Re: New Email feature in JavaTC v7.11 Update

["Tesla list" <tesla-at-pupman-dot-com>]

Original poster: "Barton B. Anderson by way of Terry Fritz <twftesla-at-qwest-dot-net>" <tesla123-at-pacbell-dot-net>

Hi All,

A quick FYI; the courtesy copy email is now optional in JavaTC. With data
(field names and values), I'm
hoping to play around with a database of sorts. My vision is to eventually
allow coilers to store and
retrieve coil designs online. I'm no programmer, so I'm learning as I go
(takes a while).

Thanks,
Bart

Tesla list wrote:

> Original poster: "Barton B. Anderson by way of Terry Fritz
<twftesla-at-qwest-dot-net>" <tesla123-at-pacbell-dot-net>
>
> Hi All,
>
> Playing around this weekend with JavaTC, I added an email feature
> allowing the user to email coil design specs to the users email address
> (to yourself). It simply sends the field names and values in a list
> format (see below). It also emails a courtesy copy to me (I want to
> collect coiler specs that use the program). I'll attept to throw in a
> check box to make the courtesy copy optional, but I still need to figure
> that one out.
>
> At the top of the Secondary design, there is a name and email address
> input along with a send email button (if you choose to use this
> feature). Very simple and fast.
>
> (Also, the pop up welcome window has been removed)
>
> Below is a copy of a design I quickly entered which the program mailed
> out (for reference).
>  http://www.classictesla-dot-com/java/javatc.html
>
> Take care,
> Bart
>
> USER=Barton B. Anderson
> address=tesla123-at-pacbell-dot-net
> dest2=
> SecDiam_inch=8.5
> SecLength_inch=40.375
> BareWireDiam_inch=.0201
> Insulation_inch=.0012
> SecSpacing_inch=.0009
> ToroidMajorDiam_inch=32
> ToroidMinorDiam_inch=7.4
> SphereDiam_inch=0
> TopC_Reduction_percent=28
> Turns=1725.4
> TurnsPerInch=42.7
> WireLength_feet=3840
> HD_Ratio=4.8
> Circumference_inch=26.704
> Radius_inch=4.25
> TotalWireDiam_inch=0.0225
> DC_Ohms=98.58
> Reactance_ohms=53672
> WireWeight_lbs=4.7
> SecInductance_mH=121.66
> MedhurstK=.7873
> SecSelfCapacitance_pF=17
> SkinDepth_inch=0.01
> SecSelfResFreq_kHz=110.7
> ToroidCapacitance_pF=25.2
> SphereCapacitance_pF=0
> TotalResonatorCapatance_pF=42.2
> LoadedResFreq_kHz=70.2
> dest=
> PrimaryInnerDiam_inch=11
> PrimaryWireDiam_inch=.375
> PrimaryWireSpacing_inch=.39
> PrimaryTurns=14.9
> Angle=0
> PrimaryCap_uF=.04
> MoreTurns=TUNED
> PercentOffTune=0 %
> PrimaryResFreq_kHz=70.2
> SecondaryResFreq_kHz=70.2
> PrimaryOuterDiam_inch=33.05
> PrimaryHeight_inch=0
> PrimaryWireLength_inch=1030.9
> PrimaryWireLength_feet=85.9
> SecondaryClearance_inch=1.25
> PrimaryInductance_uH=128.6
> RatedVin_volts=240
> RatedVout_volts=14400
> VoutCurrent_mA=694
> MainsFreq_Hz=60
> AppliedVin_volts=200
> RatedPower_watts=9994
> Impedance_ohms=20749
> EffectiveVout_volts=12000
> EffectivePower_watts=6940
> TrannyResCap_uF=.128
> PowerFactorCap_uF=460
> Vout_p_volts=16968
> Voutp_p_volts=33936
> CapEnergy_joules=5.76
> InstantaneousAmps=299
> StationaryElectrodes=1
> RotatingElectrodes=4
> MotorSpeed_rpm=1800
> ElectrodeDiam_inch=.375
> RSGDiscDiam_inch=10.6
> PresentationsPerRev=4
> BreaksPerSecond=120
> ElectrodeSpeed_ips=999
> GapFireRate_ms=8.33
> FullChargeTime_ms=4.15
> ChargeTimeConstant=5
> PercentCharge=100
> EffectiveCapVoltsP_volts=16968
> EffectiveCapEnergy_joules=5.76
> EffectivePeakVout_volts=522199
> SparkLengthJFNST_inch=142
> SparkLengthJFNST_feet=11.8