package nodomain.freeyourgadget.gadgetbridge.devices.huawei;
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public class HuaweiSportHRZones {
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private final HeartRateZonesConfig otherHRZonesConfig;
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private final HeartRateZonesConfig sittingHRZonesConfig;
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private final HeartRateZonesConfig uprightHRZonesConfig;
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private final HeartRateZonesConfig swimmingHRZonesConfig;
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public HuaweiSportHRZones(int age) {
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this.uprightHRZonesConfig = new HeartRateZonesConfig(HeartRateZonesConfig.TYPE_UPRIGHT, age);
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this.sittingHRZonesConfig = new HeartRateZonesConfig(HeartRateZonesConfig.TYPE_SITTING, age);
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this.swimmingHRZonesConfig = new HeartRateZonesConfig(HeartRateZonesConfig.TYPE_SWIMMING, age);
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this.otherHRZonesConfig = new HeartRateZonesConfig(HeartRateZonesConfig.TYPE_OTHER, age);
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}
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public HeartRateZonesConfig getHRZonesConfigByType(int type) {
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if (type == HeartRateZonesConfig.TYPE_SITTING) {
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return this.sittingHRZonesConfig;
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} else if (type == HeartRateZonesConfig.TYPE_SWIMMING) {
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return this.swimmingHRZonesConfig;
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} else if (type == HeartRateZonesConfig.TYPE_OTHER) {
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return this.otherHRZonesConfig;
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}
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return this.uprightHRZonesConfig;
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}
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public byte[] getHRZonesData() {
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HeartRateZonesConfig uprightConfig = getHRZonesConfigByType(HeartRateZonesConfig.TYPE_UPRIGHT);
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HeartRateZonesConfig sittingConfig = getHRZonesConfigByType(HeartRateZonesConfig.TYPE_SITTING);
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HeartRateZonesConfig swimmingConfig = getHRZonesConfigByType(HeartRateZonesConfig.TYPE_SWIMMING);
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HeartRateZonesConfig otherConfig = getHRZonesConfigByType(HeartRateZonesConfig.TYPE_OTHER);
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if (!uprightConfig.isValid() || !sittingConfig.isValid() || !swimmingConfig.isValid() || !otherConfig.isValid()) {
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return null;
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}
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HuaweiTLV tlv = new HuaweiTLV();
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if (uprightConfig.hasValidMHRData()) {
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tlv.put(0x2, (byte) uprightConfig.getMHRWarmUp())
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.put(0x3, (byte) uprightConfig.getMHRFatBurning())
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.put(0x4, (byte) uprightConfig.getMHRAerobic())
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.put(0x5, (byte) uprightConfig.getMHRAnaerobic())
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.put(0x6, (byte) uprightConfig.getMHRExtreme())
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.put(0x7, (byte) uprightConfig.getMaxHRThreshold())
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.put(0x8, (byte) (uprightConfig.getWarningEnable() ? 1 : 0))
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.put(0x9, (byte) uprightConfig.getWarningHRLimit())
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.put(0xa, (byte) uprightConfig.getCalculateMethod())
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.put(0xb, (byte) uprightConfig.getMaxHRThreshold());
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}
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tlv.put(0xc, (byte) uprightConfig.getRestHeartRate());
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if (uprightConfig.hasValidHRRData()) {
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tlv.put(0xd, (byte) uprightConfig.getHRRBasicAerobic())
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.put(0xe, (byte) uprightConfig.getHRRAdvancedAerobic())
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.put(0xf, (byte) uprightConfig.getHRRLactate())
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.put(0x10, (byte) uprightConfig.getHRRBasicAnaerobic())
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.put(0x11, (byte) uprightConfig.getHRRAdvancedAnaerobic());
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}
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if (uprightConfig.hasValidLTHRData()) {
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tlv.put(0x3f, (byte) uprightConfig.getLTHRThresholdHeartRate())
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.put(0x40, (byte) uprightConfig.getLTHRAnaerobic())
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.put(0x41, (byte) uprightConfig.getLTHRLactate())
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.put(0x42, (byte) uprightConfig.getLTHRAdvancedAerobic())
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.put(0x43, (byte) uprightConfig.getLTHRBasicAerobic())
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.put(0x44, (byte) uprightConfig.getLTHRWarmUp());
