### Dealing with Gb need a larger scale.

parent 33c8cb51
 ... @@ -99,19 +99,20 @@ hbis() { ... @@ -99,19 +99,20 @@ hbis() { done done #echo \${FUNCNAME}:\${LINENO} base:\$base number:\$number bytes=\$bytes c=\$c #echo \${FUNCNAME}:\${LINENO} base:\$base number:\$number bytes=\$bytes c=\$c # make sure it a mult of 4 # make sure it a mult of 4 cd4=\$(( c /4 )) cd8=\$(( c / 8 )) cd4m4=\$(( cd4 * 4 )) cd8m8=\$(( cd8 * 8 )) if [[ \$c -eq \$cd4m4 ]] ; then if [[ \$c -eq \$cd8m8 ]] ; then : : # ok then if more then 30 count up make sure num is a multi of 4 # ok then if more then 30 count up make sure num is a multi of 8 elif [[ \$c -gt 30 ]] ; then elif [[ \$c -gt 30 ]] ; then c4=0 c8=0 # why does anything over report memory, talking about you d430 # why does anything over report memory, talking about you d430 ((--c)) # subtract half the size of the multiple while [ \$c -ne \$c4 ] ; do c=\$(( c - 4 )) while [ \$c -ne \$c8 ] ; do ((++c)) ((++c)) cd4=\$(( c / 4 )) cd8=\$(( c / 8 )) c4=\$(( cd4 * 4 )) c8=\$(( cd8 * 8 )) done done fi fi echo \${c}GiB echo \${c}GiB ... ...
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