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48 Strings 2%
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38,292 Words 1%
221,073 Characters 1%

Strings status

Strings Words Characters
48 38,292 221,073
All strings Browse Translate Zen
1 161 872
Translated strings Browse Translate Zen
47 38,131 220,201
Unfinished strings Browse Translate Zen
46 36,251 209,220
Untranslated strings Browse Translate Zen
1 1,880 10,981
Strings marked for edit Browse Translate Zen
47 38,131 220,201
Unfinished strings without suggestions Browse Translate Zen
1 1,880 10,981
Strings with any failing checks Browse Translate Zen
1 1,880 10,981
Failing check: Mismatching line breaks Browse Translate Zen
48 38,292 221,073
Strings without a label Browse Translate Zen

Other components

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Trail Sense Android MIT 99% 2 9 50 2 3 2 2
Trail Sense Store Metadata MIT 3% 119 5,710 34,180 119 0 2 0
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Overview

Project website kylecorry.com/Trail-Sense
Instructions for translators

https://github.com/kylecorry31/Trail-Sense#contributing
Project maintainers User avatar kylecorry31
Translation license MIT License
Translation process
  • Translations can be made directly.
  • Translation suggestions can be made.
  • Any authenticated user can contribute.
  • The translation uses monolingual files.
  • The translation base language can not be edited.
Source code repository https://github.com/kylecorry31/Trail-Sense
Repository branch main
Last remote commit Add widget previews (SDK 31+) (#2685) fd62960a0
User avatar kylecorry31 authored 4 hours ago
Last commit in Weblate Add widget previews (SDK 31+) (#2685) fd62960a0
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Weblate repository https://hosted.weblate.org/git/trail-sense/trail-sense-android/
File mask guides/*
Monolingual base language file guides/en-US
Translation file Download guides/it-IT
Last change Nov. 16, 2024, 2:02 a.m.
Last change made by None
Language Italian
Language code it
Text direction Left to right
Number of speakers 69,298,348
Number of plurals 2
Plural type One/other
Plurals Singular 1
Plural 0, 2, 3, 4, 5, 6, 7, 8, 9, 10, …
Plural formula n != 1
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String statistics

Strings percent Hosted strings Words percent Hosted words Characters percent Hosted characters
Total 48 38,292 221,073
Translated 2% 1 1% 161 1% 872
Needs editing 2% 1 4% 1,880 4% 10,981
Read-only 0% 0 0% 0 0% 0
Failing checks 2% 1 4% 1,880 4% 10,981
Strings with suggestions 0% 0 0% 0 0% 0
Untranslated strings 95% 46 94% 36,251 94% 209,220
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38,292
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48
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2%
Translated
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Contributors
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Marked for edit
This chapter covers how to craft essential items in a survival situation.

## Be prepared

### Gear

**Necessities**:
- Knife or multi-tool
- Cordage (paracord)

**Optional**:
- Axe
- Saw
- Metal container with a lid

### Knowledge and skills

Start by learning how to do the following:
- Tie several types of knots.

Once you have mastered these skills, you should learn how to do the following:
- Use wood to make tools, containers, and other items.
- Make cordage, charcoal, and pitch.
- Sharpen tools and knives.
- Construct various crafted items (as covered in this chapter).

## Woodworking

### Cutting wood
In the majority of cases, use fallen wood. If you need to trim the wood to a specific size, break it by hand or foot. To break a larger piece of wood, you can insert it between two live trees at the point you want to break it and push it to the side until it snaps.

A saw or axe can also be used to cut wood. Be sure to cut away from your body and use proper technique.

### Stop cuts
Stop cuts are used to prevent wood from splitting when you are cutting it. To make a stop cut, make a small cut perpendicular to the grain of the wood where you want to stop the cut. This cut should be about 1/3 of the way through the wood. You can baton the knife to form a stop cut.

### Batoning wood
Batoning is the process of using a knife to split wood. To baton wood, place the knife on the wood where you want to split it and hit the back of the knife with a piece of wood. Be sure to use a knife with a full tang and a fixed blade.

## Sharpening
If you find a smooth rock, you can use it to sharpen your knife or axe. Preferably the rock will be small enough to hold in your hand. To sharpen your tool, rub the rock in a circular motion along the edge of the blade. Be sure to match the angle of the blade when sharpening.

## Knives

### Bone knife

**Resources**
- Large bone
- Rock with a coarse surface

**Instructions**
1. Break off a large shard of the bone. You can do this by hitting the bone with a rock. You may want to use a sharp rock to make a groove in the bone that is the shape you want the knife to be prior to breaking it.
2. Grind an edge onto the shard using a rock with a coarse surface.

### Stone knife

**Resources**
- Flint, chert, or obsidian
- A second rock

**Instructions**

Break off a shard of the flint/chert/obsidian by hitting the edge with another rock using a glancing blow. This shard will likely have a sharp edge, if it does not, break off another shard and try again.

## Compasses

**Resources**
- Needle
- Knife
- Leaf or bottle cap
- Water

**Instructions**
1. Magnetize the needle by stroking it with the knife in one direction (to avoid dulling the blade, use the back of the knife). Stroke at least 50 times.
2. Place the needle on the leaf/cap and float it in water. The needle will slowly align to the north-south axis. Ensure there are no currents or wind that could affect the needle.

## Fishhooks
- **Wooden hooks**: Cut a piece of hardwood, put a notch in one end and secure a sharp object into the notch using cordage.
- **Gorge hooks**: Carve a piece of wood or bone into the shape shown in the picture below. Tie a line to the middle of the hook and place into bait. When the fish swallows the bait, the hook will lodge in its throat - you do not need to pull the line to set the hook.
- **Other hooks**: You can use metal wire or thorns as hooks. See the picture below.

![](file:///android_asset/survival_guide/47.webp)

## Tongs

**Resources**
- Green wood

**Instructions**
1. Cut a length of green wood.
2. Split the wood down the middle to create a flat surface.
3. Optionally, carve a small notch in the center of the stick to allow it to bend more easily.
4. Bend the wood in half to create tongs.

## Bowls
Bowls can be used for cooking, eating, and storing food.

**Resources**
- A small log (not decayed)
- Hot coals

**Instructions**
1. Cut or obtain a small log.
2. Using makeshift tongs, place hot coals into the log.
3. Let the coals burn out.
4. Scrape out the charred wood with a stick or rock.
5. Repeat the process until you have a bowl.

