From 6d679931d0626b829ae820c14d153206a766e104 Mon Sep 17 00:00:00 2001 From: Guillaume GARDET Date: Wed, 7 Feb 2018 17:49:11 +0100 Subject: Documentation: update french translation of manuals --- Documentation/user-manual_fr.html.git | 259 ++++++++++++++++++++-------------- 1 file changed, 151 insertions(+), 108 deletions(-) (limited to 'Documentation/user-manual_fr.html.git') diff --git a/Documentation/user-manual_fr.html.git b/Documentation/user-manual_fr.html.git index 4770ef31f..12841cbe5 100644 --- a/Documentation/user-manual_fr.html.git +++ b/Documentation/user-manual_fr.html.git @@ -2829,12 +2829,13 @@ tab of the Notes panel. Photos taken in rapid succession during a dive (therefore sometimes with large overlap on the dive profile) can easily be accessed in the Photos tab. This tab serves as a tool for individually accessing the photos of a dive, while the stubs on the dive profile show -when during a dive a photo was taken. Single-click a thumbnail in the -Photos panel to select a photo. Double-click a thumbnail to view the -full-sized image, overlaying the Subsurface window. Deleted a photo from -the Photos panel by selecting it (single-click) and then by pressing the -Del key on the keyboard. This removes the photo BOTH from the Photos tab -as well as the dive profile.

+when during a dive a photo was taken. The size of the thumbnails in the +Photos tab can be changed using the Zoom level slider at the bottom of +the panel. Single-click a thumbnail in the Photos panel to select a +photo. Double-click a thumbnail to view the full-sized image, overlaying the +Subsurface window. Delete a photo from the Photos panel by selecting it +(single-click) and then by pressing the Del key on the keyboard. This +removes the photo BOTH from the Photos tab as well as the dive profile.

5.5.4. Photos stockées sur un disque dur externe

@@ -2859,7 +2860,7 @@ which dives have associated photos and which not: activate the Photos checkbox in the dropdown list obtained by right-clicking on the header bar of the Divelist. In the Divelist, all dives with associated photographs have an icon indicating whether the photographs were taken during the dive, -just before/after the dive or both during and before/after the dive. More +just before/after the dive or both during and before/after the dive. More information is provided in the section dealing with photo icons on the Divelist.

@@ -2964,8 +2965,8 @@ only two types of information that need to be provided:

in time on the Dive Profile panel and indicating the cylinder to which the change was made. After right-clicking, follow the context menu to "Add gas change" and select the appropriate cylinder from those defined during the first step, above (see image below). If the - tank bar button in the toolbar has been activated, the cylinder switches are also indicated in the - tank bar (image below). + gas bar button in the toolbar has been activated, the cylinder switches are also indicated in the + gas bar (image below).

@@ -3034,8 +3035,8 @@ three steps, exactly as with multi-cylinder dives above:

selecting Add gas change. A list of the appropriate cylinders is shown with the currently used cylinder greyed out. In the image below Tank 1 is greyed out, leaving only Tank 2 to be selected. Select the appropriate cylinder. The cylinder change is then shown on the dive - profile with a cylinder symbol. If the Tank Bar is activated using the toolbar to the left of the - profile, then the cylinder change is also shown on the Tank Bar (see image below). After all + profile with a cylinder symbol. If the gas bar is activated using the toolbar to the left of the + profile, then the cylinder change is also shown on the gas bar (see image below). After all the cylinder change events have been recorded on the dive profile, the correct cylinder pressures for both cylinders are shown on the dive profile, as in the image below.

@@ -5442,21 +5443,35 @@ The most efficient way to create a dive profile is to enter the appropriate

14.2.1. Plongées loisir

-

Recreational mode is what comes closest to planning a dive based on the non-decompression limit (NDL). -It computes the maximum time a diver can stay at the current depth without needing mandatory decompression -stops and without using more than the existing gas (minus a reserve). The planner automatically takes -into account the nitrogen load incurred in previous dives. But conventional dive tables are also used in a -way that can take into account previous dives. Why use a dive planner for recreational dives? Using -recreational dive tables, the maximum depth of a dive is taken into account. But few dives are -done at a constant depth corresponding to the maximum depth (i.e. a "square" dive profile). This means -dive tables overestimate the nitrogen load incurred during previous dives. The Subsurface -dive planner calculates nitrogen load according to the real dive profiles of all uploaded previous dives, -in a similar way as dive computers calculate nitrogen load during a dive. This means that the diver gets credit, -in terms of nitrogen load, for not remaining at maximum depth during -previous dives, so a longer subsequent dive can be planned. - For the planner to work it’s crucial to upload all previous dives -onto Subsurface before doing dive planning. -To plan a dive, the appropriate settings need to be defined.

