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7487 kshitij.so 1 
//
2 
// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, vJAXB 2.1.10 in JDK 6
3 
// See <a href="http://java.sun.com/xml/jaxb">http://java.sun.com/xml/jaxb</a>
4 
// Any modifications to this file will be lost upon recompilation of the source schema.
5 
// Generated on: 2013.03.04 at 03:49:29 PM IST
6 
//
7 
 
8 
 
9 
package in.shop2020.feeds.products;
10 
 
11 
import java.math.BigInteger;
12 
import java.util.ArrayList;
13 
import java.util.List;
14 
import javax.xml.bind.annotation.XmlAccessType;
15 
import javax.xml.bind.annotation.XmlAccessorType;
16 
import javax.xml.bind.annotation.XmlElement;
17 
import javax.xml.bind.annotation.XmlRootElement;
18 
import javax.xml.bind.annotation.XmlSchemaType;
19 
import javax.xml.bind.annotation.XmlType;
20 
import javax.xml.bind.annotation.adapters.NormalizedStringAdapter;
21 
import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter;
22 
 
23 
 
24 
/**
25 
 * <p>Java class for anonymous complex type.
26 
 *
27 
 * <p>The following schema fragment specifies the expected content contained within this class.
28 
 *
29 
 * <pre>
30 
 * &lt;complexType>
31 
 *   &lt;complexContent>
32 
 *     &lt;restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
33 
 *       &lt;sequence>
34 
 *         &lt;element ref="{}ThreeDTechnology" minOccurs="0"/>
35 
 *         &lt;element ref="{}BaseLength" minOccurs="0"/>
36 
 *         &lt;element ref="{}BaseWidth" minOccurs="0"/>
37 
 *         &lt;element ref="{}AnalogRGBInput" maxOccurs="5" minOccurs="0"/>
38 
 *         &lt;element ref="{}ScreenDimensions" minOccurs="0"/>
39 
 *         &lt;element ref="{}Resolution" minOccurs="0"/>
40 
 *         &lt;element ref="{}SVideoInputType" minOccurs="0"/>
41 
 *         &lt;element name="ScreenSize" type="{}LengthDimension" minOccurs="0"/>
42 
 *         &lt;element ref="{}NumberOfSpeakers" minOccurs="0"/>
43 
 *         &lt;element ref="{}InternetApplications" maxOccurs="5" minOccurs="0"/>
44 
 *         &lt;element ref="{}TotalCoaxialInputs" minOccurs="0"/>
45 
 *         &lt;element ref="{}TotalComponentInPorts" minOccurs="0"/>
46 
 *         &lt;element name="TotalCompositePorts" type="{http://www.w3.org/2001/XMLSchema}positiveInteger" minOccurs="0"/>
47 
 *         &lt;element ref="{}TotalEthernetPorts" minOccurs="0"/>
48 
 *         &lt;element ref="{}TotalHdmiPorts" minOccurs="0"/>
49 
 *         &lt;element ref="{}TotalSVideoInPorts" minOccurs="0"/>
50 
 *         &lt;element ref="{}TotalVgaInPorts" minOccurs="0"/>
51 
 *         &lt;element ref="{}TotalVideoOutPorts" minOccurs="0"/>
52 
 *         &lt;element name="WirelessTechnology" type="{}StringNotNull" maxOccurs="5" minOccurs="0"/>
53 
 *         &lt;element name="WirelessType" type="{}WirelessTypeValues" minOccurs="0"/>
54 
 *         &lt;element ref="{}AmplifierType" minOccurs="0"/>
55 
 *         &lt;element ref="{}BatteryCellType" minOccurs="0"/>
56 
 *         &lt;element name="BatteryChargeCycles" type="{http://www.w3.org/2001/XMLSchema}positiveInteger" minOccurs="0"/>
57 
 *         &lt;element ref="{}BatteryPower" minOccurs="0"/>
58 
 *         &lt;element ref="{}BluRayRegion" minOccurs="0"/>
59 
 *         &lt;element ref="{}BoxContents" minOccurs="0"/>
60 
 *         &lt;element name="CableLength" type="{}LengthDimension" minOccurs="0"/>
61 
 *         &lt;element ref="{}DVDRegion" minOccurs="0"/>
62 
 *         &lt;element ref="{}EffectiveStillResolution" minOccurs="0"/>
63 
 *         &lt;element ref="{}EnclosureFinish" minOccurs="0"/>
64 
 *         &lt;element ref="{}EuEnergyLabelEfficiencyClass" minOccurs="0"/>
65 
 *         &lt;element ref="{}FinishType" minOccurs="0"/>
66 
 *         &lt;element ref="{}GrilleRemoveability" minOccurs="0"/>
67 
 *         &lt;element name="MemorySlotsAvailable" type="{}StringNotNull" minOccurs="0"/>
68 
 *         &lt;element ref="{}MidRangeSpeakerDiameter" minOccurs="0"/>
69 
 *         &lt;element ref="{}MidRangeSpeakerMaterial" minOccurs="0"/>
70 
 *         &lt;element ref="{}NumberOfRadioBandsSupported" minOccurs="0"/>
71 
 *         &lt;element ref="{}NumberOfRecordingLoops" minOccurs="0"/>
72 
 *         &lt;element name="OperatingSystem" type="{}MediumStringNotNull" maxOccurs="5" minOccurs="0"/>
73 
 *         &lt;element ref="{}ParentalControlTechnology" minOccurs="0"/>
74 
 *         &lt;element ref="{}PowerConsumption" minOccurs="0"/>
75 
 *         &lt;element ref="{}PowerPlugType" minOccurs="0"/>
76 
 *         &lt;element name="PowerSource" type="{}FortyStringNotNull" minOccurs="0"/>
77 
 *         &lt;element ref="{}RefreshRate" minOccurs="0"/>
78 
 *         &lt;element name="RemoteControlDescription" type="{}StringNotNull" minOccurs="0"/>
79 
 *         &lt;element name="RemovableMemory" type="{}StringNotNull" minOccurs="0"/>
80 
 *         &lt;element ref="{}Shape" minOccurs="0"/>
81 
 *         &lt;element name="SoftwareIncluded" type="{}LongStringNotNull" minOccurs="0"/>
82 
 *         &lt;element ref="{}SpeakerGrilleMaterial" minOccurs="0"/>
83 
 *         &lt;element ref="{}SpeakerMaximumInputPower" minOccurs="0"/>
84 
 *         &lt;element ref="{}SubwooferPowerTechnology" minOccurs="0"/>
85 
 *         &lt;element ref="{}SubwooferSpeakerDiameter" minOccurs="0"/>
86 
 *         &lt;element ref="{}SubwooferSpeakerMaterial" minOccurs="0"/>
87 
 *         &lt;element ref="{}SubwooferWattage" minOccurs="0"/>
88 
 *         &lt;element name="TotalDVIPorts" type="{http://www.w3.org/2001/XMLSchema}positiveInteger" minOccurs="0"/>
89 
 *         &lt;element ref="{}TotalFirewirePorts" minOccurs="0"/>
90 
 *         &lt;element ref="{}TotalMicrophonePorts" minOccurs="0"/>
91 
 *         &lt;element ref="{}TotalPreampOutputs" minOccurs="0"/>
92 
 *         &lt;element ref="{}TotalSubwooferOutputs" minOccurs="0"/>
93 
 *         &lt;element name="TotalSVideoOutPorts" type="{http://www.w3.org/2001/XMLSchema}positiveInteger" minOccurs="0"/>
94 
 *         &lt;element ref="{}TotalUSBPorts" minOccurs="0"/>
95 
 *         &lt;element ref="{}TweeterConeMaterialType" minOccurs="0"/>
96 
 *         &lt;element ref="{}TweeterDriverDiameter" minOccurs="0"/>
97 
 *         &lt;element name="Wattage" type="{}WattageIntegerDimension" minOccurs="0"/>
98 
 *         &lt;element ref="{}WooferSpeakerDiameter" minOccurs="0"/>
99 
 *         &lt;element ref="{}WooferSpeakerMaterial" minOccurs="0"/>
100 
 *       &lt;/sequence>
101 
 *     &lt;/restriction>
102 
 *   &lt;/complexContent>
103 
 * &lt;/complexType>
104 
 * </pre>
105 
 *
106 
 *
107 
 */
108 
@XmlAccessorType(XmlAccessType.FIELD)
109 
@XmlType(name = "", propOrder = {
110 
    "threeDTechnology",
111 
    "baseLength",
112 
    "baseWidth",
113 
    "analogRGBInput",
114 
    "screenDimensions",
115 
    "resolution",
116 
    "sVideoInputType",
117 
    "screenSize",
118 
    "numberOfSpeakers",
119 
    "internetApplications",
120 
    "totalCoaxialInputs",
121 
    "totalComponentInPorts",
122 
    "totalCompositePorts",
123 
    "totalEthernetPorts",
124 
    "totalHdmiPorts",
125 
    "totalSVideoInPorts",
126 
    "totalVgaInPorts",
127 
    "totalVideoOutPorts",
128 
    "wirelessTechnology",
129 
    "wirelessType",
130 
    "amplifierType",
131 
    "batteryCellType",
132 
    "batteryChargeCycles",
133 
    "batteryPower",
134 
    "bluRayRegion",
135 
    "boxContents",
136 
    "cableLength",
137 
    "dvdRegion",
138 
    "effectiveStillResolution",
139 
    "enclosureFinish",
140 
    "euEnergyLabelEfficiencyClass",
141 
    "finishType",
142 
    "grilleRemoveability",
143 
    "memorySlotsAvailable",
144 
    "midRangeSpeakerDiameter",
145 
    "midRangeSpeakerMaterial",
146 
    "numberOfRadioBandsSupported",
147 
    "numberOfRecordingLoops",
148 
    "operatingSystem",
149 
    "parentalControlTechnology",
150 
    "powerConsumption",
151 
    "powerPlugType",
152 
    "powerSource",
153 
    "refreshRate",
154 
    "remoteControlDescription",
155 
    "removableMemory",
156 
    "shape",
157 
    "softwareIncluded",
158 
    "speakerGrilleMaterial",
159 
    "speakerMaximumInputPower",
160 
    "subwooferPowerTechnology",
161 
    "subwooferSpeakerDiameter",
162 
    "subwooferSpeakerMaterial",
163 
    "subwooferWattage",
164 
    "totalDVIPorts",
165 
    "totalFirewirePorts",
166 
    "totalMicrophonePorts",
167 
    "totalPreampOutputs",
168 
    "totalSubwooferOutputs",
169 
    "totalSVideoOutPorts",
170 
    "totalUSBPorts",
171 
    "tweeterConeMaterialType",
172 
    "tweeterDriverDiameter",
173 
    "wattage",
174 
    "wooferSpeakerDiameter",
175 
    "wooferSpeakerMaterial"
176 
})
177 
@XmlRootElement(name = "MiscAudioComponents")
178 
public class MiscAudioComponents {
179 
 
