Inside <calculatetable> statements concerning a decompression table to be calculated are given.
The <calculatetable> element stands inside the <tablegeneration> section and can be repeated any times. The only elements with same hierarchy level inside <tablegeneration> are <calculateprofile>, and <calculatebottomtimetable> respectively. If used more than once, these elements should not be mixed. (Here <calculatebottomtimetable> has to be given after <calculatetable>.)
The only element within <calculatetable> is <table> which can be repeated any times.
<table>
<uddf version="3.1.0">
<!-- the <generator> section has to appear in every UDDF file -->
<generator>
<!-- description of the program generating the UDDF file -->
<name>DSTG - Diver's Super Table Generator</name>
<manufacturer>Dive Heroes Company</manufacturer>
<manufacturer>
<name>Dive Heroes Company</name>
<address>
<!-- address data of manufacturer -->
</address>
<contact>
<!-- contact data of manufacturer -->
</contact>
</manufacturer>
<version>2.23607</version>
<datetime>2007-09-20</datetime>
</generator>
<gasdefinitions>
<mix id="air">
<name>air</name>
<o2>0.210</o2>
<n2>0.790</n2>
<he>0.000</he>
<ar>0.000</ar>
<h2>0.000</h2>
</mix>
<mix id="noaa1">
<name>NOAA1</name> <!-- 32 % O2, 68 % N2 -->
<o2>0.320</o2>
<n2>0.680</n2>
<he>0.000</he>
<ar>0.000</ar>
<h2>0.000</h2>
</mix>
<!-- <tankdata> is omitted, because a breathing gas consumption -->
<!-- calculation is not performed when generating a table -->
</gasdefinitions>
<profiledata>
<repetitiongroup id="rg1">
<dive id="dive1">
<!-- here all dive profile data -->
</dive>
<!-- here can be stored more dive profiles -->
</repetitiongroup>
<!-- here all other recorded dive profiles -->
</profiledata>
<tablegeneration>
<!-- in this case dive tables shall be generated -->
<calculatetable>
<!-- the first table shall be calculated for air as breathing gas, -->
<!-- tissues are saturated concerning ambient pressure (here: sea level) -->
<table id="table_air_no-prev-saturation_0m">
<link ref="air"/>
<surfaceintervalbeforedive>
<infinity/>
</surfaceintervalbeforedive>
<density>1030.0</density>
<!-- statements for the output to be generated -->
<output>
<!-- language: English -->
<lingo>en</lingo>
<!-- a HTML file shall be generated -->
<fileformat>html</fileformat>
<!-- the name of the output file (the extension ".html" MUST NOT be given) -->
<filename>table_air_no-prev-saturation_0m</filename>
<!-- a headline for the table -->
<headline>Table for air, no previous saturation, sea level</headline>
<!-- additional remarks, to be inserted as text into the output file -->
<remark>Calculated on basis of the ZH-L16c deco model</remark>
</output>
<applicationdata>
<!-- here additional parameters for the executing software -->
</applicationdata>
<decomodel>ZH-L16c</decomodel>
<!-- maximum ascent velocity 10 m/min ^= 0.1666... m/s -->
<maximumascendingrate>0.16666666667</maximumascendingrate>
<!-- the following parameters all MUST BE GIVEN -->
<tablescope>
<!-- sea level -->
<altitude>0.0</altitude>
<!-- shallowest depth 9 m to begin with table output -->
<divedepthbegin>9.0</divedepthbegin>
<!-- deepest depth 65 m to end with table output -->
<divedepthend>65.0</divedepthend>
<!-- increment 3 m for table output -->
<divedepthstep>3.0</divedepthstep>
<!-- maximum bottom time to be considered for table output 30 minutes -->
<bottomtimemaximum>1800.0</bottomtimemaximum>
<!-- minimal bottom time to be considered for table output 5 minutes -->
<bottomtimeminimum>300.0</bottomtimeminimum>
<!-- at beginning (at shallowest depth) increment 25 minutes -->
<bottomtimestepbegin>1500.0</bottomtimestepbegin>
<!-- increment 1 minute at deepest depth -->
<bottomtimestepend>60.0</bottomtimestepend>
</tablescope>
</table>
<!-- the second table shall be calculated for nitrox (NOAA1) as breathing gas, -->
<!-- tissues are saturated concerning ambient pressure (here: sea level) -->
<table id="table_noaa1_no-prev-saturation_0m">
<link ref="noaa1"/>
<surfaceintervalbeforedive>
<infinity/>
</surfaceintervalbeforedive>
<density>1030.0</density>
<!-- statements for the output to be generated -->
<output>
<!-- language: English -->
<lingo>en</lingo>
<!-- a HTML file shall be generated -->
<fileformat>html</fileformat>
<!-- the name of the output file (the extension ".html" MUST NOT be given) -->
<filename>table_noaa1_no-prev-saturation_0m</filename>
<!-- a headline for the table -->
<headline>Table for nitrox NOAA1, no previous saturation, sea level</headline>
<!-- additional remarks, to be inserted as text into the output file -->
<remark>Calculated on basis of the ZH-L16c deco model</remark>
</output>
<applicationdata>
<!-- here additional parameters for the executing software -->
</applicationdata>
<decomodel>ZH-L16c</decomodel>
<!-- maximum ascent velocity 10 m/min ^= 0.1666... m/s -->
<maximumascendingrate>0.16666666667</maximumascendingrate>
<!-- the following parameters all MUST BE GIVEN -->
<tablescope>
<!-- sea level -->
<altitude>0.0</altitude>
<!-- shallowest depth 9 m to begin with table output -->
<divedepthbegin>9.0</divedepthbegin>
<!-- deepest depth 65 m to end with table output -->