## Charcoal
Charcoal is made by burning wood in a low-oxygen environment. It can be used for filtering water, making pitch, medicine, and as fuel for fires. You can grind charcoal into powder by placing it in a container and crushing it with a stick or rock.

### Container method

**Resources**
- Wood
- Metal container with a lid

**Instructions**
1. Fill a metal container with wood.
2. Cover the container with a lid, ensuring there is a small gap or hole in the lid.
3. Place the container on a fire, smoke will come out of the hole.
4. When the smoke stops, remove the container from the fire and let it cool. For best results, flip the container upside down or cover the hole.

### Extinguishing method

**Resources**
- Wood
- Water or dirt

**Instructions**
1. Burn a fire down to coals.
2. Douse the fire with water or dirt to quickly extinguish it.
3. Wait for the coals to cool, there should be some charcoal among the ashes.

## Pitch (glue)
Pitch is a natural glue made from tree resin. It can be used to repair tools, make waterproof containers, and as a fire starter.

**Resources**
- 2 parts tree resin (pine, spruce, or fir), preferably hardened chunks
- 1 part ground charcoal
- 1 part ground organic material (dried bark/leaves, sawdust, deer/moose droppings, animal fat, or wax)
- Container or a rock with a depression
- Stick or bone for stirring

**Instructions**
1. Melt the resin in a container over a fire. Be careful not to burn it.
2. Remove from heat.
3. Stir in the charcoal and organic material.
4. You can either let it cool in the container or continue to step 5.
5. Dip the end of a stick into the pitch to coat it.
6. Remove the stick and let the pitch cool, ensuring it forms an even coat.
7. Repeat steps 5 and 6 until you have a thick layer of pitch on the stick, it should look like a large matchstick.

**Usage**
1. Melt the pitch in a container over a fire.
2. Apply the pitch to the object you want to repair, as you would with glue.
3. Let the pitch cool and harden.

## Cordage

### Twine
Twine is made by twisting fibers together. It is weaker than rope but can be used for sewing, fishing line, or light-duty cordage.

**Resources**

Any fibrous material can be used to make cordage. Some examples include:
- Grasses and sedges (sedges are stronger)
- Bark or palm fiber

**Instructions**
1. Gather the fibers into a loose bundle.
2. Hold the bundle near the center and twist one side clockwise until a kink forms.
3. Fold the bundle in half at the kink.
4. Twist the top half clockwise.
5. Twist the two halves together counterclockwise.
6. Repeat the process until you have a full strand. If a material is running out, add more material to it and twist it in.

![](file:///android_asset/survival_guide/139.webp)

### Rope
Rope is made by braiding multiple strands of twine together. It is stronger than twine and can be used for heavier tasks.

**Resources**
- 3 or more strands of twine
- A small strand, tape, or pitch

**Instructions**
1. Lay the strands parallel to each other.
2. Cross the right strand over the center strand and under the left strand.
3. Repeat the process with the new rightmost strand.
4. Once you reach the ends, you can whip the ends or coat them with pitch to prevent unraveling. See the knots section for more information on whipping.
5. You can repeat this process using ropes instead of twine to make even stronger rope.

![](file:///android_asset/survival_guide/140.webp)

## Knots

### Overhand knot
Used to prevent the end of a rope from untwisting.

![](file:///android_asset/survival_guide/120.webp)

### Round turn and two half hitches
Used to anchor rope to a pole or tree.

![](file:///android_asset/survival_guide/121.webp)

### Figure-eight knot
Used to form a larger knot than would be formed by an overhand knot at the end of a rope.

![](file:///android_asset/survival_guide/122.webp)

### Square knot
Used for tying two ropes of equal diameter together. Be sure to tie a true square knot to prevent slipping, if you reverse the procedure, the knot will slip under strain.

Untie by grasping the bends of the two bights and pulling the knot apart.

![](file:///android_asset/survival_guide/123.webp)

### Single sheet bend
Used for tying two ropes of unequal diameter together. This knot will draw tight under light loads but may loosen or slip when the tension is released.

![](file:///android_asset/survival_guide/124.webp)

### Double sheet bend
Used for tying two ropes of unequal diameter together. This knot will not slip or draw tight under heavy loads.

![](file:///android_asset/survival_guide/125.webp)

### Bowline
Useful for forming a loop in the end of a rope.

![](file:///android_asset/survival_guide/126.webp)

### Bowline on a bight
Useful for forming a loop at some point in a rope other than at the end.

![](file:///android_asset/survival_guide/127.webp)

### French bowline
Used as a sling for lifting people. If used in this manner, one loop is used around the body under the arms.

![](file:///android_asset/survival_guide/128.webp)

### Two half hitches
Used to tie a rope to a timber or pole. The single half hitch is not very secure without load, so use an overhand or the two half hitches instead.

![](file:///android_asset/survival_guide/130.webp)

### Timber hitch
Used for moving heavy timbers or poles. You can make a tighter hold on heavy poles for lifting or dragging by combining a timber hitch and half hitch.

![](file:///android_asset/survival_guide/131.webp)

![](file:///android_asset/survival_guide/132.webp)

### Clove hitch
Used to fasten a rope to a timber, pipe, or post. It can be tied at any point in a rope.

![](file:///android_asset/survival_guide/133.webp)

### Sheepshank
Used to shorten a rope or take the load off a weak spot in the rope.

![](file:///android_asset/survival_guide/134.webp)

### Prussic
Used to tie a short rope around a longer rope in such a manner that the short rope will slide on the other rope if no tension is applied, and will hold if tension is applied on the short rope.

![](file:///android_asset/survival_guide/135.webp)

### Trucker's hitch
Used to secure a load or tighten a line.

![](file:///android_asset/survival_guide/truckers_hitch.webp)

### Square lashing
Used to secure one pole at a right angle to another pole. Can swap with the diagonal lashing if desired.

![](file:///android_asset/survival_guide/136.webp)

### Diagonal lashing
Used to secure one pole at a right angle to another pole. Can swap with the square lashing if desired.

![](file:///android_asset/survival_guide/137.webp)

### Shear lashing
Used for lashing two or more poles in a series.

![](file:///android_asset/survival_guide/138.webp)

### Whipping
Used to prevent the end of a rope from fraying or for making a more comfortable handle on a tool.

![](file:///android_asset/survival_guide/143.webp)
Questo capitolo tratta di come creare oggetti essenziali in una situazione di sopravvivenza.

