bar';
			this.bar.appendChild(sh.toolbar.create(this));
			div.appendChild(this.bar);
		=09
			// set up toolbar rollover
			var bar =3D this.bar;
			function hide() { bar.className =3D bar.className.replace('show', =
''); }
			div.onmouseover =3D function() { hide(); bar.className +=3D ' show'; =
};
			div.onmouseout =3D function() { hide(); }
		}
	=09
		div.appendChild(this.lines);
=09
		this.matches =3D this.findMatches(this.regexList, this.code);
		this.removeNestedMatches();
	=09
		code =3D this.processMatches(this.code, this.matches);
	=09
		// finally, split all lines so that they wrap well
		code =3D this.createDisplayLines(sh.utils.trim(code));
	=09
		// finally, process the links
		if (this.getParam('auto-links'))
			code =3D sh.utils.processUrls(code);

		this.lines.innerHTML =3D code;
	},
=09
	/**
	 * Converts space separated list of keywords into a regular expression =
string.
	 * @param {String} str    Space separated keywords.
	 * @return {String}       Returns regular expression string.
	 */=09
	getKeywords: function(str)
	{
		str =3D str
			.replace(/^\s+|\s+$/g, '')
			.replace(/\s+/g, '|')
			;
	=09
		return '\\b(?:' + str + ')\\b';
	},
=09
	/**
	 * Makes a brush compatible with the `html-script` functionality.
	 * @param {Object} regexGroup Object containing `left` and `right` =
regular expressions.
	 */
	forHtmlScript: function(regexGroup)
	{
		this.htmlScript =3D {
			left : { regex: regexGroup.left, css: 'script' },
			right : { regex: regexGroup.right, css: 'script' },
			code : new XRegExp(
				"(?<left>" + regexGroup.left.source + ")" +
				"(?<code>.*?)" +
				"(?<right>" + regexGroup.right.source + ")",
				"sgi"
				)
		};
	}
}; // end of Highlighter

return sh;
}(); // end of anonymous function


/**
 * XRegExp 0.6.1
 * (c) 2007-2008 Steven Levithan
 * <http://stevenlevithan.com/regex/xregexp/>
 * MIT License
 *=20
 * provides an augmented, cross-browser implementation of regular =
expressions
 * including support for additional modifiers and syntax. several =
convenience
 * methods and a recursive-construct parser are also included.
 */

// prevent running twice, which would break references to native globals
if (!window.XRegExp) {
// anonymous function to avoid global variables
(function () {
// copy various native globals for reference. can't use the name =
``native``
// because it's a reserved JavaScript keyword.
var real =3D {
        exec:    RegExp.prototype.exec,
        match:   String.prototype.match,
        replace: String.prototype.replace,
        split:   String.prototype.split
    },
    /* regex syntax parsing with support for all the necessary cross-
       browser and context issues (escapings, character classes, etc.) =
*/
    lib =3D {
        part:       =
/(?:[^\\([#\s.]+|\\(?!k<[\w$]+>|[pP]{[^}]+})[\S\s]?|\((?=3D\?(?!#|<[\w$]+=
>)))+|(\()(?:\?(?:(#)[^)]*\)|<([$\w]+)>))?|\\(?:k<([\w$]+)>|[pP]{([^}]+)}=
)|(\[\^?)|([\S\s])/g,
        replaceVar: =
/(?:[^$]+|\$(?![1-9$&`']|{[$\w]+}))+|\$(?:([1-9]\d*|[$&`'])|{([$\w]+)})/g=
,
        extended:   /^(?:\s+|#.*)+/,
        quantifier: /^(?:[?*+]|{\d+(?:,\d*)?})/,
        classLeft:  /&&\[\^?/g,
        classRight: /]/g
    },
    indexOf =3D function (array, item, from) {
        for (var i =3D from || 0; i < array.length; i++)
            if (array[i] =3D=3D=3D item) return i;
        return -1;
    },
    brokenExecUndef =3D /()??/.exec("")[1] !=3D=3D undefined,
    plugins =3D {};

/**
 * Accepts a pattern and flags, returns a new, extended RegExp object.
 * differs from a native regex in that additional flags and syntax are
 * supported and browser inconsistencies are ameliorated.
 * @ignore
 */
XRegExp =3D function (pattern, flags) {
    if (pattern instanceof RegExp) {
        if (flags !=3D=3D undefined)
            throw TypeError("can't supply flags when constructing one =
RegExp from another");
        return pattern.addFlags(); // new copy
    }

    var flags           =3D flags || "",
        singleline      =3D flags.indexOf("s") > -1,
        extended        =3D flags.indexOf("x") > -1,
        hasNamedCapture =3D false,
        captureNames    =3D [],
        output          =3D [],
        part            =3D lib.part,
        match, cc, len, index, regex;

    part.lastIndex =3D 0; // in case the last XRegExp compilation threw =
an error (unbalanced character class)

    while (match =3D real.exec.call(part, pattern)) {
        // comment pattern. this check must come before the capturing =
group check,
        // because both match[1] and match[2] will be non-empty.
        if (match[2]) {
            // keep tokens separated unless the following token is a =
quantifier
            if (!lib.quantifier.test(pattern.slice(part.lastIndex)))
                output.push("(?:)");
        // capturing group
        } else if (match[1]) {
            captureNames.push(match[3] || null);
            if (match[3])
                hasNamedCapture =3D true;
            output.push("(");
        // named backreference
        } else if (match[4]) {
            index =3D indexOf(captureNames, match[4]);
            // keep backreferences separate from subsequent literal =
numbers
            // preserve backreferences to named groups that are =
undefined at this point as literal strings
            output.push(index > -1 ?
                "\\" + (index + 1) + =
(isNaN(pattern.charAt(part.lastIndex)) ? "" : "(?:)") :
                match[0]
            );
        // unicode element (requires plugin)
        } else if (match[5]) {
            output.push(plugins.unicode ?
                plugins.unicode.get(match[5], match[0].charAt(1) =
=3D=3D=3D "P") :
                match[0]
            );
        // character class opening delimiter ("[" or "[^")
        // (non-native unicode elements are not supported within =
character classes)
        } else if (match[6]) {
            if (pattern.charAt(part.lastIndex) =3D=3D=3D "]") {
                // for cross-browser compatibility with ECMA-262 v3 =
behavior,
                // convert [] to (?!) and [^] to [\S\s].
                output.push(match[6] =3D=3D=3D "[" ? "(?!)" : =
"[\\S\\s]");
                part.lastIndex++;
            } else {
                // parse the character class with support for inner =
escapes and
                // ES4's infinitely nesting intersection syntax =
([&&[^&&[]]]).
                cc =3D XRegExp.matchRecursive("&&" + =
pattern.slice(match.index), lib.classLeft, lib.classRight, "", =
{escapeChar: "\\"})[0];
                output.push(match[6] + cc + "]");
                part.lastIndex +=3D cc.length + 1;
            }
        // dot ("."), pound sign ("#"), or whitespace character
        } else if (match[7]) {
            if (singleline && match[7] =3D=3D=3D ".") {
                output.push("[\\S\\s]");
            } else if (extended && lib.extended.test(match[7])) {
                len =3D real.exec.call(lib.extended, =
pattern.slice(part.lastIndex - 1))[0].length;
                // keep tokens separated unless the following token is a =
quantifier
                if (!lib.quantifier.test(pattern.slice(part.lastIndex - =
1 + len)))
                    output.push("(?:)");
                part.lastIndex +=3D len - 1;
            } else {
                output.push(match[7]);
            }
        } else {
            output.push(match[0]);
        }
    }

    regex =3D RegExp(output.join(""), real.replace.call(flags, /[sx]+/g, =
""));
    regex._x =3D {
        source:       pattern,
        captureNames: hasNamedCapture ? captureNames : null
    };
    return regex;
};

/**
 * Barebones plugin support for now (intentionally undocumented)
 * @ignore
 * @param {Object} name
 * @param {Object} o
 */
XRegExp.addPlugin =3D function (name, o) {
    plugins[name] =3D o;
};

/**
 * Adds named capture support, with values returned as ``result.name``.
 *=20
 * Also fixes two cross-browser issues, following the ECMA-262 v3 spec:
 *  - captured values for non-participating capturing groups should be =
returned
 *    as ``undefined``, rather than the empty string.
 *  - the regex's ``lastIndex`` should not be incremented after =
zero-length
 *    matches.
 * @ignore
 */
RegExp.prototype.exec =3D function (str) {
    var match =3D real.exec.call(this, str),
        name, i, r2;
    if (match) {
        // fix browsers whose exec methods don't consistently return
        // undefined for non-participating capturing groups
        if (brokenExecUndef && match.length > 1) {
            // r2 doesn't need /g or /y, but they shouldn't hurt
            r2 =3D new RegExp("^" + this.source + "$(?!\\s)", =
this.getNativeFlags());
            real.replace.call(match[0], r2, function () {
                for (i =3D 1; i < arguments.length - 2; i++) {
                    if (arguments[i] =3D=3D=3D undefined) match[i] =3D =
undefined;
                }
            });
        }
        // attach named capture properties
        if (this._x && this._x.captureNames) {
            for (i =3D 1; i < match.length; i++) {
                name =3D this._x.captureNames[i - 1];
                if (name) match[name] =3D match[i];
            }
        }
        // fix browsers that increment lastIndex after zero-length =
matches
        if (this.global && this.lastIndex > (match.index + =
match[0].length))
            this.lastIndex--;
    }
    return match;
};
})(); // end anonymous function
} // end if(!window.XRegExp)

