AstroCarto groups astrocartography line distance into practical reading bands. These labels organize the result; they are not universal scientific thresholds.
| Approximate distance |
Reading label |
How to use it |
| Up to 120 km |
Strong / close |
Investigate the line and angle in detail |
| Over 120 to 250 km |
Nearby |
Include it in the location context |
| Over 250 to 400 km |
Broad |
Treat it as wider background evidence |
| Over 400 to 644 km |
Wide context |
Use cautiously and compare other signals |
| Beyond the usual summary range |
Nearest background |
Do not force a strong line interpretation |
A closer line is not automatically better. A nearby Saturn line may require a different response than a nearby Jupiter line. A line can also be close while another planet-angle combination is more relevant to your question.
Use Check City when you already have a place in mind. It is designed for one named location and turns a broad map question into a specific evidence check.
A simple workflow is:
- Generate your personal map.
- Open Check City or select a visible location.
- Enter a city where you live, work, have visited, or may relocate.
- Review the nearest planet and angle.
- Read the calculated distance and proximity label.
- Inspect nearby lines and any supporting or cautionary signals.
- Record what the result shows before adding your own interpretation.
If the city is not directly on the line you expected, do not discard it immediately. The result may show another nearby line that better explains the location. It may also show that the original line is only broad background context.
A useful city result separates the evidence into layers.
Selected place identifies the city or coordinate you chose.
Planet and angle identify the line combination, such as Sun MC, Venus DC, Moon IC, or Saturn ASC.
Calculated distance shows how far the selected place is from the relevant line.
Strength summarizes the proximity using the product’s reading bands.
Nearby signals show other planetary lines or location evidence that may change the interpretation.
Crossings and Parans appear when the selected place has that type of available evidence.
Read these layers together. A distance number without the planet and angle is incomplete, just as a planet meaning without a location check is too general for a city decision.
People often search for the closest line as if proximity were a ranking system. Astrocartography line distance does not work that way.
A close Venus line may be relevant to comfort, attraction, or social ease. A close Mars line may emphasize action, competition, or conflict. A close Neptune line may feel inspiring but require clearer boundaries. The same distance can describe very different experiences depending on the planet, angle, and the question you are asking.
You should also consider practical conditions outside the map:
- housing and cost of living;
- work or study opportunities;
- visa and legal requirements;
- health care and safety;
- family responsibilities;
- language and social support;
- whether you plan to visit, work remotely, or move long term.
The map is decision-support context. It does not replace real-world research.
Astrocartography uses chart angles that can shift when the birth time changes. This matters most when you are making a precise comparison between a city and a line.
If you know the birth time is accurate, a close result can be investigated with more confidence. If the time is rounded or uncertain, avoid treating a small distance difference as decisive.
When two cities are separated by only a narrow distance band, check whether the conclusion remains stable when you review the surrounding lines and other chart evidence.
Check City is best for one known place. Use Compare Cities when you have two to four realistic options.
A comparison keeps the birth data and evaluation frame consistent. It lets you examine:
- line distance across the same cities;
- which planet-angle signals are nearest;
- supportive and cautionary evidence;
- mixed or weak results;
- trade-offs between location options.
Do not compare one city by exact calculated distance and another only by visual map position. Use the same evidence process for each candidate.
If you do not have a shortlist yet, use the broader location tools to find places worth researching. A candidate list is a starting point, not a final recommendation.
Mistake 1: Measuring a line by eye.
A world map is useful for orientation, but it is not a city-distance calculator.
Mistake 2: Treating one fixed radius as universal.
The product’s bands organize proximity. They do not prove that an experience begins or ends at one exact kilometer.
Mistake 3: Ignoring the angle.
A planet on the MC does not carry the same emphasis as the same planet on the IC, ASC, or DSC.
Mistake 4: Choosing the closest line automatically.
Distance is one evidence layer. Nearby signals and the purpose of the move still matter.
Mistake 5: Using an uncertain birth time without caution.
A small time difference can change angular line placement and weaken a precise city conclusion.
The personal map is calculated from your birth date, time, and birthplace. When you select a city or coordinate, the result measures its proximity to the available planetary line geometry and reports the nearest evidence.
It means the calculated proximity between that city and a planetary line on your personal map. Read it with the planet, angle, strength, and nearby evidence rather than as a standalone verdict.
The answer depends on your birth data and the city you select. Generate your map and use Check City to see the calculated distance instead of estimating it from a global map image.
A closer line is usually more prominent in the proximity result, but there is no single distance that guarantees a particular experience. Read distance together with planet, angle, strength, nearby lines, and your reason for considering the place.
No. A city can still appear in the nearby or broad context of a line. Use Check City to see the calculated distance instead of assuming that a line must cross the city center.
Yes. Angular line positions depend on birth time. If the recorded time is uncertain, precise city comparisons should be treated as more sensitive.
Not necessarily. The proximity band is one part of the result. Planet, angle, surrounding lines, chart context, and the selected location all affect how the evidence should be read.
The map can still show the nearest available background signals. If no line falls within the usual summary range, treat the location as weaker context rather than forcing an interpretation.