180 
    @XmlElement(name = "ThreeDTechnology")
181 
    protected ThreeDTechnologyValues threeDTechnology;
182 
    @XmlElement(name = "BaseLength")
183 
    protected LengthDimension baseLength;
184 
    @XmlElement(name = "BaseWidth")
185 
    protected LengthDimension baseWidth;
186 
    @XmlElement(name = "AnalogRGBInput")
187 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
188 
    protected List<String> analogRGBInput;
189 
    @XmlElement(name = "ScreenDimensions")
190 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
191 
    protected String screenDimensions;
192 
    @XmlElement(name = "Resolution")
193 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
194 
    protected String resolution;
195 
    @XmlElement(name = "SVideoInputType")
196 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
197 
    protected String sVideoInputType;
198 
    @XmlElement(name = "ScreenSize")
199 
    protected LengthDimension screenSize;
200 
    @XmlElement(name = "NumberOfSpeakers")
201 
    @XmlSchemaType(name = "positiveInteger")
202 
    protected BigInteger numberOfSpeakers;
203 
    @XmlElement(name = "InternetApplications")
204 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
205 
    protected List<String> internetApplications;
206 
    @XmlElement(name = "TotalCoaxialInputs")
207 
    @XmlSchemaType(name = "positiveInteger")
208 
    protected BigInteger totalCoaxialInputs;
209 
    @XmlElement(name = "TotalComponentInPorts")
210 
    @XmlSchemaType(name = "positiveInteger")
211 
    protected BigInteger totalComponentInPorts;
212 
    @XmlElement(name = "TotalCompositePorts")
213 
    @XmlSchemaType(name = "positiveInteger")
214 
    protected BigInteger totalCompositePorts;
215 
    @XmlElement(name = "TotalEthernetPorts")
216 
    @XmlSchemaType(name = "positiveInteger")
217 
    protected BigInteger totalEthernetPorts;
218 
    @XmlElement(name = "TotalHdmiPorts")
219 
    @XmlSchemaType(name = "positiveInteger")
220 
    protected BigInteger totalHdmiPorts;
221 
    @XmlElement(name = "TotalSVideoInPorts")
222 
    @XmlSchemaType(name = "positiveInteger")
223 
    protected BigInteger totalSVideoInPorts;
224 
    @XmlElement(name = "TotalVgaInPorts")
225 
    @XmlSchemaType(name = "positiveInteger")
226 
    protected BigInteger totalVgaInPorts;
227 
    @XmlElement(name = "TotalVideoOutPorts")
228 
    @XmlSchemaType(name = "positiveInteger")
229 
    protected BigInteger totalVideoOutPorts;
230 
    @XmlElement(name = "WirelessTechnology")
231 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
232 
    protected List<String> wirelessTechnology;
233 
    @XmlElement(name = "WirelessType")
234 
    protected String wirelessType;
235 
    @XmlElement(name = "AmplifierType")
236 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
237 
    protected String amplifierType;
238 
    @XmlElement(name = "BatteryCellType")
239 
    protected BatteryCellTypeValues batteryCellType;
240 
    @XmlElement(name = "BatteryChargeCycles")
241 
    @XmlSchemaType(name = "positiveInteger")
242 
    protected BigInteger batteryChargeCycles;
243 
    @XmlElement(name = "BatteryPower")
244 
    protected BatteryPowerIntegerDimension batteryPower;
245 
    @XmlElement(name = "BluRayRegion")
246 
    protected BluRayRegionType bluRayRegion;
247 
    @XmlElement(name = "BoxContents")
248 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
249 
    protected String boxContents;
250 
    @XmlElement(name = "CableLength")
251 
    protected LengthDimension cableLength;
252 
    @XmlElement(name = "DVDRegion")
253 
    @XmlSchemaType(name = "nonNegativeInteger")
254 
    protected BigInteger dvdRegion;
255 
    @XmlElement(name = "EffectiveStillResolution")
256 
    protected ResolutionDimension effectiveStillResolution;
257 
    @XmlElement(name = "EnclosureFinish")
258 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
259 
    protected String enclosureFinish;
260 
    @XmlElement(name = "EuEnergyLabelEfficiencyClass")
261 
    protected String euEnergyLabelEfficiencyClass;
262 
    @XmlElement(name = "FinishType")
263 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
264 
    protected String finishType;
265 
    @XmlElement(name = "GrilleRemoveability")
266 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
267 
    protected String grilleRemoveability;
268 
    @XmlElement(name = "MemorySlotsAvailable")
269 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
270 
    protected String memorySlotsAvailable;
271 
    @XmlElement(name = "MidRangeSpeakerDiameter")
272 
    protected LengthDimension midRangeSpeakerDiameter;
273 
    @XmlElement(name = "MidRangeSpeakerMaterial")
274 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
275 
    protected String midRangeSpeakerMaterial;
276 
    @XmlElement(name = "NumberOfRadioBandsSupported")
277 
    @XmlSchemaType(name = "positiveInteger")
278 
    protected BigInteger numberOfRadioBandsSupported;
279 
    @XmlElement(name = "NumberOfRecordingLoops")
280 
    @XmlSchemaType(name = "positiveInteger")
281 
    protected BigInteger numberOfRecordingLoops;
282 
    @XmlElement(name = "OperatingSystem")
283 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
284 
    protected List<String> operatingSystem;
285 
    @XmlElement(name = "ParentalControlTechnology")
286 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
287 
    protected String parentalControlTechnology;
288 
    @XmlElement(name = "PowerConsumption")
289 
    protected PowerDimension powerConsumption;
290 
    @XmlElement(name = "PowerPlugType")
291 
    protected PowerPlugType powerPlugType;
292 
    @XmlElement(name = "PowerSource")
293 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
294 
    protected String powerSource;
295 
    @XmlElement(name = "RefreshRate")
296 
    protected FrequencyDimension refreshRate;
297 
    @XmlElement(name = "RemoteControlDescription")
298 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
299 
    protected String remoteControlDescription;
300 
    @XmlElement(name = "RemovableMemory")
301 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
302 
    protected String removableMemory;
303 
    @XmlElement(name = "Shape")
304 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
305 
    protected String shape;
306 
    @XmlElement(name = "SoftwareIncluded")
307 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
308 
    protected String softwareIncluded;
309 
    @XmlElement(name = "SpeakerGrilleMaterial")
310 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
311 
    protected String speakerGrilleMaterial;
312 
    @XmlElement(name = "SpeakerMaximumInputPower")
313 
    protected PowerDimension speakerMaximumInputPower;
314 
    @XmlElement(name = "SubwooferPowerTechnology")
315 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
316 
    protected String subwooferPowerTechnology;
317 
    @XmlElement(name = "SubwooferSpeakerDiameter")
318 
    protected LengthDimension subwooferSpeakerDiameter;
319 
    @XmlElement(name = "SubwooferSpeakerMaterial")
320 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
321 
    protected String subwooferSpeakerMaterial;
322 
    @XmlElement(name = "SubwooferWattage")
323 
    protected WattageDimension subwooferWattage;
324 
    @XmlElement(name = "TotalDVIPorts")
325 
    @XmlSchemaType(name = "positiveInteger")
326 
    protected BigInteger totalDVIPorts;
327 
    @XmlElement(name = "TotalFirewirePorts")
328 
    @XmlSchemaType(name = "positiveInteger")
329 
    protected BigInteger totalFirewirePorts;
330 
    @XmlElement(name = "TotalMicrophonePorts")
331 
    @XmlSchemaType(name = "positiveInteger")
332 
    protected BigInteger totalMicrophonePorts;
333 
    @XmlElement(name = "TotalPreampOutputs")
334 
    @XmlSchemaType(name = "positiveInteger")
335 
    protected BigInteger totalPreampOutputs;
336 
    @XmlElement(name = "TotalSubwooferOutputs")
337 
    @XmlSchemaType(name = "positiveInteger")
338 
    protected BigInteger totalSubwooferOutputs;
339 
    @XmlElement(name = "TotalSVideoOutPorts")
340 
    @XmlSchemaType(name = "positiveInteger")
341 
    protected BigInteger totalSVideoOutPorts;
342 
    @XmlElement(name = "TotalUSBPorts")
343 
    @XmlSchemaType(name = "positiveInteger")
344 
    protected BigInteger totalUSBPorts;
345 
    @XmlElement(name = "TweeterConeMaterialType")
346 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
347 
    protected String tweeterConeMaterialType;
348 
    @XmlElement(name = "TweeterDriverDiameter")
349 
    protected LengthDimension tweeterDriverDiameter;
350 
    @XmlElement(name = "Wattage")
351 
    protected WattageIntegerDimension wattage;
352 
    @XmlElement(name = "WooferSpeakerDiameter")
353 
    protected LengthDimension wooferSpeakerDiameter;
354 
    @XmlElement(name = "WooferSpeakerMaterial")
355 
    @XmlJavaTypeAdapter(NormalizedStringAdapter.class)
356 
    protected String wooferSpeakerMaterial;
357 
 