## Essere preparati

### Attrezzatura

**Necessaria**:
- Coltello o multiutensile
- Corda (paracord)

**Facoltativa
- Ascia
- Sega
- Contenitore metallico con coperchio

### Conoscenze e competenze

Inizia imparando a fare quanto segue:
- Fare diversi tipi di nodi.

Una volta acquisita la padronanza di questa abilità, dovresti imparare a fare le seguenti cose
- Usare il legno per costruire strumenti, contenitori e altri oggetti.
- Preparare corde, carbone e pece.
- Affilare attrezzi e coltelli.
- Costruire vari oggetti artigianali (come descritto in questo capitolo).

## Lavorazione del legno

### Tagliare il legno
Nella maggior parte dei casi, utilizza legno a terra. Se è necessario tagliare il legno a una dimensione specifica, rompilo con le mani o coi piedi. Per rompere un pezzo di legno più grande, puoi inserirlo tra due alberi vivi nel punto in cui vuoi romperlo e spingerlo di lato finché non si spezza.

Per tagliare il legno si può usare anche una sega o un'ascia. Assicurati di tagliare lontano dal corpo e di usare una tecnica corretta.

### Controtaglio
I controtagli servono per evitare che il legno si spacchi durante il taglio. Per eseguire un controtaglio, pratica un piccolo taglio perpendicolare alla venatura del legno nel punto in cui si desidera finire il taglio. Questo taglio dovrebbe essere a circa 1/3 della lunghezza del legno. È possibile eseguire un controtaglio con il coltello.
### Spaccatura con bastone
La spaccatura con bastone è il processo di utilizzo di un coltello per spaccare il legno. Per spaccare il legno, posizionare il coltello sul legno dove si vuole spaccare e colpire il retro del coltello con un pezzo di legno. Assicuratevi di utilizzare un coltello a codolo pieno e a lama fissa.
## Affilatura
Se trovi una pietra liscia, puoi usarla per affilare il tuo coltello o la tua ascia. Preferibilmente la pietra dovrebbe essere abbastanza piccola da poter essere tenuta in mano. Per affilare il tuo attrezzo, strofina la pietra con un movimento circolare lungo il bordo della lama. Assicurati di mantenere sempre uguale l'angolazione della lama durante l'affilatura.
## Coltelli

### Coltello d'osso

**Materiali necessari**
- Osso grande
- Pietra con superficie ruvida

**Istruzioni**
1. Spacca un grosso frammento dall'osso. Per farlo, è sufficiente colpire l'osso con un sasso. Con un sasso appuntito si può creare un solco nell'osso della forma desiderata dal coltello prima di spaccarlo.
2. Affila un bordo del frammento con una pietra dalla superficie ruvida.

### Coltello di pietra

**Materiali necessari**
- Selce, quarzo o ossidiana
- Una seconda pietra

**Istruzioni**

Rompi un frammento di selce/quarzo/ossidiana colpendo il bordo con un'altra pietra con un colpo secco. Questo frammento avrà probabilmente un bordo affilato; se così non fosse, rompi un altro frammento e riprova.
## Bussole

**Materiali necessari**
- Ago
- Coltello
- Foglia o tappo di bottiglia
- Acqua

**Istruzioni**
1. Magnetizza l'ago strofinandolo con il coltello in un'unica direzione (per non rovinare l'affilatura della lama, utilizza il retro del coltello). Strofina almeno 50 volte.
2. Posiziona l'ago sulla foglia/tappo e fallo galleggiare nell'acqua. L'ago si allineerà lentamente all'asse nord-sud. Assicurati che non vi siano correnti o vento che possano spostare l'ago.
## Ami da pesca
- **Ami di legno**: Taglia un pezzo di legno duro, fai un intaglio a un'estremità e fissa un oggetto appuntito nell'intaglio usando una corda.
- **Ami da gola**: Intaglia un pezzo di legno o di osso nella forma mostrata nell'immagine sottostante. Lega un filo al centro dell'amo e inserirlo nell'esca. Quando il pesce inghiotte l'esca, l'amo si conficca nella sua gola: non è necessario tirare la lenza per far infilzare l'amo.
- **Altri ami**: Come ami si possono utilizzare fili metallici o spine. Vedi l'immagine qui di seguito.

![](file:///android_asset/survival_guide/47.webp)

## Tongs

**Materiali necessari**
- Legno verde

**Istruzioni**
1. Taglia un pezzo di legno verde.
2. Spacca il legno lungo al metà per creare una superficie liscia.
3. A tua scelta, incidi un piccolo intaglio al centro del bastone per consentirgli di piegarsi più facilmente.
4. Piega il legno a metà per creare delle pinze.

## Ciotole
Le ciotole possono essere utilizzate per cucinare, mangiare e conservare gli alimenti.

**Materiali necessari**
- Un piccolo tronco (non caduto)
- Carboni ardenti

**Istruzioni**
1. Taglia o procurati un piccolo tronco
2. Con una pinza di fortuna, inserisci i carboni ardenti nel tronco.
3. Lascia che i carboni si spengano.
4. Raschia il legno carbonizzato con un bastone o una pietra.
5. Ripeti l'operazione fino a ottenere una ciotola.

## Carbone
Il carbone di legna si ottiene bruciando il legno in un ambiente con scarso ossigeno. Può essere usato per filtrare l'acqua, per fare la pece, per le medicine e come combustibile per il fuoco. Il carbone di legna può essere ridotto in polvere mettendolo in un contenitore e schiacciandolo con un bastone o una pietra.

### Container method

**Materiali necessari**
- Wood
- Metal container with a lid

**Istruzioni**
1. Fill a metal container with wood.
2. Cover the container with a lid, ensuring there is a small gap or hole in the lid.
3. Place the container on a fire, smoke will come out of the hole.
4. When the smoke stops, remove the container from the fire and let it cool. For best results, flip the container upside down or cover the hole.

### Extinguishing method

**Materiali necessari**
- Wood
- Water or dirt

**Istruzioni**
1. Burn a fire down to coals.
2. Douse the fire with water or dirt to quickly extinguish it.
3. Wait for the coals to cool, there should be some charcoal among the ashes.