+

Recreational mode is intended for what most divers would call +"recreational", "sports"or "nontechnical" dives, remaining within no-deco +limits (NDL). It computes the maximum time a diver can stay at the current +depth without needing mandatory decompression stops and without using more +than the existing gas (minus a reserve). The planner automatically takes +into account the nitrogen load incurred in previous dives. But conventional +dive tables are also used in a way that can take into account previous +dives. Why use a dive planner for recreational dives? The subsurface dive +planner provides two significant advantages over the use of recreational +dive tables for dive planning.

+

Firstly, using recreational dive tables, the maximum depth of each previous +dive is taken into account. But few dives are done at a constant depth +corresponding to the maximum depth (i.e. a "square" dive profile). This +means dive tables overestimate the nitrogen load incurred during previous +dives. The Subsurface dive planner calculates nitrogen load according to +the real dive profiles of all uploaded previous dives, in a similar way as +dive computers calculate nitrogen load during a dive. This means that the +diver gets credit, in terms of nitrogen load, for not remaining at maximum +depth during previous dives, so a longer subsequent dive can be planned. +For the planner to work it’s therefore crucial to log previous dives in +Subsurface before doing dive planning.

+

Secondly, recreational dive tables are not designed to build additional +safety features into a dive. NDL times derived from dive tables often take +divers close to the limit where decompression sickness (DCS) can arise. The +Subsurface dive planner allows a diver to build more safety features into a +dive plan, preventing recreational divers from getting close to the limits +of getting a DCS hit. This is performed by specifying appropriate gradient +factors for a dive plan, as explained below.

+

To plan a dive, the appropriate settings need to be defined.

Ensure the date and time is set to that of the intended dive. This allows calculation of the nitrogen load incurred during previous dives.

    @@ -5492,10 +5507,7 @@ Define the amount of gas the cylinder must have at the end of the bottom most agencies assume a fixed amount of gas, or actually of pressure e.g. 40 or 50 bar or 25% or 33% (rule of thirds). But Subsurface can do better because it knows about the ascent and that is why we add the amount of gas - during the ascent (i.e. the "deco gas“). Subsurface still uses a fixed - pressure "reserve" but that’s supposed to be for the additional gas used - when there’s a problem and your pulse rate goes up when you start to buddy - breathe. This reserve amount is user configurable. + during the ascent.

  • @@ -5517,24 +5529,49 @@ La vitesse de remontée peut être modifiée. Les vitesses de remontée par loisir.

    • +
  • +

    +To build additional safety into the dive plan (over and above those of + recreational dive tables), specify gradient factors less than 100% (GFHigh + and GFLow under the Planning heading in the planner). On the other hand, + to approximate the values in recreational dive tables, set the gradient + factors to 100. By reducing the values of GFHigh and GFLow to values below + 100, one can build more safety into a dive. Decreasing the values of the + gradient factors below 100 will shorten the duration of the dive. This is + the price of a larger safety margin. Reasons for using gradient factors less + than 100 may be the age of the diver, the health of a diver, or unusual + conditions such as cold water or strong currents. Realistic conservative + values for the gradient factors are GFLow=40% and GFHigh=80%. This allows + you to create a cusom dive plan, suited to yourself as well as the dive + conditions. +

    +
+

Below is an image of a dive plan for a recreational dive at 30 meters with +gradient factors of 100. Because the no-deco limit (NDL) is 22 minutes, +there remains a significant amount of air in the cylinder at the end of the +dive.

+
+
+FIGURE: A recreational dive plan: setup +
+

The dive profile in the planner shows the maximum dive time within no-deco limits using the Bühlmann ZH-L16 algorithm and the gas and depth settings specified as described above. The Subsurface planner allows rapid assessment of dive duration as a function of dive depth, given the nitrogen load incurred during previous dives. The dive plan includes estimates of the amount of air/gas used, depending on the cylinder settings specified under -Available gases. If the initial cylinder pressure is set to 0, the dive +Available gases. If the start cylinder pressure is left blank, the dive duration shown is the true no-deco limit (NDL) without taking into account gas used during the dive. If the surface above the dive profile is RED it means that recreational dive limits are exceeded and either the dive duration or the dive depth needs to be reduced.

