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How to identify unknown coordinate type and convert to lat/lon?
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I have some coordinates from an old Oracle database (AMANDA) and I don't recognize the format.
For example, converting these coordinates: 3109020, 10114224
Should result in a point near latitude, longitude: 30.195855, -97.756467
Does anyone recognize this format and how to convert to lat/lon?
coordinates
edited 3 hours ago
Kirk Kuykendall
21.7k657145
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
add a comment |
I have some coordinates from an old Oracle database (AMANDA) and I don't recognize the format.
For example, converting these coordinates: 3109020, 10114224
Should result in a point near latitude, longitude: 30.195855, -97.756467
Does anyone recognize this format and how to convert to lat/lon?
coordinates
edited 3 hours ago
Kirk Kuykendall
21.7k657145
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
Please post the lat/long (and datum) of "a location" so that people can test their guess.
– Kirk Kuykendall
4 hours ago
The only information I have is that these coordinates (3109020, 10114224) should point to 2103 LEMON DRIVE, AUSTIN, Texas, 78744, USA.
– Anthony Stokes
4 hours ago
The lat/long of that address is 30.195775, -97.756602. Google Maps.
– csk
3 hours ago
Sure seems like there should be a web site/service where you can enter x,y long/lat, push a button, then be presented with a list of possible coordinate systems.
– Kirk Kuykendall
3 hours ago
add a comment |
I have some coordinates from an old Oracle database (AMANDA) and I don't recognize the format.
For example, converting these coordinates: 3109020, 10114224
Should result in a point near latitude, longitude: 30.195855, -97.756467
Does anyone recognize this format and how to convert to lat/lon?
coordinates
edited 3 hours ago
Kirk Kuykendall
21.7k657145
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
I have some coordinates from an old Oracle database (AMANDA) and I don't recognize the format.
For example, converting these coordinates: 3109020, 10114224
Should result in a point near latitude, longitude: 30.195855, -97.756467
Does anyone recognize this format and how to convert to lat/lon?
coordinates
coordinates
edited 3 hours ago
Kirk Kuykendall
21.7k657145
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
edited 3 hours ago
Kirk Kuykendall
21.7k657145
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
edited 3 hours ago
Kirk Kuykendall
21.7k657145
edited 3 hours ago
Kirk Kuykendall
21.7k657145
edited 3 hours ago
Kirk Kuykendall
21.7k657145
21.7k657145
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
asked 4 hours ago
Anthony StokesAnthony Stokes
1047
1047
Please post the lat/long (and datum) of "a location" so that people can test their guess.
– Kirk Kuykendall
4 hours ago
The only information I have is that these coordinates (3109020, 10114224) should point to 2103 LEMON DRIVE, AUSTIN, Texas, 78744, USA.
– Anthony Stokes
4 hours ago
The lat/long of that address is 30.195775, -97.756602. Google Maps.
– csk
3 hours ago
Sure seems like there should be a web site/service where you can enter x,y long/lat, push a button, then be presented with a list of possible coordinate systems.
– Kirk Kuykendall
3 hours ago
add a comment |
Please post the lat/long (and datum) of "a location" so that people can test their guess.
– Kirk Kuykendall
4 hours ago
The only information I have is that these coordinates (3109020, 10114224) should point to 2103 LEMON DRIVE, AUSTIN, Texas, 78744, USA.
– Anthony Stokes
4 hours ago
The lat/long of that address is 30.195775, -97.756602. Google Maps.
– csk
3 hours ago
Sure seems like there should be a web site/service where you can enter x,y long/lat, push a button, then be presented with a list of possible coordinate systems.
– Kirk Kuykendall
3 hours ago
Please post the lat/long (and datum) of "a location" so that people can test their guess.
– Kirk Kuykendall
4 hours ago
Please post the lat/long (and datum) of "a location" so that people can test their guess.
– Kirk Kuykendall
4 hours ago
The only information I have is that these coordinates (3109020, 10114224) should point to 2103 LEMON DRIVE, AUSTIN, Texas, 78744, USA.
– Anthony Stokes
4 hours ago
The only information I have is that these coordinates (3109020, 10114224) should point to 2103 LEMON DRIVE, AUSTIN, Texas, 78744, USA.
– Anthony Stokes
4 hours ago
The lat/long of that address is 30.195775, -97.756602. Google Maps.
– csk
3 hours ago
The lat/long of that address is 30.195775, -97.756602. Google Maps.