## Pitch (glue)
Pitch is a natural glue made from tree resin. It can be used to repair tools, make waterproof containers, and as a fire starter.

**Materiali necessari**
- 2 parts tree resin (pine, spruce, or fir), preferably hardened chunks
- 1 part ground charcoal
- 1 part ground organic material (dried bark/leaves, sawdust, deer/moose droppings, animal fat, or wax)
- Container or a rock with a depression
- Stick or bone for stirring

**Istruzioni**
1. Melt the resin in a container over a fire. Be careful not to burn it.
2. Remove from heat.
3. Stir in the charcoal and organic material.
4. You can either let it cool in the container or continue to step 5.
5. Dip the end of a stick into the pitch to coat it.
6. Remove the stick and let the pitch cool, ensuring it forms an even coat.
7. Repeat steps 5 and 6 until you have a thick layer of pitch on the stick, it should look like a large matchstick.

**Usage**
1. Melt the pitch in a container over a fire.
2. Apply the pitch to the object you want to repair, as you would with glue.
3. Let the pitch cool and harden.

## Cordage

### Twine
Twine is made by twisting fibers together. It is weaker than rope but can be used for sewing, fishing line, or light-duty cordage.

**Materiali necessari**

Any fibrous material can be used to make cordage. Some examples include:
- Grasses and sedges (sedges are stronger)
- Bark or palm fiber

**Istruzioni**
1. Gather the fibers into a loose bundle.
2. Hold the bundle near the center and twist one side clockwise until a kink forms.
3. Fold the bundle in half at the kink.
4. Twist the top half clockwise.
5. Twist the two halves together counterclockwise.
6. Repeat the process until you have a full strand. If a material is running out, add more material to it and twist it in.

![](file:///android_asset/survival_guide/139.webp)

### Rope
Rope is made by braiding multiple strands of twine together. It is stronger than twine and can be used for heavier tasks.

**Materiali necessari**
- 3 or more strands of twine
- A small strand, tape, or pitch

**Istruzioni**
1. Lay the strands parallel to each other.
2. Cross the right strand over the center strand and under the left strand.
3. Repeat the process with the new rightmost strand.
4. Once you reach the ends, you can whip the ends or coat them with pitch to prevent unraveling. See the knots section for more information on whipping.
5. You can repeat this process using ropes instead of twine to make even stronger rope.

![](file:///android_asset/survival_guide/140.webp)

## Knots

### Overhand knot
Used to prevent the end of a rope from untwisting.

![](file:///android_asset/survival_guide/120.webp)

### Round turn and two half hitches
Used to anchor rope to a pole or tree.

![](file:///android_asset/survival_guide/121.webp)

### Figure-eight knot
Used to form a larger knot than would be formed by an overhand knot at the end of a rope.

![](file:///android_asset/survival_guide/122.webp)

### Square knot
Used for tying two ropes of equal diameter together. Be sure to tie a true square knot to prevent slipping, if you reverse the procedure, the knot will slip under strain.

Untie by grasping the bends of the two bights and pulling the knot apart.

![](file:///android_asset/survival_guide/123.webp)

### Single sheet bend
Used for tying two ropes of unequal diameter together. This knot will draw tight under light loads but may loosen or slip when the tension is released.

![](file:///android_asset/survival_guide/124.webp)

### Double sheet bend
Used for tying two ropes of unequal diameter together. This knot will not slip or draw tight under heavy loads.

![](file:///android_asset/survival_guide/125.webp)

### Bowline
Useful for forming a loop in the end of a rope.

![](file:///android_asset/survival_guide/126.webp)

### Bowline on a bight
Useful for forming a loop at some point in a rope other than at the end.

![](file:///android_asset/survival_guide/127.webp)

### French bowline
Used as a sling for lifting people. If used in this manner, one loop is used around the body under the arms.

![](file:///android_asset/survival_guide/128.webp)

### Two half hitches
Used to tie a rope to a timber or pole. The single half hitch is not very secure without load, so use an overhand or the two half hitches instead.

![](file:///android_asset/survival_guide/130.webp)

### Timber hitch
Used for moving heavy timbers or poles. You can make a tighter hold on heavy poles for lifting or dragging by combining a timber hitch and half hitch.

![](file:///android_asset/survival_guide/131.webp)

![](file:///android_asset/survival_guide/132.webp)

### Clove hitch
Used to fasten a rope to a timber, pipe, or post. It can be tied at any point in a rope.

![](file:///android_asset/survival_guide/133.webp)

### Sheepshank
Used to shorten a rope or take the load off a weak spot in the rope.

![](file:///android_asset/survival_guide/134.webp)

### Prussic
Used to tie a short rope around a longer rope in such a manner that the short rope will slide on the other rope if no tension is applied, and will hold if tension is applied on the short rope.

![](file:///android_asset/survival_guide/135.webp)

### Trucker's hitch
Used to secure a load or tighten a line.

![](file:///android_asset/survival_guide/truckers_hitch.webp)

### Square lashing
Used to secure one pole at a right angle to another pole. Can swap with the diagonal lashing if desired.

![](file:///android_asset/survival_guide/136.webp)

### Diagonal lashing
Used to secure one pole at a right angle to another pole. Can swap with the square lashing if desired.

![](file:///android_asset/survival_guide/137.webp)

### Shear lashing
Used for lashing two or more poles in a series.

![](file:///android_asset/survival_guide/138.webp)

### Whipping
Used to prevent the end of a rope from fraying or for making a more comfortable handle on a tool.

![](file:///android_asset/survival_guide/143.webp)
yesterday
User avatar None

Changes committed
Changes committed 3 days ago
User avatar ThomasDC84

Translation added
The Clock tool can be used to determine the current time using the GPS satellites.

## Viewing GPS time
When you first open the Clock tool, it shows your device's set time. Once you get a GPS fix, the clock automatically updates to show precise GPS time. To refresh the GPS time, tap the refresh icon in the top-left.

## Syncing Your Clock
To sync your device’s clock with GPS time:

1. Tap 'Update system time'.
2. Note the time shown in the pop-up.
3. Tap 'OK' to open your device's time settings.
4. Enter the noted time and wait for the sync notification before saving.
5. Save the time update when the notification arrives.
6. Your system time is now synced with GPS time.