358 
    /**
359 
     * Gets the value of the threeDTechnology property.
360 
     *
361 
     * @return
362 
     *     possible object is
363 
     *     {@link ThreeDTechnologyValues }
364 
     *
365 
     */
366 
    public ThreeDTechnologyValues getThreeDTechnology() {
367 
        return threeDTechnology;
368 
    }
369 
 
370 
    /**
371 
     * Sets the value of the threeDTechnology property.
372 
     *
373 
     * @param value
374 
     *     allowed object is
375 
     *     {@link ThreeDTechnologyValues }
376 
     *
377 
     */
378 
    public void setThreeDTechnology(ThreeDTechnologyValues value) {
379 
        this.threeDTechnology = value;
380 
    }
381 
 
382 
    /**
383 
     * Gets the value of the baseLength property.
384 
     *
385 
     * @return
386 
     *     possible object is
387 
     *     {@link LengthDimension }
388 
     *
389 
     */
390 
    public LengthDimension getBaseLength() {
391 
        return baseLength;
392 
    }
393 
 
394 
    /**
395 
     * Sets the value of the baseLength property.
396 
     *
397 
     * @param value
398 
     *     allowed object is
399 
     *     {@link LengthDimension }
400 
     *
401 
     */
402 
    public void setBaseLength(LengthDimension value) {
403 
        this.baseLength = value;
404 
    }
405 
 
406 
    /**
407 
     * Gets the value of the baseWidth property.
408 
     *
409 
     * @return
410 
     *     possible object is
411 
     *     {@link LengthDimension }
412 
     *
413 
     */
414 
    public LengthDimension getBaseWidth() {
415 
        return baseWidth;
416 
    }
417 
 
418 
    /**
419 
     * Sets the value of the baseWidth property.
420 
     *
421 
     * @param value
422 
     *     allowed object is
423 
     *     {@link LengthDimension }
424 
     *
425 
     */
426 
    public void setBaseWidth(LengthDimension value) {
427 
        this.baseWidth = value;
428 
    }
429 
 
430 
    /**
431 
     * Gets the value of the analogRGBInput property.
432 
     *
433 
     * <p>
434 
     * This accessor method returns a reference to the live list,
435 
     * not a snapshot. Therefore any modification you make to the
436 
     * returned list will be present inside the JAXB object.
437 
     * This is why there is not a <CODE>set</CODE> method for the analogRGBInput property.
438 
     *
439 
     * <p>
440 
     * For example, to add a new item, do as follows:
441 
     * <pre>
442 
     *    getAnalogRGBInput().add(newItem);
443 
     * </pre>
444 
     *
445 
     *
446 
     * <p>
447 
     * Objects of the following type(s) are allowed in the list
448 
     * {@link String }
449 
     *
450 
     *
451 
     */
452 
    public List<String> getAnalogRGBInput() {
453 
        if (analogRGBInput == null) {
454 
            analogRGBInput = new ArrayList<String>();
455 
        }
456 
        return this.analogRGBInput;
457 
    }
458 
 
459 
    /**
460 
     * Gets the value of the screenDimensions property.
461 
     *
462 
     * @return
463 
     *     possible object is
464 
     *     {@link String }
465 
     *
466 
     */
467 
    public String getScreenDimensions() {
468 
        return screenDimensions;
469 
    }
470 
 
471 
    /**
472 
     * Sets the value of the screenDimensions property.
473 
     *
474 
     * @param value
475 
     *     allowed object is
476 
     *     {@link String }
477 
     *
478 
     */
479 
    public void setScreenDimensions(String value) {
480 
        this.screenDimensions = value;
481 
    }
482 
 
483 
    /**
484 
     * Gets the value of the resolution property.
485 
     *
486 
     * @return
487 
     *     possible object is
488 
     *     {@link String }
489 
     *
490 
     */
491 
    public String getResolution() {
492 
        return resolution;
493 
    }
494 
 
495 
    /**
496 
     * Sets the value of the resolution property.
497 
     *
498 
     * @param value
499 
     *     allowed object is
500 
     *     {@link String }
501 
     *
502 
     */
503 
    public void setResolution(String value) {
504 
        this.resolution = value;
505 
    }
506 
 
507 
    /**
508 
     * Gets the value of the sVideoInputType property.
509 
     *
510 
     * @return
511 
     *     possible object is
512 
     *     {@link String }
513 
     *
514 
     */
515 
    public String getSVideoInputType() {
516 
        return sVideoInputType;
517 
    }
518 
 
519 
    /**
520 
     * Sets the value of the sVideoInputType property.
521 
     *
522 
     * @param value
523 
     *     allowed object is
524 
     *     {@link String }
525 
     *
526 
     */
527 
    public void setSVideoInputType(String value) {
528 
        this.sVideoInputType = value;
529 
    }
530 
 
531 
    /**
532 
     * Gets the value of the screenSize property.
533 
     *
534 
     * @return
535 
     *     possible object is
536 
     *     {@link LengthDimension }
537 
     *
538 
     */
539 
    public LengthDimension getScreenSize() {
540 
        return screenSize;
541 
    }
542 
 
543 
    /**
544 
     * Sets the value of the screenSize property.
545 
     *
546 
     * @param value
547 
     *     allowed object is
548 
     *     {@link LengthDimension }
549 
     *
550 
     */
551 
    public void setScreenSize(LengthDimension value) {
552 
        this.screenSize = value;
553 
    }
554 
 