/**
 * intentionally undocumented
 * @ignore
 */
RegExp.prototype.getNativeFlags =3D function () {
    return (this.global     ? "g" : "") +
           (this.ignoreCase ? "i" : "") +
           (this.multiline  ? "m" : "") +
           (this.extended   ? "x" : "") +
           (this.sticky     ? "y" : "");
};

/**
 * Accepts flags; returns a new XRegExp object generated by recompiling
 * the regex with the additional flags (may include non-native flags).
 * The original regex object is not altered.
 * @ignore
 */
RegExp.prototype.addFlags =3D function (flags) {
    var regex =3D new XRegExp(this.source, (flags || "") + =
this.getNativeFlags());
    if (this._x) {
        regex._x =3D {
            source:       this._x.source,
            captureNames: this._x.captureNames ? =
this._x.captureNames.slice(0) : null
        };
    }
    return regex;
};

/**
 * Accepts a context object and string; returns the result of calling
 * ``exec`` with the provided string. the context is ignored but is
 * accepted for congruity with ``Function.prototype.call``.
 * @ignore
 */
RegExp.prototype.call =3D function (context, str) {
    return this.exec(str);
};

/**
 * Accepts a context object and arguments array; returns the result of
 * calling ``exec`` with the first value in the arguments array. the =
context
 * is ignored but is accepted for congruity with =
``Function.prototype.apply``.
 * @ignore
 */
RegExp.prototype.apply =3D function (context, args) {
    return this.exec(args[0]);
};

/**
 * Accepts a pattern and flags; returns an XRegExp object. if the =
pattern
 * and flag combination has previously been cached, the cached copy is
 * returned, otherwise the new object is cached.
 * @ignore
 */
XRegExp.cache =3D function (pattern, flags) {
    var key =3D "/" + pattern + "/" + (flags || "");
    return XRegExp.cache[key] || (XRegExp.cache[key] =3D new =
XRegExp(pattern, flags));
};

/**
 * Accepts a string; returns the string with regex metacharacters =
escaped.
 * the returned string can safely be used within a regex to match a =
literal
 * string. escaped characters are [, ], {, }, (, ), -, *, +, ?, ., \, ^, =
$,
 * |, #, [comma], and whitespace.
 * @ignore
 */
XRegExp.escape =3D function (str) {
    return str.replace(/[-[\]{}()*+?.\\^$|,#\s]/g, "\\$&");
};

/**
 * Accepts a string to search, left and right delimiters as regex =
pattern
 * strings, optional regex flags (may include non-native s, x, and y =
flags),
 * and an options object which allows setting an escape character and =
changing
 * the return format from an array of matches to a two-dimensional array =
of
 * string parts with extended position data. returns an array of matches
 * (optionally with extended data), allowing nested instances of left =
and right
 * delimiters. use the g flag to return all matches, otherwise only the =
first
 * is returned. if delimiters are unbalanced within the subject data, an =
error
 * is thrown.
 *=20
 * This function admittedly pushes the boundaries of what can be =
accomplished
 * sensibly without a "real" parser. however, by doing so it provides =
flexible
 * and powerful recursive parsing capabilities with minimal code weight.
 *=20
 * Warning: the ``escapeChar`` option is considered experimental and =
might be
 * changed or removed in future versions of XRegExp.
 *=20
 * unsupported features:
 *  - backreferences within delimiter patterns when using =
``escapeChar``.
 *  - although providing delimiters as regex objects adds the minor =
feature of
 *    independent delimiter flags, it introduces other limitations and =
is only
 *    intended to be done by the ``XRegExp`` constructor (which can't =
call
 *    itself while building a regex).
 *=20
 * @ignore
 */
XRegExp.matchRecursive =3D function (str, left, right, flags, options) {
    var options      =3D options || {},
        escapeChar   =3D options.escapeChar,
        vN           =3D options.valueNames,
        flags        =3D flags || "",
        global       =3D flags.indexOf("g") > -1,
        ignoreCase   =3D flags.indexOf("i") > -1,
        multiline    =3D flags.indexOf("m") > -1,
        sticky       =3D flags.indexOf("y") > -1,
        /* sticky mode has its own handling in this function, which =
means you
           can use flag "y" even in browsers which don't support it =
natively */
        flags        =3D flags.replace(/y/g, ""),
        left         =3D left  instanceof RegExp ? (left.global  ? left  =
: left.addFlags("g"))  : new XRegExp(left,  "g" + flags),
        right        =3D right instanceof RegExp ? (right.global ? right =
: right.addFlags("g")) : new XRegExp(right, "g" + flags),
        output       =3D [],
        openTokens   =3D 0,
        delimStart   =3D 0,
        delimEnd     =3D 0,
        lastOuterEnd =3D 0,
        outerStart, innerStart, leftMatch, rightMatch, escaped, esc;

    if (escapeChar) {
        if (escapeChar.length > 1) throw SyntaxError("can't supply more =
than one escape character");
        if (multiline)             throw TypeError("can't supply escape =
character when using the multiline flag");
        escaped =3D XRegExp.escape(escapeChar);
        /* Escape pattern modifiers:
            /g - not needed here
            /i - included
            /m - **unsupported**, throws error
            /s - handled by XRegExp when delimiters are provided as =
strings
            /x - handled by XRegExp when delimiters are provided as =
strings
            /y - not needed here; supported by other handling in this =
function
        */
        esc =3D new RegExp(
            "^(?:" + escaped + "[\\S\\s]|(?:(?!" + left.source + "|" + =
right.source + ")[^" + escaped + "])+)+",
            ignoreCase ? "i" : ""
        );
    }

    while (true) {
        /* advance the starting search position to the end of the last =
delimiter match.
           a couple special cases are also covered:
            - if using an escape character, advance to the next =
delimiter's starting position,
              skipping any escaped characters
            - first time through, reset lastIndex in case delimiters =
were provided as regexes
        */
        left.lastIndex =3D right.lastIndex =3D delimEnd +
            (escapeChar ? (esc.exec(str.slice(delimEnd)) || =
[""])[0].length : 0);

        leftMatch  =3D left.exec(str);
        rightMatch =3D right.exec(str);

        // only keep the result which matched earlier in the string
        if (leftMatch && rightMatch) {
            if (leftMatch.index <=3D rightMatch.index)
                 rightMatch =3D null;
            else leftMatch  =3D null;
        }

        /* paths*:
        leftMatch | rightMatch | openTokens | result
        1         | 0          | 1          | ...
        1         | 0          | 0          | ...
        0         | 1          | 1          | ...
        0         | 1          | 0          | throw
        0         | 0          | 1          | throw
        0         | 0          | 0          | break
        * - does not include the sticky mode special case
          - the loop ends after the first completed match if not in =
global mode
        */

        if (leftMatch || rightMatch) {
            delimStart =3D (leftMatch || rightMatch).index;
            delimEnd   =3D (leftMatch ? left : right).lastIndex;
        } else if (!openTokens) {
            break;
        }

        if (sticky && !openTokens && delimStart > lastOuterEnd)
            break;

        if (leftMatch) {
            if (!openTokens++) {
                outerStart =3D delimStart;
                innerStart =3D delimEnd;
            }
        } else if (rightMatch && openTokens) {
            if (!--openTokens) {
                if (vN) {
                    if (vN[0] && outerStart > lastOuterEnd)
                               output.push([vN[0], =
str.slice(lastOuterEnd, outerStart), lastOuterEnd, outerStart]);
                    if (vN[1]) output.push([vN[1], str.slice(outerStart, =
  innerStart), outerStart,   innerStart]);
                    if (vN[2]) output.push([vN[2], str.slice(innerStart, =
  delimStart), innerStart,   delimStart]);
                    if (vN[3]) output.push([vN[3], str.slice(delimStart, =
  delimEnd),   delimStart,   delimEnd]);
                } else {
                    output.push(str.slice(innerStart, delimStart));
                }
                lastOuterEnd =3D delimEnd;
                if (!global)
                    break;
            }
        } else {
            // reset lastIndex in case delimiters were provided as =
regexes
            left.lastIndex =3D right.lastIndex =3D 0;
            throw Error("subject data contains unbalanced delimiters");
        }

        // if the delimiter matched an empty string, advance delimEnd to =
avoid an infinite loop
        if (delimStart =3D=3D=3D delimEnd)
            delimEnd++;
    }

    if (global && !sticky && vN && vN[0] && str.length > lastOuterEnd)
        output.push([vN[0], str.slice(lastOuterEnd), lastOuterEnd, =
str.length]);

    // reset lastIndex in case delimiters were provided as regexes
    left.lastIndex =3D right.lastIndex =3D 0;

    return output;
};

------=_NextPart_000_0000_01CF5D7C.FA6DC720
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://electronics-diy.com/js/shLanguages.js