## Digital clock
If you prefer a digital clock, you can switch to it by turning off the 'Analog clock' setting in the Clock tool's settings. This will show a large digital clock on the screen.
Lo strumento Orologio può essere utilizzato per determinare l'ora corrente utilizzando i satelliti GPS.

## Visualizzazione dell'ora GPS
Quando si apre per la prima volta lo strumento Orologio, viene visualizzata l'ora impostata del dispositivo. Una volta ottenuto un fix GPS, l'orologio si aggiorna automaticamente per mostrare l'ora GPS esatta. Per aggiornare l'ora GPS, toccare l'icona di aggiornamento in alto a sinistra.

## Sincronizzazione dell'orologio
Per sincronizzare l'orologio del dispositivo con l'ora del GPS:

1. Tocca 'Aggiorna orario di sistema'
2. Annota l'ora visualizzata nel pop-up.
3. Toccare "OK" per aprire le impostazioni dell'ora del dispositivo.
4. Inserisci l'ora annotata e attendi la notifica di sincronizzazione prima di salvare.
5. Salva l'aggiornamento dell'ora appena appare la notifica.
6. L'ora del sistema è ora sincronizzata con l'ora del GPS.

## Orologio digitale
Se si preferisce un orologio digitale, è possibile passare ad esso disattivando l'impostazione "Orologio analogico" nelle impostazioni dello strumento Orologio. In questo modo sullo schermo apparirà un grande orologio digitale.
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Trail Sense is composed of a number of tools that are designed for hiking, backpacking, camping, and geocaching.

## Bottom navigation
The Navigation, Weather (if available), and Astronomy tools are available in the bottom navigation bar by default. These tools are also available in the tool list.

You can change which tools (up to 7) appear in the bottom navigation in Settings > Tools > 'Bottom navigation slot'.

All other tools can be found in the Tools bottom navigation item on the far right.

## Tool list
The tool list can be accessed by tapping the Tools item in the bottom navigation bar. This will show a list of all tools available in Trail Sense.

Clicking on a tool will open it.

You can also long-press on a tool to see more options:
- **About**: Provides more details about what the tool does.
- **Pin/unpin**: Allows you to pin the tool to the top of the list.
- **User guide**: Opens the user guide for the tool.
- **Settings**: Opens the settings for the tool.
- **Experimental**: This will show tools that are still in development. These tools may not be fully functional. You can enable experimental tools in Settings > Experimental.

## Pinned tools
You can pin tools to the top of the tool list by long-pressing on a tool and selecting 'Pin'. This will make the tool appear at the top of the tool list. You can unpin a tool by long-pressing on it and selecting 'Unpin'.

You can also pin/unpin tools in bulk by tapping the edit icon to the right of the pinned tools header.

## Sorting tools
You can change the order of the tools by clicking the sort icon to the right of the tools header. This will allow you to sort by:
- **Name**: Sorts alphabetically by tool name.
- **Category**: Groups tools by category and sorts alphabetically within each category.

## Search
You can search for a specific tool using the search bar at the top of the tool list.

## User guide
A user guide is available for each tool. You can access the user guide by long-pressing on a tool and selecting 'User Guide'. You can also access the user guide by opening the 'User Guide' tool in the tool list.

## Settings
You can access the app settings by tapping the settings icon in the top right corner of the tool list. You can also access the settings by opening the 'Settings' tool in the tool list.

## Quick actions
You can enable quick actions at the top of the tool list in 'Settings > Tools > Quick actions'.

The quick actions can also be accessed by long pressing the bottom navigation. In addition to the quick actions you selected, you will also see contextual quick actions for the active tool, such as the user guide or settings.

You can find more information about each quick action by viewing the user guide for its respective tool. All quick actions that begin with 'Tool:' will open the tool when clicked.
 
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## Units
The units can be adjusted in Settings > Units. By default, the units are set based on your device's language settings.

- **Distance**: The unit to display distance measurements.
- **Pressure**: The unit to display barometric pressure measurements.
- **Temperature**: The unit to display temperature measurements.
- **Weight**: The unit to display weight measurements.
- **Coordinate format**: The format to display geographic coordinates.
- **Location share map**: The link to use when sharing a location.
- **Use 24-hour format**: Whether to use a 24-hour clock.
- **Add leading zero to time**: Whether to add a leading zero to the time (for example, 01:00 instead of 1:00).

## Sensors > Compass
Compass settings can be found in Trail Sense Settings > Sensors > Compass. Some devices may not have a compass sensor, but you will still be able to set declination.

### Azimuth
The current compass direction (azimuth) is displayed at the top of the compass settings. As you change settings, it will update to show the new direction.

### Calibrate
The reported accuracy of the compass is shown. If it is low, you can click this option to view instructions on how to calibrate.

### Source
- **Magnetometer + Gyro**: This is the default source and should work on most devices. It uses the magnetometer and gyroscope sensors to determine the direction. When the gyroscope is added in, the reading is typically less noisy. This source is provided by your phone's manufacturer.
- **Magnetometer**: This source only uses the magnetometer sensor to determine the direction. This source is provided by your phone's manufacturer.
- **Magnetometer + Gyro (Custom)**: This source is similar to the Magnetometer + Gyro source, but the calculations are done by Trail Sense. If the Magnetometer + Gyro source is not working correctly, try this source.
- **Legacy (Trail Sense)**: This source is similar to the Magnetometer source, but the calculations are done by Trail Sense. If the Magnetometer source is not working correctly, try this source.
- **Legacy (Android)**: This source is provided by Android and is not recommended to use. It is only included for compatibility with older devices, but could potentially work well on some devices.

### Smoothing
To reduce noise in compass readings, you can increase the smoothing setting. If using a source that has a gyroscope, a value of 1 is recommended. Otherwise, experiment with increasing this value until the compass appears to be working correctly when you rotate your phone. However, if you increase the smoothing too much, Trail Sense may ignore real compass changes.

### True north
To display true north instead of magnetic north, enable the "True north" setting. This will adjust the compass reading to account for magnetic declination, and it will match most maps.

### Magnetic declination
Magnetic declination is the difference between magnetic north and true north. You should ensure this is correct regardless of whether you are using true north or magnetic north.

### Auto adjust declination
Enabling the "Auto adjust declination" setting will automatically adjust the declination based on your location.