555 
    /**
556 
     * Gets the value of the numberOfSpeakers property.
557 
     *
558 
     * @return
559 
     *     possible object is
560 
     *     {@link BigInteger }
561 
     *
562 
     */
563 
    public BigInteger getNumberOfSpeakers() {
564 
        return numberOfSpeakers;
565 
    }
566 
 
567 
    /**
568 
     * Sets the value of the numberOfSpeakers property.
569 
     *
570 
     * @param value
571 
     *     allowed object is
572 
     *     {@link BigInteger }
573 
     *
574 
     */
575 
    public void setNumberOfSpeakers(BigInteger value) {
576 
        this.numberOfSpeakers = value;
577 
    }
578 
 
579 
    /**
580 
     * Gets the value of the internetApplications property.
581 
     *
582 
     * <p>
583 
     * This accessor method returns a reference to the live list,
584 
     * not a snapshot. Therefore any modification you make to the
585 
     * returned list will be present inside the JAXB object.
586 
     * This is why there is not a <CODE>set</CODE> method for the internetApplications property.
587 
     *
588 
     * <p>
589 
     * For example, to add a new item, do as follows:
590 
     * <pre>
591 
     *    getInternetApplications().add(newItem);
592 
     * </pre>
593 
     *
594 
     *
595 
     * <p>
596 
     * Objects of the following type(s) are allowed in the list
597 
     * {@link String }
598 
     *
599 
     *
600 
     */
601 
    public List<String> getInternetApplications() {
602 
        if (internetApplications == null) {
603 
            internetApplications = new ArrayList<String>();
604 
        }
605 
        return this.internetApplications;
606 
    }
607 
 
608 
    /**
609 
     * Gets the value of the totalCoaxialInputs property.
610 
     *
611 
     * @return
612 
     *     possible object is
613 
     *     {@link BigInteger }
614 
     *
615 
     */
616 
    public BigInteger getTotalCoaxialInputs() {
617 
        return totalCoaxialInputs;
618 
    }
619 
 
620 
    /**
621 
     * Sets the value of the totalCoaxialInputs property.
622 
     *
623 
     * @param value
624 
     *     allowed object is
625 
     *     {@link BigInteger }
626 
     *
627 
     */
628 
    public void setTotalCoaxialInputs(BigInteger value) {
629 
        this.totalCoaxialInputs = value;
630 
    }
631 
 
632 
    /**
633 
     * Gets the value of the totalComponentInPorts property.
634 
     *
635 
     * @return
636 
     *     possible object is
637 
     *     {@link BigInteger }
638 
     *
639 
     */
640 
    public BigInteger getTotalComponentInPorts() {
641 
        return totalComponentInPorts;
642 
    }
643 
 
644 
    /**
645 
     * Sets the value of the totalComponentInPorts property.
646 
     *
647 
     * @param value
648 
     *     allowed object is
649 
     *     {@link BigInteger }
650 
     *
651 
     */
652 
    public void setTotalComponentInPorts(BigInteger value) {
653 
        this.totalComponentInPorts = value;
654 
    }
655 
 
656 
    /**
657 
     * Gets the value of the totalCompositePorts property.
658 
     *
659 
     * @return
660 
     *     possible object is
661 
     *     {@link BigInteger }
662 
     *
663 
     */
664 
    public BigInteger getTotalCompositePorts() {
665 
        return totalCompositePorts;
666 
    }
667 
 
668 
    /**
669 
     * Sets the value of the totalCompositePorts property.
670 
     *
671 
     * @param value
672 
     *     allowed object is
673 
     *     {@link BigInteger }
674 
     *
675 
     */
676 
    public void setTotalCompositePorts(BigInteger value) {
677 
        this.totalCompositePorts = value;
678 
    }
679 
 
680 
    /**
681 
     * Gets the value of the totalEthernetPorts property.
682 
     *
683 
     * @return
684 
     *     possible object is
685 
     *     {@link BigInteger }
686 
     *
687 
     */
688 
    public BigInteger getTotalEthernetPorts() {
689 
        return totalEthernetPorts;
690 
    }
691 
 
692 
    /**
693 
     * Sets the value of the totalEthernetPorts property.
694 
     *
695 
     * @param value
696 
     *     allowed object is
697 
     *     {@link BigInteger }
698 
     *
699 
     */
700 
    public void setTotalEthernetPorts(BigInteger value) {
701 
        this.totalEthernetPorts = value;
702 
    }
703 
 
704 
    /**
705 
     * Gets the value of the totalHdmiPorts property.
706 
     *
707 
     * @return
708 
     *     possible object is
709 
     *     {@link BigInteger }
710 
     *
711 
     */
712 
    public BigInteger getTotalHdmiPorts() {
713 
        return totalHdmiPorts;
714 
    }
715 
 
716 
    /**
717 
     * Sets the value of the totalHdmiPorts property.
718 
     *
719 
     * @param value
720 
     *     allowed object is
721 
     *     {@link BigInteger }
722 
     *
723 
     */
724 
    public void setTotalHdmiPorts(BigInteger value) {
725 
        this.totalHdmiPorts = value;
726 
    }
727 
 
728 
    /**
729 
     * Gets the value of the totalSVideoInPorts property.
730 
     *
731 
     * @return
732 
     *     possible object is
733 
     *     {@link BigInteger }
734 
     *
735 
     */
736 
    public BigInteger getTotalSVideoInPorts() {
737 
        return totalSVideoInPorts;
738 
    }
739 
 
740 
    /**
741 
     * Sets the value of the totalSVideoInPorts property.
742 
     *
743 
     * @param value
744 
     *     allowed object is
745 
     *     {@link BigInteger }
746 
     *
747 
     */
748 
    public void setTotalSVideoInPorts(BigInteger value) {
749 
        this.totalSVideoInPorts = value;
750 
    }
751 
 
752 
    /**
753 
     * Gets the value of the totalVgaInPorts property.
754 
     *
755 
     * @return
756 
     *     possible object is
757 
     *     {@link BigInteger }
758 
     *
759 
     */
760 
    public BigInteger getTotalVgaInPorts() {
761 
        return totalVgaInPorts;
762 
    }
763 
 
764 
    /**
765 
     * Sets the value of the totalVgaInPorts property.
766 
     *
767 
     * @param value
768 
     *     allowed object is
769 
     *     {@link BigInteger }
770 
     *
771 
     */
772 
    public void setTotalVgaInPorts(BigInteger value) {
773 
        this.totalVgaInPorts = value;
774 
    }
775 
 
776 
    /**
777 
     * Gets the value of the totalVideoOutPorts property.
778 
     *
779 
     * @return
780 
     *     possible object is
781 
     *     {@link BigInteger }
782 
     *
783 
     */
784 
    public BigInteger getTotalVideoOutPorts() {
785 
        return totalVideoOutPorts;
786 
    }
787 
 
788 
    /**
789 
     * Sets the value of the totalVideoOutPorts property.
790 
     *
791 
     * @param value
792 
     *     allowed object is
793 
     *     {@link BigInteger }
794 
     *
795 
     */
796 
    public void setTotalVideoOutPorts(BigInteger value) {
797 
        this.totalVideoOutPorts = value;
798 
    }
799 
 
800 
    /**
801 
     * Gets the value of the wirelessTechnology property.
802 
     *
803 
     * <p>
804 
     * This accessor method returns a reference to the live list,
805 
     * not a snapshot. Therefore any modification you make to the
806 
     * returned list will be present inside the JAXB object.
807 
     * This is why there is not a <CODE>set</CODE> method for the wirelessTechnology property.
808 
     *
809 
     * <p>
810 
     * For example, to add a new item, do as follows:
811 
     * <pre>
812 
     *    getWirelessTechnology().add(newItem);
813 
     * </pre>
814 
     *
815 
     *
816 
     * <p>
817 
     * Objects of the following type(s) are allowed in the list
818 
     * {@link String }
819 
     *
820 
     *
821 
     */
822 
    public List<String> getWirelessTechnology() {
823 
        if (wirelessTechnology == null) {
824 
            wirelessTechnology = new ArrayList<String>();
825 
        }
826 
        return this.wirelessTechnology;
827 
    }
828 
 
829 
    /**
830 
     * Gets the value of the wirelessType property.
831 
     *
832 
     * @return
833 
     *     possible object is
834 
     *     {@link String }
835 
     *
836 
     */
837 
    public String getWirelessType() {
838 
        return wirelessType;
839 
    }
840 
 