<divedepthend>65.0</divedepthend>
<!-- increment 3 m for table output -->
<divedepthstep>3.0</divedepthstep>
<!-- maximum bottom time to be considered for table output 30 minutes -->
<bottomtimemaximum>1800.0</bottomtimemaximum>
<!-- minimal bottom time to be considered for table output 5 minutes -->
<bottomtimeminimum>300.0</bottomtimeminimum>
<!-- at beginning (at shallowest depth) increment 25 minutes -->
<bottomtimestepbegin>1500.0</bottomtimestepbegin>
<!-- increment 1 minute at deepest depth -->
<bottomtimestepend>60.0</bottomtimestepend>
</tablescope>
</table>
<!-- the third table again shall be calculated for air as breathing gas, but now -->
<!-- tissues are saturated on basis of a previously made dive -->
<table id="table_air_with-prev-saturation_0m">
<link ref="air"/>
<link ref="dive1"/>
<!-- a surface interval of two hours shall be taken into account between -->
<!-- the previous dive (cross-referenced above) and the next one for -->
<!-- which the table is to be calculated -->
<surfaceintervalbeforedive>
<passedtime>7200.0</passedtime>
</surfaceintervalbeforedive>
<density>1030.0</density>
<!-- statements for the output to be generated -->
<output>
<!-- language: English -->
<lingo>en</lingo>
<!-- a HTML file shall be generated -->
<fileformat>html</fileformat>
<!-- the name of the output file (the extension ".html" MUST NOT be given) -->
<filename>table_air_with-prev-saturation_0m</filename>
<!-- a headline for the table -->
<headline>Table for air, with previous saturation, sea level</headline>
<!-- additional remarks, to be inserted as text into the output file -->
<remark>
Calculated on basis of the ZH-L16c deco model; for comparison purposes with
a dive ended two hours before
</remark>
</output>
<applicationdata>
<!-- here additional parameters for the executing software -->
</applicationdata>
<decomodel>ZH-L16c</decomodel>
<!-- maximum ascent velocity 10 m/min ^= 0.1666... m/s -->
<maximumascendingrate>0.16666666667</maximumascendingrate>
<!-- the following parameters all MUST BE GIVEN -->
<tablescope>
<!-- sea level -->
<altitude>0.0</altitude>
<!-- shallowest depth 9 m to begin with table output -->
<divedepthbegin>9.0</divedepthbegin>
<!-- deepest depth 65 m to end with table output -->
<divedepthend>65.0</divedepthend>
<!-- increment 3 m for table output -->
<divedepthstep>3.0</divedepthstep>
<!-- maximum bottom time to be considered for table output 30 minutes -->
<bottomtimemaximum>1800.0</bottomtimemaximum>
<!-- minimal bottom time to be considered for table output 5 minutes -->
<bottomtimeminimum>300.0</bottomtimeminimum>
<!-- at beginning (at shallowest depth) increment 25 minutes -->
<bottomtimestepbegin>1500.0</bottomtimestepbegin>
<!-- increment 1 minute at deepest depth -->
<bottomtimestepend>60.0</bottomtimestepend>
</tablescope>
</table>
<!-- the fourth table shall be calculated for nitrox (NOAA1) as breathing gas, and -->
<!-- tissues are saturated on basis of a previously made dive -->
<table id="table_noaa1_with-prev-saturation_0m">
<link ref="noaa1"/>
<link ref="dive1"/>
<!-- a surface interval of two hours shall be taken into account between -->
<!-- the previous dive (cross-referenced above) and the next one for -->
<!-- which the table is to be calculated -->
<surfaceintervalbeforedive>
<passedtime>7200.0</passedtime>
</surfaceintervalbeforedive>
<density>1030.0</density>
<!-- statements for the output to be generated -->
<output>
<!-- language: English -->
<lingo>en</lingo>
<!-- a HTML file shall be generated -->
<fileformat>html</fileformat>
<!-- the name of the output file (the extension ".html" MUST NOT be given) -->
<filename>table_noaa1_with-prev-saturation_0m</filename>
<!-- a headline for the table -->
<headline>Table for nitrox NOAA1, with previous saturation, sea level</headline>
<!-- additional remarks, to be inserted as text into the output file -->
<remark>
Calculated on basis of the ZH-L16c deco model; for comparison purposes with
a dive ended two hours before
</remark>
</output>
<applicationdata>
<!-- here additional parameters for the executing software -->
</applicationdata>
<decomodel>ZH-L16c</decomodel>
<!-- maximum ascent velocity 10 m/min ^= 0.1666... m/s -->
<maximumascendingrate>0.16666666667</maximumascendingrate>
<!-- the following parameters all MUST BE GIVEN -->
<tablescope>
<!-- sea level -->
<altitude>0.0</altitude>
<!-- shallowest depth 9 m to begin with table output -->
<divedepthbegin>9.0</divedepthbegin>
<!-- deepest depth 65 m to end with table output -->
<divedepthend>65.0</divedepthend>
<!-- increment 3 m for table output -->
<divedepthstep>3.0</divedepthstep>
<!-- maximum bottom time to be considered for table output 30 minutes -->
<bottomtimemaximum>1800.0</bottomtimemaximum>
<!-- minimal bottom time to be considered for table output 5 minutes -->
<bottomtimeminimum>300.0</bottomtimeminimum>
<!-- at beginning (at shallowest depth) increment 25 minutes -->
<bottomtimestepbegin>1500.0</bottomtimestepbegin>
<!-- increment 1 minute at deepest depth -->
<bottomtimestepend>60.0</bottomtimestepend>
</tablescope>
</table>
</calculatetable>
</tablegeneration>
</uddf>