### Declination override
If you would prefer to manually set the declination, you can disable the "Auto adjust declination" setting and use the "Declination override" setting to set the declination. You can find the declination for your location on most maps or online. You can also click the "Set override from GPS" option to set the declination based on your current location (only sets it once).

## Sensors > GPS
GPS settings can be found in Trail Sense Settings > Sensors > GPS. If your phone supports it, multiple GNSS systems will be used (such as GPS, GLONASS, Galileo, and BeiDou).

### Location Source
You can choose to mock your location by disabling the "Auto adjust location" setting. This will enable the "Location override" setting where you can manually set your location.

When "Auto adjust location" is enabled, the location will be determined by your device's GPS.

### Require satellite fix
To get a more accurate location, Trail Sense requires at least 4 satellites to have a fix. If you are having trouble getting a location, you can disable this setting to allow for a location with fewer satellites (or if your phone does not support satellite counts).

### Cache
Trail Sense automatically caches your last location to quickly load details in certain tools. You can clear this cache temporarily using the "Clear cache" option in the GPS settings.

## Sensors > Altimeter
The altimeter is used to measure altitude. To adjust altimeter settings, go to Trail Sense Settings > Sensors > Altimeter.

### Elevation
The current elevation is displayed at the top of the altimeter settings. As you change settings, it will update to show the new elevation.

### Source
- **GPS + Barometer**: This is the default source and should work on most devices with a barometer. It combines the GPS and barometer to determine the altitude.
- **GPS**: This source only uses the GPS to determine the altitude. It is less accurate than the GPS + Barometer source.
- **Barometer**: This source only uses the barometer to determine the altitude. It is more accurate than the GPS source, but may drift over time and you will need to calibrate it before use.
- **Manual**: This source allows you to manually set the altitude. This is useful if you know the altitude of your location and it will not change.

### GPS + Barometer settings
- **Force calibration interval**: You can choose to force the altimeter to recalibrate using the GPS every so often. This is useful to compensate for drift in the barometer, which may be due to changes in weather or location.
- **Continuous calibration**: You can choose to continuously calibrate the altimeter using the GPS. This is useful if you are moving around a lot and want the most accurate altitude reading. When this is enabled, it prefers the barometer reading, but will slightly adjust it based on the GPS reading.
- **Reset calibration**: You can choose to reset the calibration of the altimeter. This is useful if you are in a new location and want to recalibrate the barometer.

### GPS settings
- **Samples**: The number of GPS samples to use when determining the altitude. A higher number will give a more accurate reading, but will take longer to calculate.
- **NMEA elevation correction**: The elevation provided by the GPS needs to be corrected to match the actual elevation. If this setting is enabled, it will use the correction factor provided by the GPS. If it is disabled, it will use the correction factor provided by Trail Sense, which may be more accurate.

### Barometer / manual settings
- **Elevation override**: If you are using the barometer or manual source, you can set the elevation manually. This is useful if you know the elevation of your location. If using the barometer source, this setting is used to calibrate the barometer and will change as you move.
- **Set override from GPS**: You can choose to set the elevation override using the GPS if you don't know your current elevation (only sets it once).
- **Set override from barometer**: If you know the current sea level pressure for your location, you can set the elevation override using the barometer (only sets it once). Only available on devices with a barometer.

## Sensors > Barometer
The barometer is used to measure air pressure. It can be used to predict the weather or determine your altitude. To adjust barometer settings, go to Trail Sense Settings > Sensors > Barometer.

If you have the Weather Monitor (see the Weather tool) enabled, you will see a chart of the barometric pressure history as recorded by your device. The colored line represents the calibrated pressure while the gray line represents the raw pressure. When you adjust the settings, the chart will update to show the new calibrated pressure. The goal is to have the colored line smoothly follow the gray line.

### Sea level pressure
Barometric pressure changes with altitude, which makes it difficult to compare pressure readings from different locations. To make pressure readings more consistent, enable the "Sea level pressure" setting. This will adjust the pressure reading to what it would be at sea level. Using this setting will increase the accuracy of weather predictions.

### Smoothing
To reduce noise in pressure readings, increase the smoothing setting. A value of around 15% is recommended. However, if you increase the smoothing too much, Trail Sense may ignore real pressure changes.

### Factor in temperature
To get a more accurate pressure reading, you can factor in the temperature. This will make the reading more prone to noise from your phone's thermometer, but it will also give you a more accurate reading of the actual air pressure.

### Barometer offset
To calibrate the barometer, you can adjust the barometer offset. After tapping on the 'Barometer offset' setting, enter the current pressure as reported by a reliable source (must match your "sea level pressure" setting - most weather websites report sea level pressure). This will adjust the current pressure to match the reported pressure. Note, if you are using sea level pressure the calibration accuracy will vary with the GPS accuracy.

You can click 'Reset calibration' to reset the calibration of the barometer. This will remove any offset that was previously set.

## Sensors > Thermometer
Thermometer settings can be found in Trail Sense Settings > Sensors > Thermometer.

### Source
On most phones, you should use the historic temperature source as it will be more accurate.

- **Historic** temperature is estimated from 30 years of historical data. It's usually accurate, but not during extreme weather. You can calibrate it if it's wrong for your location.
- **Sensor** temperature is read from the phone's built-in thermometer. It's often inaccurate because it's affected by the phone's CPU and battery. You can calibrate it to improve its accuracy. If you power off your phone for a while, you will get a more accurate reading from the sensor.

### Smoothing
To reduce noise in temperature readings, you can increase the smoothing setting. If using the historic temperature source, this is normally not needed.

If the Weather Monitor (see the Weather tool) is enabled, you will see a chart of the temperature history as recorded by your device. The colored line represents the calibrated temperature while the gray line represents the raw temperature. When you adjust the settings, the chart will update to show the new calibrated temperature. The goal is to have the colored line smoothly follow the gray line.

#### Updating recorded temperatures

If you change the temperature source to "Historic", you can choose to update all previously recorded temperatures. This will replace the old temperatures with the estimated temperature from the historic data. This is useful if you previously recorded temperatures with the sensor and then switched to historic temperatures.

### Calibrating

1. Reset the thermometer calibration in Trail Sense.
2. Put your phone in a cold place for 10 minutes.
3. Note the temperature shown in Trail Sense as the minimum phone temperature.
4. Note the actual temperature of the cold place using an actual thermometer.
5. Put your phone in a warm place for 10 minutes.
6. Note the temperature shown in Trail Sense as the maximum phone temperature.
7. Note the actual temperature of the warm place using an actual thermometer.
8. Go to the Thermometer sensor settings in Trail Sense and enter the minimum and maximum temperatures you recorded, along with the actual temperatures you recorded.