841 
    /**
842 
     * Sets the value of the wirelessType property.
843 
     *
844 
     * @param value
845 
     *     allowed object is
846 
     *     {@link String }
847 
     *
848 
     */
849 
    public void setWirelessType(String value) {
850 
        this.wirelessType = value;
851 
    }
852 
 
853 
    /**
854 
     * Gets the value of the amplifierType property.
855 
     *
856 
     * @return
857 
     *     possible object is
858 
     *     {@link String }
859 
     *
860 
     */
861 
    public String getAmplifierType() {
862 
        return amplifierType;
863 
    }
864 
 
865 
    /**
866 
     * Sets the value of the amplifierType property.
867 
     *
868 
     * @param value
869 
     *     allowed object is
870 
     *     {@link String }
871 
     *
872 
     */
873 
    public void setAmplifierType(String value) {
874 
        this.amplifierType = value;
875 
    }
876 
 
877 
    /**
878 
     * Gets the value of the batteryCellType property.
879 
     *
880 
     * @return
881 
     *     possible object is
882 
     *     {@link BatteryCellTypeValues }
883 
     *
884 
     */
885 
    public BatteryCellTypeValues getBatteryCellType() {
886 
        return batteryCellType;
887 
    }
888 
 
889 
    /**
890 
     * Sets the value of the batteryCellType property.
891 
     *
892 
     * @param value
893 
     *     allowed object is
894 
     *     {@link BatteryCellTypeValues }
895 
     *
896 
     */
897 
    public void setBatteryCellType(BatteryCellTypeValues value) {
898 
        this.batteryCellType = value;
899 
    }
900 
 
901 
    /**
902 
     * Gets the value of the batteryChargeCycles property.
903 
     *
904 
     * @return
905 
     *     possible object is
906 
     *     {@link BigInteger }
907 
     *
908 
     */
909 
    public BigInteger getBatteryChargeCycles() {
910 
        return batteryChargeCycles;
911 
    }
912 
 
913 
    /**
914 
     * Sets the value of the batteryChargeCycles property.
915 
     *
916 
     * @param value
917 
     *     allowed object is
918 
     *     {@link BigInteger }
919 
     *
920 
     */
921 
    public void setBatteryChargeCycles(BigInteger value) {
922 
        this.batteryChargeCycles = value;
923 
    }
924 
 
925 
    /**
926 
     * Gets the value of the batteryPower property.
927 
     *
928 
     * @return
929 
     *     possible object is
930 
     *     {@link BatteryPowerIntegerDimension }
931 
     *
932 
     */
933 
    public BatteryPowerIntegerDimension getBatteryPower() {
934 
        return batteryPower;
935 
    }
936 
 
937 
    /**
938 
     * Sets the value of the batteryPower property.
939 
     *
940 
     * @param value
941 
     *     allowed object is
942 
     *     {@link BatteryPowerIntegerDimension }
943 
     *
944 
     */
945 
    public void setBatteryPower(BatteryPowerIntegerDimension value) {
946 
        this.batteryPower = value;
947 
    }
948 
 
949 
    /**
950 
     * Gets the value of the bluRayRegion property.
951 
     *
952 
     * @return
953 
     *     possible object is
954 
     *     {@link BluRayRegionType }
955 
     *
956 
     */
957 
    public BluRayRegionType getBluRayRegion() {
958 
        return bluRayRegion;
959 
    }
960 
 
961 
    /**
962 
     * Sets the value of the bluRayRegion property.
963 
     *
964 
     * @param value
965 
     *     allowed object is
966 
     *     {@link BluRayRegionType }
967 
     *
968 
     */
969 
    public void setBluRayRegion(BluRayRegionType value) {
970 
        this.bluRayRegion = value;
971 
    }
972 
 
973 
    /**
974 
     * Gets the value of the boxContents property.
975 
     *
976 
     * @return
977 
     *     possible object is
978 
     *     {@link String }
979 
     *
980 
     */
981 
    public String getBoxContents() {
982 
        return boxContents;
983 
    }
984 
 
985 
    /**
986 
     * Sets the value of the boxContents property.
987 
     *
988 
     * @param value
989 
     *     allowed object is
990 
     *     {@link String }
991 
     *
992 
     */
993 
    public void setBoxContents(String value) {
994 
        this.boxContents = value;
995 
    }
996 
 
997 
    /**
998 
     * Gets the value of the cableLength property.
999 
     *
1000 
     * @return
1001 
     *     possible object is
1002 
     *     {@link LengthDimension }
1003 
     *
1004 
     */
1005 
    public LengthDimension getCableLength() {
1006 
        return cableLength;
1007 
    }
1008 
 
1009 
    /**
1010 
     * Sets the value of the cableLength property.
1011 
     *
1012 
     * @param value
1013 
     *     allowed object is
1014 
     *     {@link LengthDimension }
1015 
     *
1016 
     */
1017 
    public void setCableLength(LengthDimension value) {
1018 
        this.cableLength = value;
1019 
    }
1020 
 
1021 
    /**
1022 
     * Gets the value of the dvdRegion property.
1023 
     *
1024 
     * @return
1025 
     *     possible object is
1026 
     *     {@link BigInteger }
1027 
     *
1028 
     */
1029 
    public BigInteger getDVDRegion() {
1030 
        return dvdRegion;
1031 
    }
1032 
 
1033 
    /**
1034 
     * Sets the value of the dvdRegion property.
1035 
     *
1036 
     * @param value
1037 
     *     allowed object is
1038 
     *     {@link BigInteger }
1039 
     *
1040 
     */
1041 
    public void setDVDRegion(BigInteger value) {
1042 
        this.dvdRegion = value;
1043 
    }
1044 
 
1045 
    /**
1046 
     * Gets the value of the effectiveStillResolution property.
1047 
     *
1048 
     * @return
1049 
     *     possible object is
1050 
     *     {@link ResolutionDimension }
1051 
     *
1052 
     */
1053 
    public ResolutionDimension getEffectiveStillResolution() {
1054 
        return effectiveStillResolution;
1055 
    }
1056 
 
1057 
    /**
1058 
     * Sets the value of the effectiveStillResolution property.
1059 
     *
1060 
     * @param value
1061 
     *     allowed object is
1062 
     *     {@link ResolutionDimension }
1063 
     *
1064 
     */
1065 
    public void setEffectiveStillResolution(ResolutionDimension value) {
1066 
        this.effectiveStillResolution = value;
1067 
    }
1068 
 
1069 
    /**
1070 
     * Gets the value of the enclosureFinish property.
1071 
     *
1072 
     * @return
1073 
     *     possible object is
1074 
     *     {@link String }
1075 
     *
1076 
     */
1077 
    public String getEnclosureFinish() {
1078 
        return enclosureFinish;
1079 
    }
1080 
 
1081 
    /**
1082 
     * Sets the value of the enclosureFinish property.
1083 
     *
1084 
     * @param value
1085 
     *     allowed object is
1086 
     *     {@link String }
1087 
     *
1088 
     */
1089 
    public void setEnclosureFinish(String value) {
1090 
        this.enclosureFinish = value;
1091 
    }
1092 
 
1093 
    /**
1094 
     * Gets the value of the euEnergyLabelEfficiencyClass property.
1095 
     *
1096 
     * @return
1097 
     *     possible object is
1098 
     *     {@link String }
1099 
     *
1100 
     */
1101 
    public String getEuEnergyLabelEfficiencyClass() {
1102 
        return euEnergyLabelEfficiencyClass;
1103 
    }
1104 
 
1105 
    /**
1106 
     * Sets the value of the euEnergyLabelEfficiencyClass property.
1107 
     *
1108 
     * @param value
1109 
     *     allowed object is
1110 
     *     {@link String }
1111 
     *
1112 
     */
1113 
    public void setEuEnergyLabelEfficiencyClass(String value) {
1114 
        this.euEnergyLabelEfficiencyClass = value;
1115 
    }
1116 
 
1117 
    /**
1118 
     * Gets the value of the finishType property.
1119 
     *
1120 
     * @return
1121 
     *     possible object is
1122 
     *     {@link String }
1123 
     *
1124 
     */
1125 
    public String getFinishType() {
1126 
        return finishType;
1127 
    }
1128 
 
1129 
    /**
1130 
     * Sets the value of the finishType property.
1131 
     *
1132 
     * @param value
1133 
     *     allowed object is
1134 
     *     {@link String }
1135 
     *
1136 
     */
1137 
    public void setFinishType(String value) {
1138 
        this.finishType = value;
1139 
    }
1140 
 