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// PIC
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.pic =3D function(){
	var keywords =3D	'ALL_DIGITAL ADIn Adin_Res Adin_Stime ADCON1 ADC.Read =
And Ansi As Assembly At ' +
					'Boolean ByRef Byte ByVal Clock Case Catch ' +
					'Char Config Const Dec Dec1 Dec2 Dec3 Dec4 Dig Date Decimal Declare =
Default DecToStr DelayMS Digit Device Dim Do Double Each ' +
					'Else ElseIf End EndIf  Exit ERead EWrite False Float For ' +
					'GPIO GoSub GoTo HighByte Input Include Is Integer If Imports In ' =
+
					'LCD_DTPin LCD_ENPin LCD_RSPin LCD_Interface LCD_Lines LowByte Like =
Long LongInt ' +
					'Mod Module  Next Not Nothing Output OWrite ORead Object On Option =
Optional Or ' +
					'Print Public Private Pause pause PAUSE PORTA PORTB PORTC ReDim REM =
Resume Repeat Return ' +
					'Symbol Select Set Short Single Static Step Stop String SerOut ' +
					'Structure Sub Then To True TRISA TRISB TRISC Until USART.Write =
USART.SetBaudrate ' +
					'When Wend While Xtal XTAL Word';

	this.regexList =3D [
		{ regex: /'.*$/gm,										css: 'comments' },			// one line comments
		{ regex: SyntaxHighlighter.regexLib.singleLineCComments,	css: =
'comments' },			// one line comments
		{ regex: SyntaxHighlighter.regexLib.multiLineCComments,		css: =
'comments' },			// multiline comments
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,	css: 'string' =
},			// strings
		{ regex: new RegExp(this.getKeywords(keywords), 'gm'),	css: 'keyword' =
}			// vb keyword
		];

	this.forHtmlScript(SyntaxHighlighter.regexLib.aspScriptTags);
};

SyntaxHighlighter.brushes.pic.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.pic.aliases	=3D ['pic'];
=20
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// PHP
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.Php =3D function(){
	var funcs	=3D	'abs acos acosh addcslashes addslashes ' +
					'array_change_key_case array_chunk array_combine array_count_values =
array_diff '+
					'array_diff_assoc array_diff_key array_diff_uassoc array_diff_ukey =
array_fill '+
					'array_filter array_flip array_intersect array_intersect_assoc =
array_intersect_key '+
					'array_intersect_uassoc array_intersect_ukey array_key_exists =
array_keys array_map '+
					'array_merge array_merge_recursive array_multisort array_pad =
array_pop array_product '+
					'array_push array_rand array_reduce array_reverse array_search =
array_shift '+
					'array_slice array_splice array_sum array_udiff array_udiff_assoc =
'+
					'array_udiff_uassoc array_uintersect array_uintersect_assoc '+
					'array_uintersect_uassoc array_unique array_unshift array_values =
array_walk '+
					'array_walk_recursive atan atan2 atanh base64_decode base64_encode =
base_convert '+
					'basename bcadd bccomp bcdiv bcmod bcmul bindec bindtextdomain =
bzclose bzcompress '+
					'bzdecompress bzerrno bzerror bzerrstr bzflush bzopen bzread =
bzwrite ceil chdir '+
					'checkdate checkdnsrr chgrp chmod chop chown chr chroot chunk_split =
class_exists '+
					'closedir closelog copy cos cosh count count_chars date decbin =
dechex decoct '+
					'deg2rad delete ebcdic2ascii echo empty end ereg ereg_replace eregi =
eregi_replace error_log '+
					'error_reporting escapeshellarg escapeshellcmd eval exec exit exp =
explode extension_loaded '+
					'feof fflush fgetc fgetcsv fgets fgetss file_exists =
file_get_contents file_put_contents '+
					'fileatime filectime filegroup fileinode filemtime fileowner =
fileperms filesize filetype '+
					'floatval flock floor flush fmod fnmatch fopen fpassthru fprintf =
fputcsv fputs fread fscanf '+
					'fseek fsockopen fstat ftell ftok getallheaders getcwd getdate =
getenv gethostbyaddr gethostbyname '+
					'gethostbynamel getimagesize getlastmod getmxrr getmygid getmyinode =
getmypid getmyuid getopt '+
					'getprotobyname getprotobynumber getrandmax getrusage getservbyname =
getservbyport gettext '+
					'gettimeofday gettype glob gmdate gmmktime ini_alter ini_get =
ini_get_all ini_restore ini_set '+
					'interface_exists intval ip2long is_a is_array is_bool is_callable =
is_dir is_double '+
					'is_executable is_file is_finite is_float is_infinite is_int =
is_integer is_link is_long '+
					'is_nan is_null is_numeric is_object is_readable is_real =
is_resource is_scalar is_soap_fault '+
					'is_string is_subclass_of is_uploaded_file is_writable is_writeable =
mkdir mktime nl2br '+
					'parse_ini_file parse_str parse_url passthru pathinfo readlink =
realpath rewind rewinddir rmdir '+
					'round str_ireplace str_pad str_repeat str_replace str_rot13 =
str_shuffle str_split '+
					'str_word_count strcasecmp strchr strcmp strcoll strcspn strftime =
strip_tags stripcslashes '+
					'stripos stripslashes stristr strlen strnatcasecmp strnatcmp =
strncasecmp strncmp strpbrk '+
					'strpos strptime strrchr strrev strripos strrpos strspn strstr =
strtok strtolower strtotime '+
					'strtoupper strtr strval substr substr_compare';

	var keywords =3D	'and or xor array as break case ' +
					'cfunction class const continue declare default die do else ' +
					'elseif enddeclare endfor endforeach endif endswitch endwhile ' +
					'extends for foreach function include include_once global if ' +
					'new old_function return static switch use require require_once ' +
					'var while abstract interface public implements extends private =
protected throw';
=09
	var constants	=3D '__FILE__ __LINE__ __METHOD__ __FUNCTION__ =
__CLASS__';

	this.regexList =3D [
		{ regex: SyntaxHighlighter.regexLib.singleLineCComments,	css: =
'comments' },			// one line comments
		{ regex: SyntaxHighlighter.regexLib.multiLineCComments,		css: =
'comments' },			// multiline comments
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,		css: 'string' =
},			// double quoted strings
		{ regex: SyntaxHighlighter.regexLib.singleQuotedString,		css: 'string' =
},			// single quoted strings
		{ regex: /\$\w+/g,											css: 'variable' },			// variables
		{ regex: new RegExp(this.getKeywords(funcs), 'gmi'),		css: 'functions' =
},			// common functions
		{ regex: new RegExp(this.getKeywords(constants), 'gmi'),	css: =
'constants' },			// constants
		{ regex: new RegExp(this.getKeywords(keywords), 'gm'),		css: 'keyword' =
}			// keyword
		];

	this.forHtmlScript(SyntaxHighlighter.regexLib.phpScriptTags);
};

SyntaxHighlighter.brushes.Php.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.Php.aliases	=3D ['php'];

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// SQL
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.Sql =3D function()
{
	var funcs	=3D	'abs avg case cast coalesce convert count =
current_timestamp ' +
					'current_user day isnull left lower month nullif replace right ' +
					'session_user space substring sum system_user upper user year';

	var keywords =3D	'absolute action add after alter as asc at =
authorization begin bigint ' +
					'binary bit by cascade char character check checkpoint close =
collate ' +
					'column commit committed connect connection constraint contains =
continue ' +
					'create cube current current_date current_time cursor database date =
' +
					'deallocate dec decimal declare default delete desc distinct double =
drop ' +
					'dynamic else end end-exec escape except exec execute false fetch =
first ' +
					'float for force foreign forward free from full function global =
goto grant ' +
					'group grouping having hour ignore index inner insensitive insert =
instead ' +
					'int integer intersect into is isolation key last level load local =
max min ' +
					'minute modify move name national nchar next no numeric of off on =
only ' +
					'open option order out output partial password precision prepare =
primary ' +
					'prior privileges procedure public read real references relative =
repeatable ' +
					'restrict return returns revoke rollback rollup rows rule schema =
scroll ' +
					'second section select sequence serializable set size smallint =
static ' +
					'statistics table temp temporary then time timestamp to top =
transaction ' +
					'translation trigger true truncate uncommitted union unique update =
values ' +
					'varchar varying view when where with work';

	var operators =3D	'all and any between cross in join like not null or =
outer some';

	this.regexList =3D [
		{ regex: /--(.*)$/gm,												css: 'comments' },			// one line and =
multiline comments
		{ regex: SyntaxHighlighter.regexLib.multiLineDoubleQuotedString,	css: =
'string' },			// double quoted strings
		{ regex: SyntaxHighlighter.regexLib.multiLineSingleQuotedString,	css: =
'string' },			// single quoted strings
		{ regex: new RegExp(this.getKeywords(funcs), 'gmi'),				css: 'color2' =
},			// functions
		{ regex: new RegExp(this.getKeywords(operators), 'gmi'),			css: =
'color1' },			// operators and such
		{ regex: new RegExp(this.getKeywords(keywords), 'gmi'),				css: =
'keyword' }			// keyword
		];
};

SyntaxHighlighter.brushes.Sql.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.Sql.aliases	=3D ['sql'];

