HID Sensor Usage Tables - USB.org

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34 HID Sensor Usages Position Dilution of Precision Horizontal Dilution of Precision Vertical Dilution of Precision Sel – Data Not Valid. SV – Indicates the position dilution of precision. SV – Indicates the horizontal dilution of precision. SV – Indicates the vertical dilution of precision. Latitude SV – Indicates the latitude. Default unit of measure is degrees; can be overridden using explicit Unit and/or Unit Exponent. North is positive; South is negative. Longitude SV – Indicates longitude. Default unit of measure is degrees; can be overridden using explicit Unit and/or Unit Exponent. East is positive; West is negative. True Heading SV – Indicates the current heading in relation to true north. Default unit of measure is degrees; can be overridden using explicit Unit and/or Unit Exponent. Magnetic Heading SV – Indicates the heading in relation to magnetic north. Default unit of measure is degrees; can be overridden using explicit Unit and/or Unit Exponent. Magnetic Variation SV – Indicates the magnetic variation from true north. East is positive; West is negative. Default unit of measure is degrees; can be overridden using explicit Unit and/or Unit Exponent. Speed SV – Indicates the current speed. Default unit of measure is knots; can be overridden using explicit Unit and/or Unit Exponent. Satellites in View SV – Indicates the number of GPS satellites currently in view. Satellites in View Azimuth SV – Indicates the azimuth of GPS satellites currently in view. Satellites in View Elevation SV – Indicates the elevation of GPS satellites currently in view. Satellites in View IDs SV – Indicates the ID of GPS satellites currently in view. Satellites in View PRNs SV – Indicates the Pseudo-Random Noise codes of GPS satellites currently in view. Satellites in View S/N Ratios DV – Indicates the Signal-to-Noise Ratio of GPS satellites currently in view. Satellites Used Count SV – Indicates the number of GPS satellites that are currently being used to calculate a location solution. Satellites Used PRNs SV – Indicates the Pseudo-Random Noise codes of the GPS satellites currently being used to calculate a location solution. NMEA Sentence SV – Indicates the current NMEA sentence string. Address Line 1 SV – Indicates street address, first line. Address Line 2 SV – Indicates street address, second line. City SV – Indicates city. State or Province SV – Indicates state or province.
35 HID Sensor Usages Country or Region SV – Indicates country or region represented as an ISO 3166 1alpha-2 country/region code. Postal Code SV – Indicates the postal code. 1.11 Mechanical Sensor Field Usages These fields are commonly supported by mechanical sensors. Boolean Switch State SF – Reports the on/off state of a Boolean switch. Boolean Switch Array State SV – Reports the on/off state of each of an array of Boolean switches. Multivalue Switch Value SV – Reports the multivalue state of a Multivalue switch. Force SV – Measures force. Default unit of measure is Newtons; can be overridden using explicit Unit and/or Unit Exponent. Absolute Pressure SV – Measures absolute pressure. Default unit of measure is Pascals; can be overridden using explicit Unit and/or Unit Exponent. Gauge Pressure SV – Measures relative gauge pressure. Default unit of measure is Pascals; can be overridden using explicit Unit and/or Unit Exponent. Strain SV – Measures strain (in percent). Can be scaled with a Unit Exponent. Weight SV – Measures weight. Default unit of measure is kilograms; can be overridden using explicit Unit and/or Unit Exponent. Vibration State DF – The on/off state of a Haptic feedback vibrator. Forward Vibration Speed DV – The forward speed of the vibrator (in percent). Can be scaled with a Unit Exponent. Backward Vibration Speed 1.12 Motion Sensor Field Usages These fields are commonly supported by motion sensors. DV – The backward speed of the vibrator (in percent). Can be scaled with a Unit Exponent. Some haptic motors do not support both forward and backward motion. For those that do, setting both forward and backward speeds to non-zero values simultaneously has a vendor-defined behavior. Motion State SF – A flag indicating presence or absence of motion. Motion Intensity SV – A positive number indicating intensity of motion if motion is detected (in percent), otherwise 0. Can be scaled with a Unit Exponent. Acceleration SV – Linear acceleration magnitude without respect to which axis it occurs in. This is usually used as a composite value for specifying min, max and accuracy for related accelerations. Default unit of measure is G’s; can be overridden using explicit
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Page 67 and 68: 67 HID Sensor Usages The HID Specif
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85 HID Sensor Usages HID_USAGE_SENS
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87 HID Sensor Usages 4.2.5 Sensor C
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93 HID Sensor Usages }; HID_REPORT_
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95 HID Sensor Usages }; HID_REPORT_
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97 HID Sensor Usages }; HID_INPUT(C
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99 HID Sensor Usages unsigned long
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101 HID Sensor Usages enum GorPK_KI
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103 HID Sensor Usages Because these
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105 HID Sensor Usages }; //feature
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107 HID Sensor Usages }; HID_LOGICA
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109 HID Sensor Usages HID_REPORT_SI
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111 HID Sensor Usages }; HID_USAGE_
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113 HID Sensor Usages HID_USAGE_SEN
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125 HID Sensor Usages }; HID_REPORT
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127 HID Sensor Usages }; HID_FEATUR
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129 HID Sensor Usages }; HID_INPUT(
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139 HID Sensor Usages HID_COLLECTIO
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