1141 
    /**
1142 
     * Gets the value of the grilleRemoveability property.
1143 
     *
1144 
     * @return
1145 
     *     possible object is
1146 
     *     {@link String }
1147 
     *
1148 
     */
1149 
    public String getGrilleRemoveability() {
1150 
        return grilleRemoveability;
1151 
    }
1152 
 
1153 
    /**
1154 
     * Sets the value of the grilleRemoveability property.
1155 
     *
1156 
     * @param value
1157 
     *     allowed object is
1158 
     *     {@link String }
1159 
     *
1160 
     */
1161 
    public void setGrilleRemoveability(String value) {
1162 
        this.grilleRemoveability = value;
1163 
    }
1164 
 
1165 
    /**
1166 
     * Gets the value of the memorySlotsAvailable property.
1167 
     *
1168 
     * @return
1169 
     *     possible object is
1170 
     *     {@link String }
1171 
     *
1172 
     */
1173 
    public String getMemorySlotsAvailable() {
1174 
        return memorySlotsAvailable;
1175 
    }
1176 
 
1177 
    /**
1178 
     * Sets the value of the memorySlotsAvailable property.
1179 
     *
1180 
     * @param value
1181 
     *     allowed object is
1182 
     *     {@link String }
1183 
     *
1184 
     */
1185 
    public void setMemorySlotsAvailable(String value) {
1186 
        this.memorySlotsAvailable = value;
1187 
    }
1188 
 
1189 
    /**
1190 
     * Gets the value of the midRangeSpeakerDiameter property.
1191 
     *
1192 
     * @return
1193 
     *     possible object is
1194 
     *     {@link LengthDimension }
1195 
     *
1196 
     */
1197 
    public LengthDimension getMidRangeSpeakerDiameter() {
1198 
        return midRangeSpeakerDiameter;
1199 
    }
1200 
 
1201 
    /**
1202 
     * Sets the value of the midRangeSpeakerDiameter property.
1203 
     *
1204 
     * @param value
1205 
     *     allowed object is
1206 
     *     {@link LengthDimension }
1207 
     *
1208 
     */
1209 
    public void setMidRangeSpeakerDiameter(LengthDimension value) {
1210 
        this.midRangeSpeakerDiameter = value;
1211 
    }
1212 
 
1213 
    /**
1214 
     * Gets the value of the midRangeSpeakerMaterial property.
1215 
     *
1216 
     * @return
1217 
     *     possible object is
1218 
     *     {@link String }
1219 
     *
1220 
     */
1221 
    public String getMidRangeSpeakerMaterial() {
1222 
        return midRangeSpeakerMaterial;
1223 
    }
1224 
 
1225 
    /**
1226 
     * Sets the value of the midRangeSpeakerMaterial property.
1227 
     *
1228 
     * @param value
1229 
     *     allowed object is
1230 
     *     {@link String }
1231 
     *
1232 
     */
1233 
    public void setMidRangeSpeakerMaterial(String value) {
1234 
        this.midRangeSpeakerMaterial = value;
1235 
    }
1236 
 
1237 
    /**
1238 
     * Gets the value of the numberOfRadioBandsSupported property.
1239 
     *
1240 
     * @return
1241 
     *     possible object is
1242 
     *     {@link BigInteger }
1243 
     *
1244 
     */
1245 
    public BigInteger getNumberOfRadioBandsSupported() {
1246 
        return numberOfRadioBandsSupported;
1247 
    }
1248 
 
1249 
    /**
1250 
     * Sets the value of the numberOfRadioBandsSupported property.
1251 
     *
1252 
     * @param value
1253 
     *     allowed object is
1254 
     *     {@link BigInteger }
1255 
     *
1256 
     */
1257 
    public void setNumberOfRadioBandsSupported(BigInteger value) {
1258 
        this.numberOfRadioBandsSupported = value;
1259 
    }
1260 
 
1261 
    /**
1262 
     * Gets the value of the numberOfRecordingLoops property.
1263 
     *
1264 
     * @return
1265 
     *     possible object is
1266 
     *     {@link BigInteger }
1267 
     *
1268 
     */
1269 
    public BigInteger getNumberOfRecordingLoops() {
1270 
        return numberOfRecordingLoops;
1271 
    }
1272 
 
1273 
    /**
1274 
     * Sets the value of the numberOfRecordingLoops property.
1275 
     *
1276 
     * @param value
1277 
     *     allowed object is
1278 
     *     {@link BigInteger }
1279 
     *
1280 
     */
1281 
    public void setNumberOfRecordingLoops(BigInteger value) {
1282 
        this.numberOfRecordingLoops = value;
1283 
    }
1284 
 
1285 
    /**
1286 
     * Gets the value of the operatingSystem property.
1287 
     *
1288 
     * <p>
1289 
     * This accessor method returns a reference to the live list,
1290 
     * not a snapshot. Therefore any modification you make to the
1291 
     * returned list will be present inside the JAXB object.
1292 
     * This is why there is not a <CODE>set</CODE> method for the operatingSystem property.
1293 
     *
1294 
     * <p>
1295 
     * For example, to add a new item, do as follows:
1296 
     * <pre>
1297 
     *    getOperatingSystem().add(newItem);
1298 
     * </pre>
1299 
     *
1300 
     *
1301 
     * <p>
1302 
     * Objects of the following type(s) are allowed in the list
1303 
     * {@link String }
1304 
     *
1305 
     *
1306 
     */
1307 
    public List<String> getOperatingSystem() {
1308 
        if (operatingSystem == null) {
1309 
            operatingSystem = new ArrayList<String>();
1310 
        }
1311 
        return this.operatingSystem;
1312 
    }
1313 
 
1314 
    /**
1315 
     * Gets the value of the parentalControlTechnology property.
1316 
     *
1317 
     * @return
1318 
     *     possible object is
1319 
     *     {@link String }
1320 
     *
1321 
     */
1322 
    public String getParentalControlTechnology() {
1323 
        return parentalControlTechnology;
1324 
    }
1325 
 
1326 
    /**
1327 
     * Sets the value of the parentalControlTechnology property.
1328 
     *
1329 
     * @param value
1330 
     *     allowed object is
1331 
     *     {@link String }
1332 
     *
1333 
     */
1334 
    public void setParentalControlTechnology(String value) {
1335 
        this.parentalControlTechnology = value;
1336 
    }
1337 
 
1338 
    /**
1339 
     * Gets the value of the powerConsumption property.
1340 
     *
1341 
     * @return
1342 
     *     possible object is
1343 
     *     {@link PowerDimension }
1344 
     *
1345 
     */
1346 
    public PowerDimension getPowerConsumption() {
1347 
        return powerConsumption;
1348 
    }
1349 
 
1350 
    /**
1351 
     * Sets the value of the powerConsumption property.
1352 
     *
1353 
     * @param value
1354 
     *     allowed object is
1355 
     *     {@link PowerDimension }
1356 
     *
1357 
     */
1358 
    public void setPowerConsumption(PowerDimension value) {
1359 
        this.powerConsumption = value;
1360 
    }
1361 
 
1362 
    /**
1363 
     * Gets the value of the powerPlugType property.
1364 
     *
1365 
     * @return
1366 
     *     possible object is
1367 
     *     {@link PowerPlugType }
1368 
     *
1369 
     */
1370 
    public PowerPlugType getPowerPlugType() {
1371 
        return powerPlugType;
1372 
    }
1373 
 
1374 
    /**
1375 
     * Sets the value of the powerPlugType property.
1376 
     *
1377 
     * @param value
1378 
     *     allowed object is
1379 
     *     {@link PowerPlugType }
1380 
     *
1381 
     */
1382 
    public void setPowerPlugType(PowerPlugType value) {
1383 
        this.powerPlugType = value;
1384 
    }
1385 
 
1386 
    /**
1387 
     * Gets the value of the powerSource property.
1388 
     *
1389 
     * @return
1390 
     *     possible object is
1391 
     *     {@link String }
1392 
     *
1393 
     */
1394 
    public String getPowerSource() {
1395 
        return powerSource;
1396 
    }
1397 
 
1398 
    /**
1399 
     * Sets the value of the powerSource property.
1400 
     *
1401 
     * @param value
1402 
     *     allowed object is
1403 
     *     {@link String }
1404 
     *
1405 
     */
1406 
    public void setPowerSource(String value) {
1407 
        this.powerSource = value;
1408 
    }
1409 
 