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// CSS
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.CSS =3D function(){
	function getKeywordsCSS(str){
		return '\\b([a-z_]|)' + str.replace(/ /g, =
'(?=3D:)\\b|\\b([a-z_\\*]|\\*|)') + '(?=3D:)\\b';
	};
=09
	function getValuesCSS(str){
		return '\\b' + str.replace(/ /g, '(?!-)(?!:)\\b|\\b()') + '\:\\b';
	};

	var keywords =3D	'ascent azimuth background-attachment background-color =
background-image background-position ' +
					'background-repeat background baseline bbox border-collapse =
border-color border-spacing border-style border-top ' +
					'border-right border-bottom border-left border-top-color =
border-right-color border-bottom-color border-left-color ' +
					'border-top-style border-right-style border-bottom-style =
border-left-style border-top-width border-right-width ' +
					'border-bottom-width border-left-width border-width border bottom =
cap-height caption-side centerline clear clip color ' +
					'content counter-increment counter-reset cue-after cue-before cue =
cursor definition-src descent direction display ' +
					'elevation empty-cells float font-size-adjust font-family font-size =
font-stretch font-style font-variant font-weight font ' +
					'height left letter-spacing line-height list-style-image =
list-style-position list-style-type list-style margin-top ' +
					'margin-right margin-bottom margin-left margin marker-offset marks =
mathline max-height max-width min-height min-width orphans ' +
					'outline-color outline-style outline-width outline overflow =
padding-top padding-right padding-bottom padding-left padding page ' +
					'page-break-after page-break-before page-break-inside pause =
pause-after pause-before pitch pitch-range play-during position ' +
					'quotes right richness size slope src speak-header speak-numeral =
speak-punctuation speak speech-rate stemh stemv stress ' +
					'table-layout text-align top text-decoration text-indent =
text-shadow text-transform unicode-bidi unicode-range units-per-em ' +
					'vertical-align visibility voice-family volume white-space widows =
width widths word-spacing x-height z-index';

	var values =3D	'above absolute all always aqua armenian attr aural auto =
avoid baseline behind below bidi-override black blink block blue bold =
bolder '+
					'both bottom braille capitalize caption center center-left =
center-right circle close-quote code collapse compact condensed '+
					'continuous counter counters crop cross crosshair cursive dashed =
decimal decimal-leading-zero default digits disc dotted double '+
					'embed embossed e-resize expanded extra-condensed extra-expanded =
fantasy far-left far-right fast faster fixed format fuchsia '+
					'gray green groove handheld hebrew help hidden hide high higher =
icon inline-table inline inset inside invert italic '+
					'justify landscape large larger left-side left leftwards level =
lighter lime line-through list-item local loud lower-alpha '+
					'lowercase lower-greek lower-latin lower-roman lower low ltr marker =
maroon medium message-box middle mix move narrower '+
					'navy ne-resize no-close-quote none no-open-quote no-repeat normal =
nowrap n-resize nw-resize oblique olive once open-quote outset '+
					'outside overline pointer portrait pre print projection purple red =
relative repeat repeat-x repeat-y rgb ridge right right-side '+
					'rightwards rtl run-in screen scroll semi-condensed semi-expanded =
separate se-resize show silent silver slower slow '+
					'small small-caps small-caption smaller soft solid speech spell-out =
square s-resize static status-bar sub super sw-resize '+
					'table-caption table-cell table-column table-column-group =
table-footer-group table-header-group table-row table-row-group teal '+
					'text-bottom text-top thick thin top transparent tty tv =
ultra-condensed ultra-expanded underline upper-alpha uppercase =
upper-latin '+
					'upper-roman url visible wait white wider w-resize x-fast x-high =
x-large x-loud x-low x-slow x-small x-soft xx-large xx-small yellow';

	var fonts =3D		'[mM]onospace [tT]ahoma [vV]erdana [aA]rial [hH]elvetica =
[sS]ans-serif [sS]erif [cC]ourier mono sans serif';
=09
	this.regexList =3D [
		{ regex: SyntaxHighlighter.regexLib.multiLineCComments,		css: =
'comments' },	// multiline comments
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,		css: 'string' =
},	// double quoted strings
		{ regex: SyntaxHighlighter.regexLib.singleQuotedString,		css: 'string' =
},	// single quoted strings
		{ regex: /\#[a-fA-F0-9]{3,6}/g,								css: 'value' },		// html colors
		{ regex: /(-?\d+)(\.\d+)?(px|em|pt|\:|\%|)/g,				css: 'value' },		// =
sizes
		{ regex: /!important/g,										css: 'color3' },	// !important
		{ regex: new RegExp(getKeywordsCSS(keywords), 'gm'),		css: 'keyword' =
},	// keywords
		{ regex: new RegExp(getValuesCSS(values), 'g'),				css: 'value' },		// =
values
		{ regex: new RegExp(this.getKeywords(fonts), 'g'),			css: 'color1' }		=
// fonts
		];

	this.forHtmlScript({=20
		left: /(&lt;|<)\s*style.*?(&gt;|>)/gi,=20
		right: /(&lt;|<)\/\s*style\s*(&gt;|>)/gi=20
		});
};

SyntaxHighlighter.brushes.CSS.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.CSS.aliases	=3D ['css'];


/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// JS
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.JScript =3D function(){
	var keywords =3D	'Array alert ActiveXObject appendChild backgroundColor =
break body ' +
					'cssText case catch continue confirm className close clipboardData =
contentWindow createElement ' +
					'document default delete do display else false forms form focus =
function ' +
					'for function getElementById getElementsByTagName GetXmlHttpObject =
if in innerHTML instanceof indexOf keyCode ' +
					'length new null Math open onreadystatechange printFrame random =
return readyState reset replace ' +
					'send search setData split super switch style submit substring ' +
					'this throw true trim try typeof toString tolowercase touppercase ' =
+
					'var value while which with window XMLHttpRequest '
					;

	this.regexList =3D [
		{ regex: SyntaxHighlighter.regexLib.singleLineCComments,	css: =
'comments' },			// one line comments
		{ regex: SyntaxHighlighter.regexLib.multiLineCComments,		css: =
'comments' },			// multiline comments
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,		css: 'string' =
},			// double quoted strings
		{ regex: SyntaxHighlighter.regexLib.singleQuotedString,		css: 'string' =
},			// single quoted strings
		{ regex: /\s*#.*/gm,										css: 'preprocessor' },		// preprocessor =
tags like #region and #endregion
		{ regex: new RegExp(this.getKeywords(keywords), 'gm'),		css: 'keyword' =
}			// keywords
		];
=09
	this.forHtmlScript(SyntaxHighlighter.regexLib.scriptScriptTags);
};

SyntaxHighlighter.brushes.JScript.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.JScript.aliases	=3D ['js', 'jscript', =
'javascript'];

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// JAVA
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.Java =3D function()
{
	var keywords =3D	'abstract assert boolean break byte case catch char =
class const ' +
					'continue default do double else enum extends ' +
					'false final finally float for goto if implements import ' +
					'instanceof int interface long native new null ' +
					'package private protected public return ' +
					'short static strictfp super switch synchronized this throw throws =
true ' +
					'transient try void volatile while';

	this.regexList =3D [
		{ regex: SyntaxHighlighter.regexLib.singleLineCComments,	css: =
'comments' },		// one line comments
		{ regex: /\/\*([^\*][\s\S]*)?\*\//gm,						css: 'comments' },	 	// =
multiline comments
		{ regex: /\/\*(?!\*\/)\*[\s\S]*?\*\//gm,					css: 'preprocessor' },	// =
documentation comments
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,		css: 'string' =
},		// strings
		{ regex: SyntaxHighlighter.regexLib.singleQuotedString,		css: 'string' =
},		// strings
		{ regex: /\b([\d]+(\.[\d]+)?|0x[a-f0-9]+)\b/gi,				css: 'value' },			=
// numbers
		{ regex: /(?!\@interface\b)\@[\$\w]+\b/g,					css: 'color1' },		// =
annotation @anno
		{ regex: /\@interface\b/g,									css: 'color2' },		// @interface =
keyword
		{ regex: new RegExp(this.getKeywords(keywords), 'gm'),		css: 'keyword' =
}		// java keyword
		];

	this.forHtmlScript({
		left	: /(&lt;|<)%[@!=3D]?/g,=20
		right	: /%(&gt;|>)/g=20
	});
};

SyntaxHighlighter.brushes.Java.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.Java.aliases		=3D ['java'];