-

Below is an image of a dive plan for a recreational dive at 30 -meters. Although the no-deco limit (NDL) is 23 minutes, the duration of the -dive is limited by the amount of air in the cylinder.

+

Below is the same dive plan as above, but with a safety stop and reduced +gradient factors for a larger safety margin.

-FIGURE: A recreational dive plan: setup +FIGURE: A recreational dive plan: gradient factors setup
@@ -5551,8 +5588,14 @@ panel of Subsurface is used. If these are changed within the planner (s the planner), the new values are used without changing the original values in the Preferences. Gradient Factor settings strongly affect the calculated ceilings and their depths. -A very low GFLow value brings on decompression stops early during the dive. - ** For more information about Gradient factors, see the section on Gradient Factor Preference settings.

+A very low GFLow value brings on decompression stops early during the dive.

+

If the VPM-B model is selected, the Conservatism_level needs to be specified on a scale of 0 (least conservative) to 4 (most conservative). This model tends to give deco stops at deeper levels than the Bühlmann model and often @@ -5702,82 +5745,61 @@ utilisant du EAN50 et utilisant les réglages décrits ci-dessous.

towards the top middle of the planner. The saved dive plan will appear in the Dive List panel of Subsurface.

Les détails du plan de plongée

-

On the bottom right of the dive planner, under Dive Plan Details, the -details of the dive plan are provided. These may be modified by checking any -of the options under the Notes section of the dive planner, immediately to -the left of the Dive Plan Details. If a Verbatim dive plan is requested, -a detailed sentence-level explanation of the dive plan is given. If any of -the management specifications have been exceeded during the planning, a -warning message is printed underneath the dive plan information.

+

On the bottom right panel of the dive planner, under Dive Plan Details, +the details of the dive plan are provided. These may be modified by checking +any of the options under the Notes section of the dive planner, +immediately to the left of the Dive Plan Details. If a Verbatim dive +plan is requested, a detailed sentence-level explanation of the dive plan +is given. If any of the management specifications have been exceeded during +the planning, a warning message is printed underneath the dive plan +information.

If the option Display segment duration is checked, then the duration of each depth level is indicated in the Dive Plan Details. This duration INCLUDES the transition time to get to that level. However, if the Display transition in deco option is checked, the transitions are shown separately from the segment durations at a particular level.

-

The planner has a check box Display plan variations. By checking this box, -the planner provides information about a dive that is a little deeper or -slightly longer than the planned dive. This is found near the top of the -Dive plan details where the dive duration is indicated. The information is -intended to be used if it is necessary to modify the ascent "on the fly" in -the case of unexpected deviations from the dive plan during the dive. -Checking this option creates a lot of additional computation, to such a -degree that the planner is slower than otherwise. The information is -typically given as:

-
-
-
Runtime: 53min + 0:52/m + 4:21/min
-
-

This indicates:

+

Dive plan variations: The planner has a check box Display plan variations. By checking this box, the planner +provides information about a dive that is a little deeper or slightly +longer than the planned dive. This is found near the top of the Dive plan details +where the dive duration is indicated. The information is intended to be used if it is necessary to +modify the ascent "on the fly" in the case of unexpected deviations from the dive plan during the dive. +For example, if it says "Runtime: 123min, Stop times + 2:49 /m + 1:30 /min" this means: if you dive deeper +than planned, you should add almost 3 minutes per meter you go deeper to your decompression (and +you can substract 3 minutes per meter that you stay shallower). If you overstay your bottom +time, you need to add one and a half minutes to the stops for each minutes you overstay +and similarly, you can shorten your deco time by one and a half minute for each minute +you stay shorter. These variations of depth and time are based on the last manually entered segment of the +dive (not necessarily the deepest). The additional minutes should be distributed +over the differnent stops in a way proportional to the stop length, i.e. add more of the +additional minutes to the longer, shallower stops. The given times refer to the +duration of the decompression phase and do not include the extended bottom time! +This way of altering dive plans becomes inaccurate for large deviations from the original +plan. So it should not be trusted for more than a few minutes or meters of +deviations from the planned bottom time. Checking this option creates a lot of additional computation, +to such a degree that the planner is slower than otherwise.