1410 
    /**
1411 
     * Gets the value of the refreshRate property.
1412 
     *
1413 
     * @return
1414 
     *     possible object is
1415 
     *     {@link FrequencyDimension }
1416 
     *
1417 
     */
1418 
    public FrequencyDimension getRefreshRate() {
1419 
        return refreshRate;
1420 
    }
1421 
 
1422 
    /**
1423 
     * Sets the value of the refreshRate property.
1424 
     *
1425 
     * @param value
1426 
     *     allowed object is
1427 
     *     {@link FrequencyDimension }
1428 
     *
1429 
     */
1430 
    public void setRefreshRate(FrequencyDimension value) {
1431 
        this.refreshRate = value;
1432 
    }
1433 
 
1434 
    /**
1435 
     * Gets the value of the remoteControlDescription property.
1436 
     *
1437 
     * @return
1438 
     *     possible object is
1439 
     *     {@link String }
1440 
     *
1441 
     */
1442 
    public String getRemoteControlDescription() {
1443 
        return remoteControlDescription;
1444 
    }
1445 
 
1446 
    /**
1447 
     * Sets the value of the remoteControlDescription property.
1448 
     *
1449 
     * @param value
1450 
     *     allowed object is
1451 
     *     {@link String }
1452 
     *
1453 
     */
1454 
    public void setRemoteControlDescription(String value) {
1455 
        this.remoteControlDescription = value;
1456 
    }
1457 
 
1458 
    /**
1459 
     * Gets the value of the removableMemory property.
1460 
     *
1461 
     * @return
1462 
     *     possible object is
1463 
     *     {@link String }
1464 
     *
1465 
     */
1466 
    public String getRemovableMemory() {
1467 
        return removableMemory;
1468 
    }
1469 
 
1470 
    /**
1471 
     * Sets the value of the removableMemory property.
1472 
     *
1473 
     * @param value
1474 
     *     allowed object is
1475 
     *     {@link String }
1476 
     *
1477 
     */
1478 
    public void setRemovableMemory(String value) {
1479 
        this.removableMemory = value;
1480 
    }
1481 
 
1482 
    /**
1483 
     * Gets the value of the shape property.
1484 
     *
1485 
     * @return
1486 
     *     possible object is
1487 
     *     {@link String }
1488 
     *
1489 
     */
1490 
    public String getShape() {
1491 
        return shape;
1492 
    }
1493 
 
1494 
    /**
1495 
     * Sets the value of the shape property.
1496 
     *
1497 
     * @param value
1498 
     *     allowed object is
1499 
     *     {@link String }
1500 
     *
1501 
     */
1502 
    public void setShape(String value) {
1503 
        this.shape = value;
1504 
    }
1505 
 
1506 
    /**
1507 
     * Gets the value of the softwareIncluded property.
1508 
     *
1509 
     * @return
1510 
     *     possible object is
1511 
     *     {@link String }
1512 
     *
1513 
     */
1514 
    public String getSoftwareIncluded() {
1515 
        return softwareIncluded;
1516 
    }
1517 
 
1518 
    /**
1519 
     * Sets the value of the softwareIncluded property.
1520 
     *
1521 
     * @param value
1522 
     *     allowed object is
1523 
     *     {@link String }
1524 
     *
1525 
     */
1526 
    public void setSoftwareIncluded(String value) {
1527 
        this.softwareIncluded = value;
1528 
    }
1529 
 
1530 
    /**
1531 
     * Gets the value of the speakerGrilleMaterial property.
1532 
     *
1533 
     * @return
1534 
     *     possible object is
1535 
     *     {@link String }
1536 
     *
1537 
     */
1538 
    public String getSpeakerGrilleMaterial() {
1539 
        return speakerGrilleMaterial;
1540 
    }
1541 
 
1542 
    /**
1543 
     * Sets the value of the speakerGrilleMaterial property.
1544 
     *
1545 
     * @param value
1546 
     *     allowed object is
1547 
     *     {@link String }
1548 
     *
1549 
     */
1550 
    public void setSpeakerGrilleMaterial(String value) {
1551 
        this.speakerGrilleMaterial = value;
1552 
    }
1553 
 
1554 
    /**
1555 
     * Gets the value of the speakerMaximumInputPower property.
1556 
     *
1557 
     * @return
1558 
     *     possible object is
1559 
     *     {@link PowerDimension }
1560 
     *
1561 
     */
1562 
    public PowerDimension getSpeakerMaximumInputPower() {
1563 
        return speakerMaximumInputPower;
1564 
    }
1565 
 
1566 
    /**
1567 
     * Sets the value of the speakerMaximumInputPower property.
1568 
     *
1569 
     * @param value
1570 
     *     allowed object is
1571 
     *     {@link PowerDimension }
1572 
     *
1573 
     */
1574 
    public void setSpeakerMaximumInputPower(PowerDimension value) {
1575 
        this.speakerMaximumInputPower = value;
1576 
    }
1577 
 
1578 
    /**
1579 
     * Gets the value of the subwooferPowerTechnology property.
1580 
     *
1581 
     * @return
1582 
     *     possible object is
1583 
     *     {@link String }
1584 
     *
1585 
     */
1586 
    public String getSubwooferPowerTechnology() {
1587 
        return subwooferPowerTechnology;
1588 
    }
1589 
 
1590 
    /**
1591 
     * Sets the value of the subwooferPowerTechnology property.
1592 
     *
1593 
     * @param value
1594 
     *     allowed object is
1595 
     *     {@link String }
1596 
     *
1597 
     */
1598 
    public void setSubwooferPowerTechnology(String value) {
1599 
        this.subwooferPowerTechnology = value;
1600 
    }
1601 
 
1602 
    /**
1603 
     * Gets the value of the subwooferSpeakerDiameter property.
1604 
     *
1605 
     * @return
1606 
     *     possible object is
1607 
     *     {@link LengthDimension }
1608 
     *
1609 
     */
1610 
    public LengthDimension getSubwooferSpeakerDiameter() {
1611 
        return subwooferSpeakerDiameter;
1612 
    }
1613 
 
1614 
    /**
1615 
     * Sets the value of the subwooferSpeakerDiameter property.
1616 
     *
1617 
     * @param value
1618 
     *     allowed object is
1619 
     *     {@link LengthDimension }
1620 
     *
1621 
     */
1622 
    public void setSubwooferSpeakerDiameter(LengthDimension value) {
1623 
        this.subwooferSpeakerDiameter = value;
1624 
    }
1625 
 
1626 
    /**
1627 
     * Gets the value of the subwooferSpeakerMaterial property.
1628 
     *
1629 
     * @return
1630 
     *     possible object is
1631 
     *     {@link String }
1632 
     *
1633 
     */
1634 
    public String getSubwooferSpeakerMaterial() {
1635 
        return subwooferSpeakerMaterial;
1636 
    }
1637 
 
1638 
    /**
1639 
     * Sets the value of the subwooferSpeakerMaterial property.
1640 
     *
1641 
     * @param value
1642 
     *     allowed object is
1643 
     *     {@link String }
1644 
     *
1645 
     */
1646 
    public void setSubwooferSpeakerMaterial(String value) {
1647 
        this.subwooferSpeakerMaterial = value;
1648 
    }
1649 
 
1650 
    /**
1651 
     * Gets the value of the subwooferWattage property.
1652 
     *
1653 
     * @return
1654 
     *     possible object is
1655 
     *     {@link WattageDimension }
1656 
     *
1657 
     */
1658 
    public WattageDimension getSubwooferWattage() {
1659 
        return subwooferWattage;
1660 
    }
1661 
 
1662 
    /**
1663 
     * Sets the value of the subwooferWattage property.
1664 
     *
1665 
     * @param value
1666 
     *     allowed object is
1667 
     *     {@link WattageDimension }
1668 
     *
1669 
     */
1670 
    public void setSubwooferWattage(WattageDimension value) {
1671 
        this.subwooferWattage = value;
1672 
    }
1673 
 
1674 
    /**
1675 
     * Gets the value of the totalDVIPorts property.
1676 
     *
1677 
     * @return
1678 
     *     possible object is
1679 
     *     {@link BigInteger }
1680 
     *
1681 
     */
1682 
    public BigInteger getTotalDVIPorts() {
1683 
        return totalDVIPorts;
1684 
    }
1685 
 
1686 
    /**
1687 
     * Sets the value of the totalDVIPorts property.
1688 
     *
1689 
     * @param value
1690 
     *     allowed object is
1691 
     *     {@link BigInteger }
1692 
     *
1693 
     */
1694 
    public void setTotalDVIPorts(BigInteger value) {
1695 
        this.totalDVIPorts = value;
1696 
    }
1697 
 