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// C++
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.Cpp =3D function()
{
	// Copyright 2006 Shin, YoungJin
=09
	var datatypes =3D	'ATOM BOOL BOOLEAN BYTE CHAR COLORREF DWORD DWORDLONG =
DWORD_PTR ' +
					'DWORD32 DWORD64 FLOAT HACCEL HALF_PTR HANDLE HBITMAP HBRUSH ' +
					'HCOLORSPACE HCONV HCONVLIST HCURSOR HDC HDDEDATA HDESK HDROP HDWP =
' +
					'HENHMETAFILE HFILE HFONT HGDIOBJ HGLOBAL HHOOK HICON HINSTANCE =
HKEY ' +
					'HKL HLOCAL HMENU HMETAFILE HMODULE HMONITOR HPALETTE HPEN HRESULT =
' +
					'HRGN HRSRC HSZ HWINSTA HWND INT INT_PTR INT32 INT64 LANGID LCID =
LCTYPE ' +
					'LGRPID LONG LONGLONG LONG_PTR LONG32 LONG64 LPARAM LPBOOL LPBYTE =
LPCOLORREF ' +
					'LPCSTR LPCTSTR LPCVOID LPCWSTR LPDWORD LPHANDLE LPINT LPLONG LPSTR =
LPTSTR ' +
					'LPVOID LPWORD LPWSTR LRESULT PBOOL PBOOLEAN PBYTE PCHAR PCSTR =
PCTSTR PCWSTR ' +
					'PDWORDLONG PDWORD_PTR PDWORD32 PDWORD64 PFLOAT PHALF_PTR PHANDLE =
PHKEY PINT ' +
					'PINT_PTR PINT32 PINT64 PLCID PLONG PLONGLONG PLONG_PTR PLONG32 =
PLONG64 POINTER_32 ' +
					'POINTER_64 PSHORT PSIZE_T PSSIZE_T PSTR PTBYTE PTCHAR PTSTR PUCHAR =
PUHALF_PTR ' +
					'PUINT PUINT_PTR PUINT32 PUINT64 PULONG PULONGLONG PULONG_PTR =
PULONG32 PULONG64 ' +
					'PUSHORT PVOID PWCHAR PWORD PWSTR SC_HANDLE SC_LOCK =
SERVICE_STATUS_HANDLE SHORT ' +
					'SIZE_T SSIZE_T TBYTE TCHAR UCHAR UHALF_PTR UINT UINT_PTR UINT32 =
UINT64 ULONG ' +
					'ULONGLONG ULONG_PTR ULONG32 ULONG64 USHORT USN VOID WCHAR WORD =
WPARAM WPARAM WPARAM ' +
					'char bool short int __int32 __int64 __int8 __int16 long float =
double __wchar_t ' +
					'clock_t _complex _dev_t _diskfree_t div_t ldiv_t _exception =
_EXCEPTION_POINTERS ' +
					'FILE _finddata_t _finddatai64_t _wfinddata_t _wfinddatai64_t =
__finddata64_t ' +
					'__wfinddata64_t _FPIEEE_RECORD fpos_t _HEAPINFO _HFILE lconv =
intptr_t ' +
					'jmp_buf mbstate_t _off_t _onexit_t _PNH ptrdiff_t =
_purecall_handler ' +
					'sig_atomic_t size_t _stat __stat64 _stati64 terminate_function ' +
					'time_t __time64_t _timeb __timeb64 tm uintptr_t _utimbuf ' +
					'va_list wchar_t wctrans_t wctype_t wint_t signed';

	var keywords =3D	'break case catch class const __finally __exception =
__try ' +
					'const_cast continue private public protected __declspec ' +
					'default delete deprecated dllexport dllimport do dynamic_cast ' +
					'else enum explicit extern if for friend goto inline ' +
					'mutable naked namespace new noinline noreturn nothrow ' +
					'register reinterpret_cast return selectany ' +
					'sizeof static static_cast struct switch template this ' +
					'thread throw true false try typedef typeid typename union ' +
					'using uuid virtual void volatile whcar_t while';
				=09
	var functions =3D	'assert isalnum isalpha iscntrl isdigit isgraph =
islower isprint' +
					'ispunct isspace isupper isxdigit tolower toupper errno localeconv =
' +
					'setlocale acos asin atan atan2 ceil cos cosh exp fabs floor fmod ' =
+
					'frexp ldexp log log10 modf pow sin sinh sqrt tan tanh jmp_buf ' +
					'longjmp setjmp raise signal sig_atomic_t va_arg va_end va_start ' =
+
					'clearerr fclose feof ferror fflush fgetc fgetpos fgets fopen ' +
					'fprintf fputc fputs fread freopen fscanf fseek fsetpos ftell ' +
					'fwrite getc getchar gets perror printf putc putchar puts remove ' =
+
					'rename rewind scanf setbuf setvbuf sprintf sscanf tmpfile tmpnam ' =
+
					'ungetc vfprintf vprintf vsprintf abort abs atexit atof atoi atol ' =
+
					'bsearch calloc div exit free getenv labs ldiv malloc mblen =
mbstowcs ' +
					'mbtowc qsort rand realloc srand strtod strtol strtoul system ' +
					'wcstombs wctomb memchr memcmp memcpy memmove memset strcat strchr =
' +
					'strcmp strcoll strcpy strcspn strerror strlen strncat strncmp ' +
					'strncpy strpbrk strrchr strspn strstr strtok strxfrm asctime ' +
					'clock ctime difftime gmtime localtime mktime strftime time';

	this.regexList =3D [
		{ regex: SyntaxHighlighter.regexLib.singleLineCComments,	css: =
'comments' },			// one line comments
		{ regex: SyntaxHighlighter.regexLib.multiLineCComments,		css: =
'comments' },			// multiline comments
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,		css: 'string' =
},			// strings
		{ regex: SyntaxHighlighter.regexLib.singleQuotedString,		css: 'string' =
},			// strings
		{ regex: /^ *#.*/gm,										css: 'preprocessor' },
		{ regex: new RegExp(this.getKeywords(datatypes), 'gm'),		css: 'color1 =
bold' },
		{ regex: new RegExp(this.getKeywords(functions), 'gm'),		css: =
'functions bold' },
		{ regex: new RegExp(this.getKeywords(keywords), 'gm'),		css: 'keyword =
bold' }
		];
};

SyntaxHighlighter.brushes.Cpp.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.Cpp.aliases	=3D ['cpp', 'c'];

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// C#
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.CSharp =3D function()
{
	var keywords =3D	'abstract as base bool break byte case catch char =
checked class const ' +
					'continue decimal default delegate do double else enum event =
explicit ' +
					'extern false finally fixed float for foreach get goto if implicit =
in int ' +
					'interface internal is lock long namespace new null object operator =
out ' +
					'override params private protected public readonly ref return sbyte =
sealed set ' +
					'short sizeof stackalloc static string struct switch this throw =
true try ' +
					'typeof uint ulong unchecked unsafe ushort using virtual void =
while';

	function fixComments(match, regexInfo)
	{
		var css =3D (match[0].indexOf("///") =3D=3D 0)
			? 'color1'
			: 'comments'
			;
		=09
		return [new SyntaxHighlighter.Match(match[0], match.index, css)];
	}

	this.regexList =3D [
		{ regex: SyntaxHighlighter.regexLib.singleLineCComments,	func : =
fixComments },		// one line comments
		{ regex: SyntaxHighlighter.regexLib.multiLineCComments,		css: =
'comments' },			// multiline comments
		{ regex: /@"(?:[^"]|"")*"/g,								css: 'string' },			// @-quoted =
strings
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,		css: 'string' =
},			// strings
		{ regex: SyntaxHighlighter.regexLib.singleQuotedString,		css: 'string' =
},			// strings
		{ regex: /^\s*#.*/gm,										css: 'preprocessor' },		// preprocessor =
tags like #region and #endregion
		{ regex: new RegExp(this.getKeywords(keywords), 'gm'),		css: 'keyword' =
},			// c# keyword
		{ regex: /\bpartial(?=3D\s+(?:class|interface|struct)\b)/g,	css: =
'keyword' },			// contextual keyword: 'partial'
		{ regex: /\byield(?=3D\s+(?:return|break)\b)/g,				css: 'keyword' }			=
// contextual keyword: 'yield'
		];
	=09
	this.forHtmlScript(SyntaxHighlighter.regexLib.aspScriptTags);
};

SyntaxHighlighter.brushes.CSharp.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.CSharp.aliases	=3D ['c#', 'c-sharp', =
'csharp'];


/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// XML
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.Xml =3D function()
{
	function process(match, regexInfo)
	{
		var constructor =3D SyntaxHighlighter.Match,
			code =3D match[0],
			tag =3D new XRegExp('(&lt;|<)[\\s\\/\\?]*(?<name>[:\\w-\\.]+)', =
'xg').exec(code),
			result =3D []
			;
	=09
		if (match.attributes !=3D null)=20
		{
			var attributes,
				regex =3D new XRegExp('(?<name> [\\w:\\-\\.]+)' +
									'\\s*=3D\\s*' +
									'(?<value> ".*?"|\'.*?\'|\\w+)',
									'xg');

			while ((attributes =3D regex.exec(code)) !=3D null)=20
			{
				result.push(new constructor(attributes.name, match.index + =
attributes.index, 'color1'));
				result.push(new constructor(attributes.value, match.index + =
attributes.index + attributes[0].indexOf(attributes.value), 'string'));
			}
		}

		if (tag !=3D null)
			result.push(
				new constructor(tag.name, match.index + tag[0].indexOf(tag.name), =
'keyword')
			);

		return result;
	}
=09
	this.regexList =3D [
		{ regex: new =
XRegExp('(\\&lt;|<)\\!\\[[\\w\\s]*?\\[(.|\\s)*?\\]\\](\\&gt;|>)', 'gm'),	=
		css: 'color2' },	// <![ ... [ ... ]]>
		{ regex: SyntaxHighlighter.regexLib.xmlComments,												css: =
'comments' },	// <!-- ... -->
		{ regex: new =
XRegExp('(&lt;|<)[\\s\\/\\?]*(\\w+)(?<attributes>.*?)[\\s\\/\\?]*(&gt;|>)=
', 'sg'), func: process }
	];
};

SyntaxHighlighter.brushes.Xml.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.Xml.aliases	=3D ['xml', 'xhtml', 'xslt', =
'html'];