**Caution:** Refer to your phone's manual to identify the designed operating temperatures, do not exceed these when performing calibration.

## Sensors > Camera
Camera settings can be found in Trail Sense Settings > Sensors > Camera.

### Augmented reality projection
The projection method determines how points get displayed onto the camera view. If you are experiencing issues with the points not aligning with the real world, try changing the projection method.

- **Estimated Intrinsics**: This is the default method and should work on most devices. It uses the camera's properties to estimate the projection.
- **Manual Intrinsics**: This is similar to the estimated intrinsics method, except that the calculations are done by the manufacturer. On some devices this does not work correctly.
- **Perspective**: This is a simple projection method that factors in the distance of the point from the camera. It is similar to intrinsics, but may be less accurate in some cases.
- **Linear**: This is the simplest projection method (also the fastest). It does not factor in distances.

## Sensors > Cell signal
Cell signal settings can be found in Trail Sense Settings > Sensors > Cell signal.

### Refresh signal cache
Your phone reports the current cell signal strength, but it may be outdated. You can choose to forcefully refresh the cell signal cache to get the current signal strength. This feature is only used by the Paths tool (Backtrack) when Settings > Paths > Record cell signal is enabled.

## Privacy
Privacy settings can be adjusted in Settings > Privacy.

- **Location**: Clicking this will take you to the GPS settings, where you can choose to use a mocked location.
- **Prevent screenshots**: Prevents screenshots from being taken while the app is open.

**Note**: Trail Sense does not use the Internet and all data is stored locally on your device.

## Errors
Some tools such as Navigation and Astronomy display error banners at the top of the screen. These banners can be disabled in Settings > Errors.

- **Compass unavailable**: The compass is not available on your device.
- **GPS unavailable**: The GPS is not available on your device.
- **Location not set**: The location is mocked but has not been set (uses 0, 0).
- **Compass accuracy**: The compass accuracy is low.
- **GPS timeouts**: The GPS has timed out and was unable to determine your location.

## Experimental
Experimental features can be enabled in Settings > Experimental. These features are not ready for general use and may not work as expected.

## Backup / restore
When switching to a new device or reinstalling the app, it may be helpful to backup your data and settings. This can be done in Settings > Backup / Restore.

- **Backup**: Creates a backup of your data and settings. This will save as a zip file which is unencrypted and contains location data, so only send it to people you trust.
- **Restore**: Restores a backup of your data and settings. This will permanently overwrite your current data and settings. You can restore from an older version of the app, but cannot restore from a newer version.

## Tools
Settings for each tool can be adjusted in the Settings > Tools section. For more information, see the guide for each tool.

## Theme
Theme related settings can be adjusted in Settings > Theme.

- **Theme**: The theme to use for the app.
- **Light**: A theme with a white background.
- **Dark**: A theme with a dark background.
- **Black**: A theme with a black background.
- **System**: A theme that follows the system settings.
- **System (black)**: A theme that follows the system settings with a black background when dark mode is enabled.
- **Sunrise/sunset**: A theme that changes between light and dark based on the time of day.
- **Night**: A theme with a black background and a red filter to help maintain night vision.
- **Dynamic colors**: Whether to use your device's dynamic colors in the app, if disabled or unavailable colors in Trail Sense will be a shade of orange.
- **Compass dynamic colors**: Whether to use your device's dynamic colors in the compass (cardinal directions and certain markers on maps).
- **Compact mode**: Whether to use a more compact layout for the bottom bar (thinner and does not display labels).

## About
You can find additional information about Trail Sense in Settings > About.

- **Version**: The version of the app you are using.
- **Privacy policy**: A link to the privacy policy.
- **Email developer**: A link to send an email to the developer for feedback or support.
- **GitHub**: A link to the GitHub repository (source code) for Trail Sense.
- **Licenses**: A list of open source licenses used in Trail Sense.

## Quick action
You can enable the Settings quick action in the settings for the tab where you want it to appear.

To use the quick action, tap the quick action button and settings page for the active tool will be opened. Long press the quick action to open the app settings.
 
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The Photo Maps tool can be used to convert a photo into a map. It's essential to always carry a physical map as a backup and validate Trail Sense's accuracy. Photo Maps complements other map apps and physical maps, serving as a convenient way to convert photos into maps rather than a replacement for them.

## Creating a map
To create a map, you have three options: take a photo of an existing map, import a file, or generate a blank map.

1. Tap the '+' button located in the bottom-right corner and select your preferred method for importing the map:
- **Camera**: Capture a picture of your map, ensuring the entire map is within the frame.
- **File**: Choose a file from your device (JPG, PNG, or PDF). If your PDF contains geospatial data, it will be used for automatic map calibration.
- **Blank**: Generate a blank map based on a specified location and map size. By default, it centers the map on your current location. The size is the distance from the center to the corner. No further calibration is required when using this option.
2. Enter a name for the map and click 'OK'.
3. Crop the photo to match the map's boundaries by dragging the crop box's corners to the map edges. You can click 'Preview' to visualize the cropped map. Note that changes to the crop cannot be made after clicking 'Next'.
4. Calibrate the map using two known locations:
- Input the real-world location in the provided field, such as a trail sign, trailhead, or point of interest.
- Tap on the map to select where the location is.
- Utilize 'Previous'/'Next' to switch between calibration points.
- Once you have two calibration points, click 'Preview' to preview the calibrated map, displaying nearby paths and beacons.
- You can recenter the map on your screen by clicking the recenter button in the top-right corner.
- Use pinch-to-zoom or the zoom buttons in the bottom-right to more accurately select locations.
- Calibration automatically aligns the map with North facing up, with the calculated rotation amount displayed under the map name at the top.
- At any point, you can save the calibration by clicking 'Next' + 'Done'.
5. Save the calibration by tapping 'Done'.

## Calibration tips

### Calibrating while hiking
- Point 1: Choose the trail sign where you photographed the map or the trailhead.
- Point 2: Select the first trail fork you encounter. If no trail fork is present, use a point of interest on the map, such as a lake, peak, or landmark.