1698 
    /**
1699 
     * Gets the value of the totalFirewirePorts property.
1700 
     *
1701 
     * @return
1702 
     *     possible object is
1703 
     *     {@link BigInteger }
1704 
     *
1705 
     */
1706 
    public BigInteger getTotalFirewirePorts() {
1707 
        return totalFirewirePorts;
1708 
    }
1709 
 
1710 
    /**
1711 
     * Sets the value of the totalFirewirePorts property.
1712 
     *
1713 
     * @param value
1714 
     *     allowed object is
1715 
     *     {@link BigInteger }
1716 
     *
1717 
     */
1718 
    public void setTotalFirewirePorts(BigInteger value) {
1719 
        this.totalFirewirePorts = value;
1720 
    }
1721 
 
1722 
    /**
1723 
     * Gets the value of the totalMicrophonePorts property.
1724 
     *
1725 
     * @return
1726 
     *     possible object is
1727 
     *     {@link BigInteger }
1728 
     *
1729 
     */
1730 
    public BigInteger getTotalMicrophonePorts() {
1731 
        return totalMicrophonePorts;
1732 
    }
1733 
 
1734 
    /**
1735 
     * Sets the value of the totalMicrophonePorts property.
1736 
     *
1737 
     * @param value
1738 
     *     allowed object is
1739 
     *     {@link BigInteger }
1740 
     *
1741 
     */
1742 
    public void setTotalMicrophonePorts(BigInteger value) {
1743 
        this.totalMicrophonePorts = value;
1744 
    }
1745 
 
1746 
    /**
1747 
     * Gets the value of the totalPreampOutputs property.
1748 
     *
1749 
     * @return
1750 
     *     possible object is
1751 
     *     {@link BigInteger }
1752 
     *
1753 
     */
1754 
    public BigInteger getTotalPreampOutputs() {
1755 
        return totalPreampOutputs;
1756 
    }
1757 
 
1758 
    /**
1759 
     * Sets the value of the totalPreampOutputs property.
1760 
     *
1761 
     * @param value
1762 
     *     allowed object is
1763 
     *     {@link BigInteger }
1764 
     *
1765 
     */
1766 
    public void setTotalPreampOutputs(BigInteger value) {
1767 
        this.totalPreampOutputs = value;
1768 
    }
1769 
 
1770 
    /**
1771 
     * Gets the value of the totalSubwooferOutputs property.
1772 
     *
1773 
     * @return
1774 
     *     possible object is
1775 
     *     {@link BigInteger }
1776 
     *
1777 
     */
1778 
    public BigInteger getTotalSubwooferOutputs() {
1779 
        return totalSubwooferOutputs;
1780 
    }
1781 
 
1782 
    /**
1783 
     * Sets the value of the totalSubwooferOutputs property.
1784 
     *
1785 
     * @param value
1786 
     *     allowed object is
1787 
     *     {@link BigInteger }
1788 
     *
1789 
     */
1790 
    public void setTotalSubwooferOutputs(BigInteger value) {
1791 
        this.totalSubwooferOutputs = value;
1792 
    }
1793 
 
1794 
    /**
1795 
     * Gets the value of the totalSVideoOutPorts property.
1796 
     *
1797 
     * @return
1798 
     *     possible object is
1799 
     *     {@link BigInteger }
1800 
     *
1801 
     */
1802 
    public BigInteger getTotalSVideoOutPorts() {
1803 
        return totalSVideoOutPorts;
1804 
    }
1805 
 
1806 
    /**
1807 
     * Sets the value of the totalSVideoOutPorts property.
1808 
     *
1809 
     * @param value
1810 
     *     allowed object is
1811 
     *     {@link BigInteger }
1812 
     *
1813 
     */
1814 
    public void setTotalSVideoOutPorts(BigInteger value) {
1815 
        this.totalSVideoOutPorts = value;
1816 
    }
1817 
 
1818 
    /**
1819 
     * Gets the value of the totalUSBPorts property.
1820 
     *
1821 
     * @return
1822 
     *     possible object is
1823 
     *     {@link BigInteger }
1824 
     *
1825 
     */
1826 
    public BigInteger getTotalUSBPorts() {
1827 
        return totalUSBPorts;
1828 
    }
1829 
 
1830 
    /**
1831 
     * Sets the value of the totalUSBPorts property.
1832 
     *
1833 
     * @param value
1834 
     *     allowed object is
1835 
     *     {@link BigInteger }
1836 
     *
1837 
     */
1838 
    public void setTotalUSBPorts(BigInteger value) {
1839 
        this.totalUSBPorts = value;
1840 
    }
1841 
 
1842 
    /**
1843 
     * Gets the value of the tweeterConeMaterialType property.
1844 
     *
1845 
     * @return
1846 
     *     possible object is
1847 
     *     {@link String }
1848 
     *
1849 
     */
1850 
    public String getTweeterConeMaterialType() {
1851 
        return tweeterConeMaterialType;
1852 
    }
1853 
 
1854 
    /**
1855 
     * Sets the value of the tweeterConeMaterialType property.
1856 
     *
1857 
     * @param value
1858 
     *     allowed object is
1859 
     *     {@link String }
1860 
     *
1861 
     */
1862 
    public void setTweeterConeMaterialType(String value) {
1863 
        this.tweeterConeMaterialType = value;
1864 
    }
1865 
 
1866 
    /**
1867 
     * Gets the value of the tweeterDriverDiameter property.
1868 
     *
1869 
     * @return
1870 
     *     possible object is
1871 
     *     {@link LengthDimension }
1872 
     *
1873 
     */
1874 
    public LengthDimension getTweeterDriverDiameter() {
1875 
        return tweeterDriverDiameter;
1876 
    }
1877 
 
1878 
    /**
1879 
     * Sets the value of the tweeterDriverDiameter property.
1880 
     *
1881 
     * @param value
1882 
     *     allowed object is
1883 
     *     {@link LengthDimension }
1884 
     *
1885 
     */
1886 
    public void setTweeterDriverDiameter(LengthDimension value) {
1887 
        this.tweeterDriverDiameter = value;
1888 
    }
1889 
 
1890 
    /**
1891 
     * Gets the value of the wattage property.
1892 
     *
1893 
     * @return
1894 
     *     possible object is
1895 
     *     {@link WattageIntegerDimension }
1896 
     *
1897 
     */
1898 
    public WattageIntegerDimension getWattage() {
1899 
        return wattage;
1900 
    }
1901 
 
1902 
    /**
1903 
     * Sets the value of the wattage property.
1904 
     *
1905 
     * @param value
1906 
     *     allowed object is
1907 
     *     {@link WattageIntegerDimension }
1908 
     *
1909 
     */
1910 
    public void setWattage(WattageIntegerDimension value) {
1911 
        this.wattage = value;
1912 
    }
1913 
 
1914 
    /**
1915 
     * Gets the value of the wooferSpeakerDiameter property.
1916 
     *
1917 
     * @return
1918 
     *     possible object is
1919 
     *     {@link LengthDimension }
1920 
     *
1921 
     */
1922 
    public LengthDimension getWooferSpeakerDiameter() {
1923 
        return wooferSpeakerDiameter;
1924 
    }
1925 
 
1926 
    /**
1927 
     * Sets the value of the wooferSpeakerDiameter property.
1928 
     *
1929 
     * @param value
1930 
     *     allowed object is
1931 
     *     {@link LengthDimension }
1932 
     *
1933 
     */
1934 
    public void setWooferSpeakerDiameter(LengthDimension value) {
1935 
        this.wooferSpeakerDiameter = value;
1936 
    }
1937 
 
1938 
    /**
1939 
     * Gets the value of the wooferSpeakerMaterial property.
1940 
     *
1941 
     * @return
1942 
     *     possible object is
1943 
     *     {@link String }
1944 
     *
1945 
     */
1946 
    public String getWooferSpeakerMaterial() {
1947 
        return wooferSpeakerMaterial;
1948 
    }
1949 
 
1950 
    /**
1951 
     * Sets the value of the wooferSpeakerMaterial property.
1952 
     *
1953 
     * @param value
1954 
     *     allowed object is
1955 
     *     {@link String }
1956 
     *
1957 
     */
1958 
    public void setWooferSpeakerMaterial(String value) {
1959 
        this.wooferSpeakerMaterial = value;
1960 
    }
1961 
 
1962 
}