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// VB
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.Vb =3D function(){
	var keywords =3D	'AddHandler AddressOf AndAlso Alias And Ansi As =
Assembly Auto ' +
					'Boolean ByRef Byte ByVal Call Case Catch CBool CByte CChar CDate ' =
+
					'CDec CDbl Char CInt Class CLng CObj Const CShort CSng CStr CType ' =
+
					'Date Decimal Declare Default Delegate Dim DirectCast Do Double =
Each ' +
					'Else ElseIf End Enum Erase Error Event Exit False Finally For =
Friend ' +
					'Function Get GetType GoSub GoTo Handles If Implements Imports In ' =
+
					'Inherits Integer Interface Is Let Lib Like Long Loop Me Mod Module =
' +
					'MustInherit MustOverride MyBase MyClass Namespace New Next Not =
Nothing ' +
					'NotInheritable NotOverridable Object On Option Optional Or OrElse =
' +
					'Overloads Overridable Overrides ParamArray Preserve Private =
Property ' +
					'Protected Public RaiseEvent ReadOnly ReDim REM RemoveHandler =
Resume ' +
					'Return Select Set Shadows Shared Short Single Static Step Stop =
String ' +
					'Structure Sub SyncLock Then Throw To True Try TypeOf Unicode Until =
' +
					'Variant When While With WithEvents WriteOnly Xor';

	this.regexList =3D [
		{ regex: /'.*$/gm,										css: 'comments' },			// one line comments
		{ regex: SyntaxHighlighter.regexLib.doubleQuotedString,	css: 'string' =
},			// strings
		{ regex: /^\s*#.*$/gm,									css: 'preprocessor' },		// preprocessor =
tags like #region and #endregion
		{ regex: new RegExp(this.getKeywords(keywords), 'gm'),	css: 'keyword' =
}			// vb keyword
		];

	this.forHtmlScript(SyntaxHighlighter.regexLib.aspScriptTags);
};

SyntaxHighlighter.brushes.Vb.prototype	=3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.Vb.aliases	=3D ['vb', 'vbnet'];

/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
// Plain Text
/////////////////////////////////////////////////////////////////////////=
////////////////////////////////
SyntaxHighlighter.brushes.Plain =3D function(){
};

SyntaxHighlighter.brushes.Plain.prototype =3D new =
SyntaxHighlighter.Highlighter();
SyntaxHighlighter.brushes.Plain.aliases =3D ['text', 'plain'];
------=_NextPart_000_0000_01CF5D7C.FA6DC720
Content-Type: application/octet-stream
Content-Transfer-Encoding: quoted-printable
Content-Location: http://www.google-analytics.com/urchin.js