– csk
3 hours ago
Sure seems like there should be a web site/service where you can enter x,y long/lat, push a button, then be presented with a list of possible coordinate systems.
– Kirk Kuykendall
3 hours ago
Sure seems like there should be a web site/service where you can enter x,y long/lat, push a button, then be presented with a list of possible coordinate systems.
– Kirk Kuykendall
3 hours ago
add a comment |
1 Answer
1
active
oldest
votes
That looks like a projected Coordinate System, with units in either feet or meters.
You can figure out what coordinate system your points are in by trying out different coordinate conversions on this website.
Enter the lat/long of a coordinate, choose the target CRS, and click convert. Try out different target CRS's until the conversion gives you the known coordinates.
Given the location, start by testing CRS's with Texas in their name, eg:
- EPSG 3082, NAD83 / Texas Centric Lambert Conformal
- EPSG 3081, NAD83 / Texas State Mapping System
- etc
It shouldn't take long to test all 10 Texas-specific CRS's. If none of them work, expand the search to US-specific CRS's, and North American-specific CRS's.
Remember that the US often uses US survey feet or (international) feet for the unit of measure. When you see large numbers like that, check the foot-based coordinate reference systems first. Austin falls into the Texas Central zone in the State Plane Coordinate System, maybe try that one first. You will find it difficult to determine which geographic CRS is being used. It's probably one of the NAD 83 ones, but there have been several re-adjustments and coordinate differ at the centimeter to decimeter-level.
An alternate approach is to figure out where the origin of the CRS is. Then you can limit your search to CRS's with that origin. Find the origin by measuring from the known point, 3109020 units to the west and 10114224 to the south. Since the data is in the US, you'll have to test it with both meters and feet. If the origin is on the equator you're probably looking at a UTM projection.
edited 9 mins ago
mkennedy
15.8k13156
answered 3 hours ago
cskcsk
10.1k1135
add a comment |
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1 Answer
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That looks like a projected Coordinate System, with units in either feet or meters.
You can figure out what coordinate system your points are in by trying out different coordinate conversions on this website.
Enter the lat/long of a coordinate, choose the target CRS, and click convert. Try out different target CRS's until the conversion gives you the known coordinates.
Given the location, start by testing CRS's with Texas in their name, eg:
- EPSG 3082, NAD83 / Texas Centric Lambert Conformal
- EPSG 3081, NAD83 / Texas State Mapping System
- etc
It shouldn't take long to test all 10 Texas-specific CRS's. If none of them work, expand the search to US-specific CRS's, and North American-specific CRS's.
Remember that the US often uses US survey feet or (international) feet for the unit of measure. When you see large numbers like that, check the foot-based coordinate reference systems first. Austin falls into the Texas Central zone in the State Plane Coordinate System, maybe try that one first. You will find it difficult to determine which geographic CRS is being used. It's probably one of the NAD 83 ones, but there have been several re-adjustments and coordinate differ at the centimeter to decimeter-level.
An alternate approach is to figure out where the origin of the CRS is. Then you can limit your search to CRS's with that origin. Find the origin by measuring from the known point, 3109020 units to the west and 10114224 to the south. Since the data is in the US, you'll have to test it with both meters and feet. If the origin is on the equator you're probably looking at a UTM projection.
edited 9 mins ago
mkennedy
15.8k13156
answered 3 hours ago
cskcsk
10.1k1135
add a comment |
That looks like a projected Coordinate System, with units in either feet or meters.
You can figure out what coordinate system your points are in by trying out different coordinate conversions on this website.
Enter the lat/long of a coordinate, choose the target CRS, and click convert. Try out different target CRS's until the conversion gives you the known coordinates.
Given the location, start by testing CRS's with Texas in their name, eg:
- EPSG 3082, NAD83 / Texas Centric Lambert Conformal
- EPSG 3081, NAD83 / Texas State Mapping System
- etc
It shouldn't take long to test all 10 Texas-specific CRS's. If none of them work, expand the search to US-specific CRS's, and North American-specific CRS's.
Remember that the US often uses US survey feet or (international) feet for the unit of measure. When you see large numbers like that, check the foot-based coordinate reference systems first. Austin falls into the Texas Central zone in the State Plane Coordinate System, maybe try that one first. You will find it difficult to determine which geographic CRS is being used. It's probably one of the NAD 83 ones, but there have been several re-adjustments and coordinate differ at the centimeter to decimeter-level.
