var fDesc=new Array();
fDesc[0] = "Extremely user friendly design. Extensive online help gives step by step processing instructions as well as explanation of algorithms used. LogCruncher is integrated with Mt. Sopris/ALT acquisition and presentation software.<br /> <br /> Main Features : <br /> <br /> 1. Basic Log Processing<br /> - Borehole volumetric calculation from caliper logs<br /> - Borehole corrections for resistivity logs<br /> - Density compensation<br /> - Calibration and concentration for gamma logs<br /> - Imports RD files and text from Mount Sopris MSLog and LogShell? acquisition systems<br /> - Imports and exports LAS files<br /> - Exports ALT WellCAD files with licensed copy of WellCAD<br /> - Automatic unit conversions<br /> - Formula Logs <br /> <br /> 2. Sonic Log Processing<br /> - Automated picking of compressional, shear, and Stoneley waves<br /> - Semblance processing linked with ray tracing to make velocity picking nearly automatic<br /> - Interactive picking mode using both semblance display and waveform display<br /> - Several useful views for examining the data: log, semblance, waveform, and spectrum<br /> - Inverse modeling of Stoneley wave to determine shear velocity and density<br /> - Determine frequency content of waveforms to aid in mode identification<br /> - Calculate mechanical properties<br /> - Calculate fluid velocit<br /> - Automated cement bond log calibration and processing <br /> <br /> 3. Nuclear Log Processing<br /> - Calibration and compensation for Mount Sopris density tools<br /> - Spectral density analysis to determine Z/A ratio<br /> - Time and temperature calibrations for spectral logs<br /> - Spectral compensation for borehole diameter<br /> - Repository for storing spectral calibration data to determine elemental concentration<br /> - Elemental concentration from spectral stripping method<br /> - Elemental concentration from basis spectra method<br /> - Automatic processing of data <br /> <br /> 4. Formation Evaluation<br /> - X-Y-Z Cross plots, Picket plots, unary, binary, and ternary diagrams<br /> - Calibrate several different types of porosity and permeability models based on user supplied ground truth<br /> - Store models in repository for specific local areas<br /> - Volumetric fractions: coal, ash, water, clay, etc.<br /> - Borehole corrections<br /> - Principal Component Analysis <br /> <br /> 5. Flow Modeling<br /> - Determine the transmissivity and storage for any number of permeable intervals intersecting a borehole<br /> - All flow zones can be measured, no packers needed<br /> - Save time and money<br /> - Universal method of modeling works with any type of well test or borehole test";

function tShowHide(id, show)
{
	var s = document.getElementById("desc");

	if ((s.innerHTML.length<=212 || show==1) && show!=2)
	{
		s.innerHTML = fDesc[id];
		if (document.getElementById('m1'))
			document.getElementById('m1').style.display='none';
		if (document.getElementById('m2'))
			document.getElementById('m2').style.display='none';
		if (document.getElementById('more_txt'))
			document.getElementById('more_txt').style.display='inline';
	}
	else
	{
		s.innerHTML = '';
	}
}