//-- Google Analytics Urchin Module=0A=
//-- Copyright 2007 Google, All Rights Reserved.=0A=
=0A=
//-- Urchin On Demand Settings ONLY=0A=
var _uacct=3D"";			// set up the Urchin Account=0A=
var _userv=3D1;			// service mode (0=3Dlocal,1=3Dremote,2=3Dboth)=0A=
=0A=
//-- UTM User Settings=0A=
var _ufsc=3D1;			// set client info flag (1=3Don|0=3Doff)=0A=
var _udn=3D"auto";		// (auto|none|domain) set the domain name for cookies=0A=
var _uhash=3D"on";		// (on|off) unique domain hash for cookies=0A=
var _utimeout=3D"1800";   	// set the inactive session timeout in seconds=0A=
var _ugifpath=3D"/__utm.gif";	// set the web path to the __utm.gif file=0A=
var _utsp=3D"|";			// transaction field separator=0A=
var _uflash=3D1;			// set flash version detect option (1=3Don|0=3Doff)=0A=
var _utitle=3D1;			// set the document title detect option =
(1=3Don|0=3Doff)=0A=
var _ulink=3D0;			// enable linker functionality (1=3Don|0=3Doff)=0A=
var _uanchor=3D0;			// enable use of anchors for campaign =
(1=3Don|0=3Doff)=0A=
var _utcp=3D"/";			// the cookie path for tracking=0A=
var _usample=3D100;		// The sampling % of visitors to track (1-100).=0A=
=0A=
//-- UTM Campaign Tracking Settings=0A=
var _uctm=3D1;			// set campaign tracking module (1=3Don|0=3Doff)=0A=
var _ucto=3D"15768000";		// set timeout in seconds (6 month default)=0A=
var _uccn=3D"utm_campaign";	// name=0A=
var _ucmd=3D"utm_medium";		// medium (cpc|cpm|link|email|organic)=0A=
var _ucsr=3D"utm_source";		// source=0A=
var _uctr=3D"utm_term";		// term/keyword=0A=
var _ucct=3D"utm_content";	// content=0A=
var _ucid=3D"utm_id";		// id number=0A=
var _ucno=3D"utm_nooverride";	// don't override=0A=
=0A=
//-- Auto/Organic Sources and Keywords=0A=
var _uOsr=3Dnew Array();=0A=
var _uOkw=3Dnew Array();=0A=
_uOsr[0]=3D"google";	_uOkw[0]=3D"q";=0A=
_uOsr[1]=3D"yahoo";	_uOkw[1]=3D"p";=0A=
_uOsr[2]=3D"msn";		_uOkw[2]=3D"q";=0A=
_uOsr[3]=3D"aol";		_uOkw[3]=3D"query";=0A=
_uOsr[4]=3D"aol";		_uOkw[4]=3D"encquery";=0A=
_uOsr[5]=3D"lycos";	_uOkw[5]=3D"query";=0A=
_uOsr[6]=3D"ask";		_uOkw[6]=3D"q";=0A=
_uOsr[7]=3D"altavista";	_uOkw[7]=3D"q";=0A=
_uOsr[8]=3D"netscape";	_uOkw[8]=3D"query";=0A=
_uOsr[9]=3D"cnn";	_uOkw[9]=3D"query";=0A=
_uOsr[10]=3D"looksmart";	_uOkw[10]=3D"qt";=0A=
_uOsr[11]=3D"about";	_uOkw[11]=3D"terms";=0A=
_uOsr[12]=3D"mamma";	_uOkw[12]=3D"query";=0A=
_uOsr[13]=3D"alltheweb";	_uOkw[13]=3D"q";=0A=
_uOsr[14]=3D"gigablast";	_uOkw[14]=3D"q";=0A=
_uOsr[15]=3D"voila";	_uOkw[15]=3D"rdata";=0A=
_uOsr[16]=3D"virgilio";	_uOkw[16]=3D"qs";=0A=
_uOsr[17]=3D"live";	_uOkw[17]=3D"q";=0A=
_uOsr[18]=3D"baidu";	_uOkw[18]=3D"wd";=0A=
_uOsr[19]=3D"alice";	_uOkw[19]=3D"qs";=0A=
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 } else if (self.java) {=0A=
  var j=3Djava.awt.Toolkit.getDefaultToolkit();=0A=
  var s=3Dj.getScreenSize();=0A=
  sr=3Ds.width+"x"+s.height;=0A=
 }=0A=
 if (n.language) { ul=3Dn.language.toLowerCase(); }=0A=
 else if (n.browserLanguage) { ul=3Dn.browserLanguage.toLowerCase(); }=0A=
 je=3Dn.javaEnabled()?1:0;=0A=
 if (_uflash) fl=3D_uFlash();=0A=
 if (_ubd.characterSet) cs=3D_uES(_ubd.characterSet);=0A=
 else if (_ubd.charset) cs=3D_uES(_ubd.charset);=0A=
 return =
"&utmcs=3D"+cs+"&utmsr=3D"+sr+"&utmsc=3D"+sc+"&utmul=3D"+ul+"&utmje=3D"+j=
e+"&utmfl=3D"+fl;=0A=
}=0A=
function __utmSetTrans() {=0A=
 var e;=0A=
 if (_ubd.getElementById) e=3D_ubd.getElementById("utmtrans");=0A=
 else if (_ubd.utmform && _ubd.utmform.utmtrans) =
e=3D_ubd.utmform.utmtrans;=0A=
 if (!e) return;=0A=
 var l=3De.value.split("UTM:");=0A=
 var i,i2,c;=0A=
 if (_userv=3D=3D0 || _userv=3D=3D2) i=3Dnew Array();=0A=
 if (_userv=3D=3D1 || _userv=3D=3D2) { i2=3Dnew Array(); c=3D_uGCS(); }=0A=
=0A=
 for (var ii=3D0;ii<l.length;ii++) {=0A=
  l[ii]=3D_uTrim(l[ii]);=0A=
  if (l[ii].charAt(0)!=3D'T' && l[ii].charAt(0)!=3D'I') continue;=0A=
  var r=3DMath.round(Math.random()*2147483647);=0A=
  if (!_utsp || _utsp=3D=3D"") _utsp=3D"|";=0A=
  var f=3Dl[ii].split(_utsp),s=3D"";=0A=
  if (f[0].charAt(0)=3D=3D'T') {=0A=
   s=3D"&utmt=3Dtran"+"&utmn=3D"+r;=0A=
   f[1]=3D_uTrim(f[1]); if(f[1]&&f[1]!=3D"") =
s+=3D"&utmtid=3D"+_uES(f[1]);=0A=
   f[2]=3D_uTrim(f[2]); if(f[2]&&f[2]!=3D"") =
s+=3D"&utmtst=3D"+_uES(f[2]);=0A=
   f[3]=3D_uTrim(f[3]); if(f[3]&&f[3]!=3D"") =
s+=3D"&utmtto=3D"+_uES(f[3]);=0A=
   f[4]=3D_uTrim(f[4]); if(f[4]&&f[4]!=3D"") =
s+=3D"&utmttx=3D"+_uES(f[4]);=0A=
   f[5]=3D_uTrim(f[5]); if(f[5]&&f[5]!=3D"") =
s+=3D"&utmtsp=3D"+_uES(f[5]);=0A=
   f[6]=3D_uTrim(f[6]); if(f[6]&&f[6]!=3D"") =
s+=3D"&utmtci=3D"+_uES(f[6]);=0A=
   f[7]=3D_uTrim(f[7]); if(f[7]&&f[7]!=3D"") =
s+=3D"&utmtrg=3D"+_uES(f[7]);=0A=
   f[8]=3D_uTrim(f[8]); if(f[8]&&f[8]!=3D"") =
s+=3D"&utmtco=3D"+_uES(f[8]);=0A=
  } else {=0A=
   s=3D"&utmt=3Ditem"+"&utmn=3D"+r;=0A=
   f[1]=3D_uTrim(f[1]); if(f[1]&&f[1]!=3D"") =
s+=3D"&utmtid=3D"+_uES(f[1]);=0A=
   f[2]=3D_uTrim(f[2]); if(f[2]&&f[2]!=3D"") =
s+=3D"&utmipc=3D"+_uES(f[2]);=0A=
   f[3]=3D_uTrim(f[3]); if(f[3]&&f[3]!=3D"") =
s+=3D"&utmipn=3D"+_uES(f[3]);=0A=
   f[4]=3D_uTrim(f[4]); if(f[4]&&f[4]!=3D"") =
s+=3D"&utmiva=3D"+_uES(f[4]);=0A=
   f[5]=3D_uTrim(f[5]); if(f[5]&&f[5]!=3D"") =
s+=3D"&utmipr=3D"+_uES(f[5]);=0A=
   f[6]=3D_uTrim(f[6]); if(f[6]&&f[6]!=3D"") =
s+=3D"&utmiqt=3D"+_uES(f[6]);=0A=
  }=0A=
  if (_udl.hostname && _udl.hostname!=3D"") =
s+=3D"&utmhn=3D"+_uES(_udl.hostname);=0A=
  if (_usample && _usample !=3D 100) s+=3D"&utmsp=3D"+_uES(_usample);=0A=
=0A=
  if ((_userv=3D=3D0 || _userv=3D=3D2) && _uSP()) {=0A=
   i[ii]=3Dnew Image(1,1);=0A=
   i[ii].src=3D_ugifpath+"?"+"utmwv=3D"+_uwv+s;=0A=
   i[ii].onload=3Dfunction() { _uVoid(); }=0A=
  }=0A=
  if ((_userv=3D=3D1 || _userv=3D=3D2) && _uSP()) {=0A=
   i2[ii]=3Dnew Image(1,1);=0A=
   =
i2[ii].src=3D_ugifpath2+"?"+"utmwv=3D"+_uwv+s+"&utmac=3D"+_uacct+"&utmcc=3D=
"+c;=0A=
   i2[ii].onload=3Dfunction() { _uVoid(); }=0A=
  }=0A=
 }=0A=
 return;=0A=
}=0A=
function _uFlash() {=0A=
 var f=3D"-",n=3Dnavigator;=0A=
 if (n.plugins && n.plugins.length) {=0A=
  for (var ii=3D0;ii<n.plugins.length;ii++) {=0A=
   if (n.plugins[ii].name.indexOf('Shockwave Flash')!=3D-1) {=0A=
    f=3Dn.plugins[ii].description.split('Shockwave Flash ')[1];=0A=
    break;=0A=
   }=0A=
  }=0A=
 } else {=0A=
  var fl;=0A=
  try {=0A=
   fl =3D new ActiveXObject("ShockwaveFlash.ShockwaveFlash.7");=0A=
   f =3D fl.GetVariable("$version");=0A=
  } catch(e) {}=0A=
  if (f =3D=3D "-") {=0A=
   try {=0A=
    fl =3D new ActiveXObject("ShockwaveFlash.ShockwaveFlash.6");=0A=
    f =3D "WIN 6,0,21,0";=0A=
    fl.AllowScriptAccess =3D "always";=0A=
    f =3D fl.GetVariable("$version");=0A=
   } catch(e) {}=0A=
  }=0A=
  if (f =3D=3D "-") {=0A=
   try {=0A=
    fl =3D new ActiveXObject("ShockwaveFlash.ShockwaveFlash");=0A=
    f =3D fl.GetVariable("$version");=0A=
   } catch(e) {}=0A=
  }=0A=
  if (f !=3D "-") {=0A=
   f =3D f.split(" ")[1].split(",");=0A=
   f =3D f[0] + "." + f[1] + " r" + f[2];=0A=
  }=0A=
 }=0A=
 return f;=0A=
}=0A=
function __utmLinkerUrl(l,h) {=0A=
 var p,k,a=3D"-",b=3D"-",c=3D"-",x=3D"-",z=3D"-",v=3D"-";=0A=
 var dc=3D_ubd.cookie;=0A=
 var iq =3D l.indexOf("?");=0A=
 var ih =3D l.indexOf("#");=0A=
 var url=3Dl;=0A=
 if (dc) {=0A=
  a=3D_uES(_uGC(dc,"__utma=3D"+_udh+".",";"));=0A=
  b=3D_uES(_uGC(dc,"__utmb=3D"+_udh,";"));=0A=
  c=3D_uES(_uGC(dc,"__utmc=3D"+_udh,";"));=0A=
  x=3D_uES(_uGC(dc,"__utmx=3D"+_udh,";"));=0A=
  z=3D_uES(_uGC(dc,"__utmz=3D"+_udh+".",";"));=0A=
  v=3D_uES(_uGC(dc,"__utmv=3D"+_udh+".",";"));=0A=
  k=3D(_uHash(a+b+c+x+z+v)*1)+(_udh*1);=0A=
  =
p=3D"__utma=3D"+a+"&__utmb=3D"+b+"&__utmc=3D"+c+"&__utmx=3D"+x+"&__utmz=3D=
"+z+"&__utmv=3D"+v+"&__utmk=3D"+k;=0A=
 }=0A=
 if (p) {=0A=
  if (h && ih>-1) return;=0A=
  if (h) { url=3Dl+"#"+p; }=0A=
  else {=0A=
   if (iq=3D=3D-1 && ih=3D=3D-1) url=3Dl+"?"+p;=0A=
   else if (ih=3D=3D-1) url=3Dl+"&"+p;=0A=