+

Minimum gas requirements: The planner also estimates the minimum gas pressure +required for safe ascent after an event that causes the dive to be aborted. The +calculation assumes that in worst case an out of gas (OoG) +situation occurs at the end of the planned bottom time at maximum depth, requiring +additional time at maximum depth to solve the problem and forcing +the buddy pair the share the gas of one diver. In addition the combined SAC of both +divers is increased by an estimated factor compared to the SAC of a single diver under normal conditions. +The result of the minimum gas calculation for the bottom gas is printed to the planner output. There +are two selector boxes on the left of the Dive plan details:

-

Minimum gas requirements

-

The planner also estimates the minimum gas pressure required for safe -ascent after an event that causes the dive to be aborted. The calculation -assumes that in worst case an out of gas (OoG) situation occurs at the end -of the planned bottom time at maximum depth. This OoG event forces the buddy -team the share the gas of one diver and that they require an additional -period of time at maximum depth to solve the problem at hand. In addition -the combined SAC of both divers is increased by an estimated factor compared -to the SAC factor of a single diver under normal conditions. The result of -the minimum gas calculation for the bottom gas is printed to the planner -output. No automatic checks are performed based on this result. The feature -only gives valid results for simple, rectangular shaped single level dive -profiles. For multi level dives one would need to check every leg of the -profile independently.

-

There are two selector boxes on the left of the Dive plan details:

-
@@ -5794,7 +5816,7 @@ plan. the minimum gas is typically given as:

+

No automatic checks are performed based on this result. The feature only +gives valid results for simple, rectangular shaped single level dive +profiles. For multi level dives one would need to check every leg of the +profile independently.

+

Isobaric counterdiffusion information: For gas switches during the ascent in hypoxic open-circuit trimix dives information +about isobaric counterdiffusion (icd) is given near the bottom of the Dive plan details, based on the +rule-of-fifths (i.e. during a gas change, the increase in nitrogen partial pressure should not exceed +one fifth of the corresponding decrease in partial pressure of helium). For each gas change, two lines +are printed, indicating the changes in gas fractions (%) and the equivalent changes in partial pressures. If the +rule-of-fifths is not met, the relevant information is highlighted in red and a warning message appears +at the bottom of that table. The gas change events on the dive profile also provide information on icd, +visible at the bottom of the Information box when the mouse hovers on the respective gas change icon. This information +is only shown for gas changes relevant with respect to icd. If the rule-of-fifths is not met, +a red warning exclamation mark is shown over the gas change icon. When relevant, the Information box contains +information such as: ICD ΔHe:-13% ΔN₂+3%>2.6%. This means: for this gas change, the helium +decreased with 13% while the nitrogen increased with 3% which +is more than the 2.6% maximum increase in nitrogen suggested by the rule-of-fifths.

@@ -5827,9 +5866,10 @@ The delta-value: number of bars of back gas available at the end of the The plan variations and minimum gas estimates are only guidelines for a diver performing dive planning, intended to enhance the safety of executing -a particular dive plan. They are NOT precise and should NOT be relied upon -as the only safety features in dive planning. Interpret these estimates -within the framework of your formal training to perform dive planning. +a particular dive plan and do not replace formal contingency planning for a +specific dive. They are NOT precise and should NOT be relied upon as the +only safety features in dive planning. Interpret these estimates within the +framework of your formal training to perform dive planning.
@@ -5841,11 +5881,14 @@ within the framework of your formal training to perform dive planning. Open circuit in the dropdown list. The parameters of the pSCR dive can be set by selecting File → Preferences → Profile from the main menu, where the gas consumption calculation takes into account the pSCR dump -ratio (default 1:10) as well as the metabolic rate. The calculation also takes the oxygen drop +ratio (default 1:8) as well as the metabolic rate. Specify the bottom and deco SAC rates. +Here the SAC in the planner is the volume of gas per minute +that is exhaled into the loop on the surface, not the amount of gas that escapes into the water. +The calculation takes the oxygen drop across the mouthpiece of the rebreather into account. If the pO2 drops below what is considered safe, a warning appears in the Dive plan details. A typical pSCR cylinder setup is very similar to an open circuit dive; -one or more drive cylinders, possibly with different bottom and decompression +one or more dive cylinders, possibly with different bottom and decompression gases, including gas switches during the dive like in open circuit diving. Therefore, the setup of the Available gases and the Dive planner points tables are very similar to that of a open circuit dive plan, described above. However, no oxygen setpoints @@ -7920,7 +7963,7 @@ salvaged after being overwritten by new dives.

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