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}
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if (sittingConfig.hasValidMHRData()) {
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tlv.put(0x12, (byte) (sittingConfig.getWarningEnable() ? 1 : 0))
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.put(0x13, (byte) sittingConfig.getCalculateMethod())
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.put(0x14, (byte) sittingConfig.getWarningHRLimit())
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.put(0x15, (byte) sittingConfig.getMHRWarmUp())
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.put(0x16, (byte) sittingConfig.getMHRFatBurning())
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.put(0x17, (byte) sittingConfig.getMHRAerobic())
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.put(0x18, (byte) sittingConfig.getMHRAnaerobic())
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.put(0x19, (byte) sittingConfig.getMHRExtreme())
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.put(0x1a, (byte) sittingConfig.getMaxHRThreshold());
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}
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if (sittingConfig.hasValidHRRData()) {
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tlv.put(0x1b, (byte) sittingConfig.getRestHeartRate())
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.put(0x1c, (byte) sittingConfig.getHRRBasicAerobic())
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.put(0x1d, (byte) sittingConfig.getHRRAdvancedAerobic())
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.put(0x1e, (byte) sittingConfig.getHRRLactate())
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.put(0x1f, (byte) sittingConfig.getHRRBasicAnaerobic())
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.put(0x20, (byte) sittingConfig.getHRRAdvancedAnaerobic());
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}
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if (swimmingConfig.hasValidMHRData()) {
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tlv.put(0x21, (byte) (swimmingConfig.getWarningEnable() ? 1 : 0))
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.put(0x22, (byte) swimmingConfig.getCalculateMethod())
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.put(0x23, (byte) swimmingConfig.getWarningHRLimit())
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.put(0x24, (byte) swimmingConfig.getMHRWarmUp())
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.put(0x25, (byte) swimmingConfig.getMHRFatBurning())
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.put(0x26, (byte) swimmingConfig.getMHRAerobic())
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.put(0x27, (byte) swimmingConfig.getMHRAnaerobic())
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.put(0x28, (byte) swimmingConfig.getMHRExtreme())
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.put(0x29, (byte) swimmingConfig.getMaxHRThreshold());
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}
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if (swimmingConfig.hasValidHRRData()) {
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tlv.put(0x2a, (byte) swimmingConfig.getRestHeartRate())
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.put(0x2b, (byte) swimmingConfig.getHRRBasicAerobic())
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.put(0x2c, (byte) swimmingConfig.getHRRAdvancedAerobic())
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.put(0x2d, (byte) swimmingConfig.getHRRLactate())
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.put(0x2e, (byte) swimmingConfig.getHRRBasicAnaerobic())
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.put(0x2f, (byte) swimmingConfig.getHRRAdvancedAnaerobic());
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}
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if (otherConfig.hasValidMHRData()) {
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tlv.put(0x30, (byte) (otherConfig.getWarningEnable() ? 1 : 0))
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.put(0x31, (byte) otherConfig.getCalculateMethod())
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.put(0x32, (byte) otherConfig.getWarningHRLimit())
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.put(0x33, (byte) otherConfig.getMHRWarmUp())
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.put(0x34, (byte) otherConfig.getMHRFatBurning())
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.put(0x35, (byte) otherConfig.getMHRAerobic())
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.put(0x36, (byte) otherConfig.getMHRAnaerobic())
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.put(0x37, (byte) otherConfig.getMHRExtreme())
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.put(0x38, (byte) otherConfig.getMaxHRThreshold());
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}
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if (otherConfig.hasValidHRRData()) {
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tlv.put(0x39, (byte) otherConfig.getRestHeartRate())
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.put(0x3a, (byte) otherConfig.getHRRBasicAerobic())
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.put(0x3b, (byte) otherConfig.getHRRAdvancedAerobic())
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.put(0x3c, (byte) otherConfig.getHRRLactate())
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.put(0x3d, (byte) otherConfig.getHRRBasicAnaerobic())
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.put(0x3e, (byte) otherConfig.getHRRAdvancedAnaerobic());
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}
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return tlv.serialize();
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}
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}
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