https://www.sulprobil.de/tags/sblongrandsumn/ Recent content in SbLongRandSumN on Sulprobil Hugo en Thu, 14 May 2026 05:46:00 +0100 https://www.sulprobil.de/sblongrandsumn_en/ Thu, 14 May 2026 05:46:00 +0100 https://www.sulprobil.de/sblongrandsumn_en/ <h2 id="abstract">Abstract</h2> <p>You need to generate 20 non-negative random integers which sum up to 100? Then I suggest to use my UDF below. You can generate an arbitrary number of integers which sum up to a specified amount, and all generated integers are not smaller than another specified number:</p> <p><img src="https://www.sulprobil.de/sbLongRandSumN_Screen.png" alt="sbLongRandSumN_Screen"></p> <p>Please notice that this function is a relative of <a href="https://www.sulprobil.de/sbrandintfixsum_en/" title="sbRandIntFixSum">sbRandIntFixSum</a> (for which you need to provide non-optional minimum and maximum values to be generated), the brownian bridge <a href="https://www.sulprobil.de/sbgrowthseries_en/" title="sbGrowthSeries">sbGrowthSeries</a>, and of <a href="https://www.sulprobil.de/sbrandsum1_en/" title="sbRandSum1">sbRandSum1</a> which generates numbers of type Double which sum up to one exactly. This function is used in my application <a href="https://www.sulprobil.de/sbgeneratetestdata_en/" title="sbGenerateTestData">sbGenerateTestData</a>, for example.</p>