   else if (iq=3D=3D-1) url=3Dl.substring(0,ih-1)+"?"+p+l.substring(ih);=0A=
   else url=3Dl.substring(0,ih-1)+"&"+p+l.substring(ih);=0A=
  }=0A=
 }=0A=
 return url;=0A=
}=0A=
function __utmLinker(l,h) {=0A=
 if (!_ulink || !l || l=3D=3D"") return;=0A=
 _udl.href=3D__utmLinkerUrl(l,h);=0A=
}=0A=
function __utmLinkPost(f,h) {=0A=
 if (!_ulink || !f || !f.action) return;=0A=
 f.action=3D__utmLinkerUrl(f.action, h);=0A=
 return;=0A=
}=0A=
function __utmSetVar(v) {=0A=
 if (!v || v=3D=3D"") return;=0A=
 if (!_udo || _udo =3D=3D "") {=0A=
  _udh=3D_uDomain();=0A=
  if (_udn && _udn!=3D"") { _udo=3D" domain=3D"+_udn+";"; }=0A=
 }=0A=
 if (!_uVG()) return;=0A=
 var r=3DMath.round(Math.random() * 2147483647);=0A=
 _ubd.cookie=3D"__utmv=3D"+_udh+"."+_uES(v)+"; path=3D"+_utcp+"; =
expires=3D"+_uNx()+";"+_udo;=0A=
 var s=3D"&utmt=3Dvar&utmn=3D"+r;=0A=
 if (_usample && _usample !=3D 100) s+=3D"&utmsp=3D"+_uES(_usample);=0A=
 if ((_userv=3D=3D0 || _userv=3D=3D2) && _uSP()) {=0A=
  var i=3Dnew Image(1,1);=0A=
  i.src=3D_ugifpath+"?"+"utmwv=3D"+_uwv+s;=0A=
  i.onload=3Dfunction() { _uVoid(); }=0A=
 }=0A=
 if ((_userv=3D=3D1 || _userv=3D=3D2) && _uSP()) {=0A=
  var i2=3Dnew Image(1,1);=0A=
  =
i2.src=3D_ugifpath2+"?"+"utmwv=3D"+_uwv+s+"&utmac=3D"+_uacct+"&utmcc=3D"+=
_uGCS();=0A=
  i2.onload=3Dfunction() { _uVoid(); }=0A=
 }=0A=
}=0A=
function _uGCS() {=0A=
 var t,c=3D"",dc=3D_ubd.cookie;=0A=
 if ((t=3D_uGC(dc,"__utma=3D"+_udh+".",";"))!=3D"-") =
c+=3D_uES("__utma=3D"+t+";+");=0A=
 if ((t=3D_uGC(dc,"__utmx=3D"+_udh,";"))!=3D"-") =
c+=3D_uES("__utmx=3D"+t+";+");=0A=
 if ((t=3D_uGC(dc,"__utmz=3D"+_udh+".",";"))!=3D"-") =
c+=3D_uES("__utmz=3D"+t+";+");=0A=
 if ((t=3D_uGC(dc,"__utmv=3D"+_udh+".",";"))!=3D"-") =
c+=3D_uES("__utmv=3D"+t+";");=0A=
 if (c.charAt(c.length-1)=3D=3D"+") c=3Dc.substring(0,c.length-1);=0A=
 return c;=0A=
}=0A=
function _uGC(l,n,s) {=0A=
 if (!l || l=3D=3D"" || !n || n=3D=3D"" || !s || s=3D=3D"") return "-";=0A=
 var i,i2,i3,c=3D"-";=0A=
 i=3Dl.indexOf(n);=0A=
 i3=3Dn.indexOf("=3D")+1;=0A=
 if (i > -1) {=0A=
  i2=3Dl.indexOf(s,i); if (i2 < 0) { i2=3Dl.length; }=0A=
  c=3Dl.substring((i+i3),i2);=0A=
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 return c;=0A=
}=0A=
function _uDomain() {=0A=
 if (!_udn || _udn=3D=3D"" || _udn=3D=3D"none") { _udn=3D""; return 1; }=0A=
 if (_udn=3D=3D"auto") {=0A=
  var d=3D_ubd.domain;=0A=
  if (d.substring(0,4)=3D=3D"www.") {=0A=
   d=3Dd.substring(4,d.length);=0A=
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  _udn=3Dd;=0A=
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 _udn =3D _udn.toLowerCase(); =0A=
 if (_uhash=3D=3D"off") return 1;=0A=
 return _uHash(_udn);=0A=
}=0A=
function _uHash(d) {=0A=
 if (!d || d=3D=3D"") return 1;=0A=
 var h=3D0,g=3D0;=0A=
 for (var i=3Dd.length-1;i>=3D0;i--) {=0A=
  var c=3DparseInt(d.charCodeAt(i));=0A=
  h=3D((h << 6) & 0xfffffff) + c + (c << 14);=0A=
  if ((g=3Dh & 0xfe00000)!=3D0) h=3D(h ^ (g >> 21));=0A=
 }=0A=
 return h;=0A=
}=0A=
function _uFixA(c,s,t) {=0A=
 if (!c || c=3D=3D"" || !s || s=3D=3D"" || !t || t=3D=3D"") return "-";=0A=
 var a=3D_uGC(c,"__utma=3D"+_udh+".",s);=0A=
 var lt=3D0,i=3D0;=0A=
 if ((i=3Da.lastIndexOf(".")) > 9) {=0A=
  _uns=3Da.substring(i+1,a.length);=0A=
  _uns=3D(_uns*1)+1;=0A=
  a=3Da.substring(0,i);=0A=
  if ((i=3Da.lastIndexOf(".")) > 7) {=0A=
   lt=3Da.substring(i+1,a.length);=0A=
   a=3Da.substring(0,i);=0A=
  }=0A=
  if ((i=3Da.lastIndexOf(".")) > 5) {=0A=
   a=3Da.substring(0,i);=0A=
  }=0A=
  a+=3D"."+lt+"."+t+"."+_uns;=0A=
 }=0A=
 return a;=0A=
}=0A=
function _uTrim(s) {=0A=
  if (!s || s=3D=3D"") return "";=0A=
  while ((s.charAt(0)=3D=3D' ') || (s.charAt(0)=3D=3D'\n') || =
(s.charAt(0,1)=3D=3D'\r')) s=3Ds.substring(1,s.length);=0A=
  while ((s.charAt(s.length-1)=3D=3D' ') || =
(s.charAt(s.length-1)=3D=3D'\n') || (s.charAt(s.length-1)=3D=3D'\r')) =
s=3Ds.substring(0,s.length-1);=0A=
  return s;=0A=
}=0A=
function _uEC(s) {=0A=
  var n=3D"";=0A=
  if (!s || s=3D=3D"") return "";=0A=
  for (var i=3D0;i<s.length;i++) {if (s.charAt(i)=3D=3D" ") n+=3D"+"; =
else n+=3Ds.charAt(i);}=0A=
  return n;=0A=
}=0A=
function __utmVisitorCode(f) {=0A=
 var r=3D0,t=3D0,i=3D0,i2=3D0,m=3D31;=0A=
 var a=3D_uGC(_ubd.cookie,"__utma=3D"+_udh+".",";");=0A=
 if ((i=3Da.indexOf(".",0))<0) return;=0A=
 if ((i2=3Da.indexOf(".",i+1))>0) r=3Da.substring(i+1,i2); else return =
"";  =0A=
 if ((i=3Da.indexOf(".",i2+1))>0) t=3Da.substring(i2+1,i); else return =
"";  =0A=
 if (f) {=0A=
  return r;=0A=
 } else {=0A=
  var c=3Dnew =
Array('A','B','C','D','E','F','G','H','J','K','L','M','N','P','R','S','T'=
,'U','V','W','X','Y','Z','1','2','3','4','5','6','7','8','9');=0A=
  return =
c[r>>28&m]+c[r>>23&m]+c[r>>18&m]+c[r>>13&m]+"-"+c[r>>8&m]+c[r>>3&m]+c[((r=
&7)<<2)+(t>>30&3)]+c[t>>25&m]+c[t>>20&m]+"-"+c[t>>15&m]+c[t>>10&m]+c[t>>5=
&m]+c[t&m];=0A=
 }=0A=
}=0A=
function _uIN(n) {=0A=
 if (!n) return false;=0A=
 for (var i=3D0;i<n.length;i++) {=0A=
  var c=3Dn.charAt(i);=0A=
  if ((c<"0" || c>"9") && (c!=3D".")) return false;=0A=
 }=0A=
 return true;=0A=
}=0A=
function _uES(s,u) {=0A=
 if (typeof(encodeURIComponent) =3D=3D 'function') {=0A=
  if (u) return encodeURI(s);=0A=
  else return encodeURIComponent(s);=0A=
 } else {=0A=
  return escape(s);=0A=
 }=0A=
}=0A=
function _uUES(s) {=0A=
 if (typeof(decodeURIComponent) =3D=3D 'function') {=0A=
  return decodeURIComponent(s);=0A=
 } else {=0A=
  return unescape(s);=0A=
 }=0A=
}=0A=
function _uVG() {=0A=
 if((_udn.indexOf("www.google.") =3D=3D 0 || _udn.indexOf(".google.") =
=3D=3D 0 || _udn.indexOf("google.") =3D=3D 0) && _utcp=3D=3D'/' && =
_udn.indexOf("google.org")=3D=3D-1) {=0A=
  return false;=0A=
 }=0A=
 return true;=0A=
}=0A=
function _uSP() {=0A=
 var s=3D100;=0A=
 if (_usample) s=3D_usample;=0A=
 if(s>=3D100 || s<=3D0) return true;=0A=
 return ((__utmVisitorCode(1)%10000)<(s*100));=0A=
}=0A=
function urchinPathCopy(p){=0A=
 var d=3Ddocument,nx,tx,sx,i,c,cs,t,h,o;=0A=
 cs=3Dnew Array("a","b","c","v","x","z");=0A=
 h=3D_uDomain(); if (_udn && _udn!=3D"") o=3D" domain=3D"+_udn+";";=0A=
 nx=3D_uNx()+";";=0A=
 tx=3Dnew Date(); tx.setTime(tx.getTime()+(_utimeout*1000));=0A=
 tx=3Dtx.toGMTString()+";";=0A=
 sx=3Dnew Date(); sx.setTime(sx.getTime()+(_ucto*1000));=0A=
 sx=3Dsx.toGMTString()+";";=0A=
 for (i=3D0;i<6;i++){=0A=
  t=3D" expires=3D";=0A=
  if (i=3D=3D1) t+=3Dtx; else if (i=3D=3D2) t=3D""; else if (i=3D=3D5) =
t+=3Dsx; else t+=3Dnx;=0A=
  c=3D_uGC(d.cookie,"__utm"+cs[i]+"=3D"+h,";");=0A=
  if (c!=3D"-") d.cookie=3D"__utm"+cs[i]+"=3D"+c+"; path=3D"+p+";"+t+o;=0A=
 }=0A=
}=0A=
function _uCO() {=0A=
 if (!_utk || _utk=3D=3D"" || _utk.length<10) return;=0A=
 var d=3D'www.google.com';=0A=
 if (_utk.charAt(0)=3D=3D'!') d=3D'analytics.corp.google.com';=0A=
 _ubd.cookie=3D"GASO=3D"+_utk+"; path=3D"+_utcp+";"+_udo;=0A=
 var sc=3Ddocument.createElement('script');=0A=
 sc.type=3D'text/javascript';=0A=
 sc.id=3D"_gasojs";=0A=
 =
sc.src=3D'https://'+d+'/analytics/reporting/overlay_js?gaso=3D'+_utk+'&'+=
Math.random();=0A=
 document.getElementsByTagName('head')[0].appendChild(sc);  =0A=
}=0A=
function _uGT() {=0A=
 var h=3Dlocation.hash, a;=0A=
 if (h && h!=3D"" && h.indexOf("#gaso=3D")=3D=3D0) {=0A=
  a=3D_uGC(h,"gaso=3D","&");=0A=
 } else {=0A=
  a=3D_uGC(_ubd.cookie,"GASO=3D",";");=0A=
 }=0A=
 return a;=0A=
}=0A=
var _utk=3D_uGT();=0A=
if (_utk && _utk!=3D"" && _utk.length>10 && _utk.indexOf("=3D")=3D=3D-1) =
{=0A=
 if (window.addEventListener) {=0A=
  window.addEventListener('load', _uCO, false); =0A=
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  window.attachEvent('onload', _uCO);=0A=
 }=0A=
}=0A=
=0A=
function _uNx() {=0A=
  return (new Date((new Date()).getTime()+63072000000)).toGMTString();=0A=
}=0A=

------=_NextPart_000_0000_01CF5D7C.FA6DC720--