### Calibrating from the map grid
If your map features gridlines:

1. Find the UTM zone number, which is a one or two-digit number followed by a letter (ex. "16T"). If it's not present on the map, estimate it by entering your approximate latitude and longitude in Trail Sense's Convert tool. For example, you can enter 10 for latitude and 45 for longitude.
2. Locate the Easting and Northing values on the map's borders. They are usually marked and can have 3 to 6 or 7 digits. Add three zeros if there are only 3 digits (e.g., 123 becomes 123000). Easting will be on the top or bottom, Northing will be on the left or right.
3. Look at the grid lines on the map to identify the grid zone where your location is. These lines represent the first digits of your location (e.g., 123000E and 234000N).
4. For increased precision, divide the grid into 10 equal sections vertically and horizontally. Determine which line your location is closest to within the grid. Use a ruler, like the one in Trail Sense, for accuracy. For example, if your location is two-tenths to the right and one-tenth up from the bottom-right corner of the grid, your new location will be 123200E and 234100N.
5. In Trail Sense, enter the UTM location and tap the same point on the photo map. For example, enter "16T 123200E 234100N".
6. Repeat for the second calibration point. For the best accuracy, use a point that is far away from the first point.

The intersections of gridlines are the easiest calibration points.

### Calibrating from an online source
If you have Internet access, you can look up the coordinates of a map feature (e.g., mountain summit, trailhead). Then in Trail Sense, tap the same location on the map and enter the coordinates.

### Finding a geospatial PDF
A good source for geospatial PDFs is [CalTopo](https://caltopo.com), though there are many other sources available online.

## Using a map
Once you've created a map, you can use it for navigation. The map displays your location, elevation, paths, and beacons.

You can drag to pan, pinch to zoom, or tap the zoom buttons in the bottom-right. To recenter the map on your screen, click the recenter button in the top-right. The map's scale is shown in the bottom-right.

Click the GPS button in the bottom-right to center the map on your location. Clicking it again will lock both your location and orientation, while a final click unlocks it. The compass icon in the top-right always points North.

By default, the map will align with North, roughly facing up so that the map is square with the screen. You can change this so the map is aligned with North facing up (rotated) by disabling Settings > Photo Maps > 'Keep map facing up'. Note: There's currently a bug where panning and zooming are a bit off when this setting is disabled.

### Using beacons and navigating
If you've created beacons, they will appear on the map.

When navigating to a beacon, the distance, direction, and estimated time of arrival (ETA) are displayed at the bottom. A line is drawn from your location to the beacon. To cancel navigation, click the 'X' button in the bottom-right.

You can initiate navigation from the map by tapping a beacon or long-pressing a map point and selecting 'Navigate'.

To create a beacon from the map, long-press a map point and choose 'Beacon.' This opens the 'Create Beacon' screen with the location filled in.

For further details on beacons, refer to the 'Beacons' guide.

### Using paths
If you've created paths, they will be visible on the map.

To create a path from the map, follow the instructions in the 'Measuring distance on a map' section below.

For further details on paths, refer to the 'Paths' guide.

## Measuring distance on a map
You can measure distances on a map by opening the map, clicking the menu button in the top-right, and selecting 'Measure' or 'Create path'. Tap the map to place markers, and the total distance will be displayed at the bottom. To undo the last marker, click the undo button in the bottom left. Cancel by clicking the 'X' button in the bottom-right. You can also convert the drawn path into a saved path by clicking the 'Create path' button at the bottom.

For a quick measurement from your location to a point, long-press that point on the map and click 'Distance'.

## Recalibrating a map
To recalibrate a map, open the map, click the menu button in the top-right, and choose 'Calibrate'. Follow the instructions above to recalibrate.

## Changing map projection
If your map points are not aligning correctly after calibrating (try calibrating again with different points first), consider changing the map projection. To do this, open the map, click the menu button in the top-right, and select 'Change projection'.

## Rename a map
To rename a map, click the menu button on the map row you wish to rename, then select 'Rename' and provide a new name. Alternatively, open the map, click the menu button in the top-right, and choose 'Rename'.

## Delete a map
To delete a map, click the menu button on the map row you want to remove, then select 'Delete'. Alternatively, open the map, click the menu button in the top-right, and choose 'Delete'.

## Export a map
To export a map, click the menu button on the map row you want to export, then select 'Export'. Alternatively, open the map, click the menu button in the top-right, and choose 'Export'. This action exports the map as a PDF, and if calibrated, it will convert it into a geospatial PDF.

## Print a map
To print a map, click the menu button on the map row you want to print, then select 'Print'. Alternatively, open the map, click the menu button in the top-right, and choose 'Print'. This opens the system print dialog, enabling you to print the map.

## Change the resolution of a map
To alter the resolution of a map, click the menu button on the map row you want to adjust, then select 'Change resolution'. A dialog will appear, allowing you to switch between low (lowest quality and smallest file size), medium (moderate quality and file size), and high (highest quality and largest file size) resolutions. Keep in mind that changing the resolution is a permanent action and cannot be undone.

By default, Trail Sense will automatically reduce the map resolution on import. To change this, disable Settings > Photo Maps > 'Reduce photo resolution' or 'Reduce PDF resolution'.

## Organizing maps
You can organize maps into groups. To create a group, click the '+' button in the bottom-right of the map list and select 'Group'. Give the group a name and click 'OK'. To add maps to the group, click on the group in the list and follow the map creation instructions. The map will be added to the chosen group.

To change the group of an existing map, click the menu button on the map row you want to move, select 'Move to', and choose the target group.

To rename a group, click the menu button on the group row you want to rename, then select 'Rename' and provide a new name.

You can delete a group (along with all maps within it) by clicking the menu button on the group row you wish to remove, then selecting 'Delete'.

## Searching for maps
To search through your created maps, use the search bar at the top of the map list. This search encompasses the current group and all subgroups. Additionally, you can sort maps by distance, time, or name by clicking the menu button in the top-right and selecting 'Sort'.

The preview of the map is displayed on the left side of the map row. You can disable this preview in Settings > Photo Maps > 'Show map previews'.

## Quick action
You can enable the Open Photo Map quick action in the settings for the tab where you want it to appear.

To use the quick action, tap the quick action button and the active map will be opened and locked to your location. If no map is active, the map list will be displayed. Long press the quick action to open the Photo Maps tool.
 
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