An alternate approach is to figure out where the origin of the CRS is. Then you can limit your search to CRS's with that origin. Find the origin by measuring from the known point, 3109020 units to the west and 10114224 to the south. Since the data is in the US, you'll have to test it with both meters and feet. If the origin is on the equator you're probably looking at a UTM projection.
edited 9 mins ago
mkennedy
15.8k13156
answered 3 hours ago
cskcsk
10.1k1135
add a comment |
That looks like a projected Coordinate System, with units in either feet or meters.
You can figure out what coordinate system your points are in by trying out different coordinate conversions on this website.
Enter the lat/long of a coordinate, choose the target CRS, and click convert. Try out different target CRS's until the conversion gives you the known coordinates.
Given the location, start by testing CRS's with Texas in their name, eg:
- EPSG 3082, NAD83 / Texas Centric Lambert Conformal
- EPSG 3081, NAD83 / Texas State Mapping System
- etc
It shouldn't take long to test all 10 Texas-specific CRS's. If none of them work, expand the search to US-specific CRS's, and North American-specific CRS's.
Remember that the US often uses US survey feet or (international) feet for the unit of measure. When you see large numbers like that, check the foot-based coordinate reference systems first. Austin falls into the Texas Central zone in the State Plane Coordinate System, maybe try that one first. You will find it difficult to determine which geographic CRS is being used. It's probably one of the NAD 83 ones, but there have been several re-adjustments and coordinate differ at the centimeter to decimeter-level.
An alternate approach is to figure out where the origin of the CRS is. Then you can limit your search to CRS's with that origin. Find the origin by measuring from the known point, 3109020 units to the west and 10114224 to the south. Since the data is in the US, you'll have to test it with both meters and feet. If the origin is on the equator you're probably looking at a UTM projection.
edited 9 mins ago
mkennedy
15.8k13156
answered 3 hours ago
cskcsk
10.1k1135
That looks like a projected Coordinate System, with units in either feet or meters.
You can figure out what coordinate system your points are in by trying out different coordinate conversions on this website.
Enter the lat/long of a coordinate, choose the target CRS, and click convert. Try out different target CRS's until the conversion gives you the known coordinates.
Given the location, start by testing CRS's with Texas in their name, eg:
- EPSG 3082, NAD83 / Texas Centric Lambert Conformal
- EPSG 3081, NAD83 / Texas State Mapping System
- etc
It shouldn't take long to test all 10 Texas-specific CRS's. If none of them work, expand the search to US-specific CRS's, and North American-specific CRS's.
Remember that the US often uses US survey feet or (international) feet for the unit of measure. When you see large numbers like that, check the foot-based coordinate reference systems first. Austin falls into the Texas Central zone in the State Plane Coordinate System, maybe try that one first. You will find it difficult to determine which geographic CRS is being used. It's probably one of the NAD 83 ones, but there have been several re-adjustments and coordinate differ at the centimeter to decimeter-level.
An alternate approach is to figure out where the origin of the CRS is. Then you can limit your search to CRS's with that origin. Find the origin by measuring from the known point, 3109020 units to the west and 10114224 to the south. Since the data is in the US, you'll have to test it with both meters and feet. If the origin is on the equator you're probably looking at a UTM projection.
edited 9 mins ago
mkennedy
15.8k13156
answered 3 hours ago
cskcsk
10.1k1135
edited 9 mins ago
mkennedy
15.8k13156
edited 9 mins ago
mkennedy
15.8k13156
edited 9 mins ago
mkennedy
15.8k13156
15.8k13156
answered 3 hours ago
cskcsk
10.1k1135
answered 3 hours ago
cskcsk
10.1k1135
answered 3 hours ago
cskcsk
10.1k1135
10.1k1135
add a comment |
add a comment |
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Please post the lat/long (and datum) of "a location" so that people can test their guess.
– Kirk Kuykendall
4 hours ago
The only information I have is that these coordinates (3109020, 10114224) should point to 2103 LEMON DRIVE, AUSTIN, Texas, 78744, USA.
– Anthony Stokes
4 hours ago
The lat/long of that address is 30.195775, -97.756602. Google Maps.
– csk
3 hours ago
Sure seems like there should be a web site/service where you can enter x,y long/lat, push a button, then be presented with a list of possible coordinate systems.
– Kirk Kuykendall
3 hours ago