Humans have remarkable perceptual capabilities that tend to be underestimated in current visualis... more Humans have remarkable perceptual capabilities that tend to be underestimated in current visualisation designs . Often, this is due to the fact that designers do not analyse who the users are, what tasks they want to perform using the visualisations, and what their working environments are .
Humans have remarkable perceptual capabilities that tend to be underestimated in current visualis... more Humans have remarkable perceptual capabilities that tend to be underestimated in current visualisation designs . Often, this is due to the fact that designers do not analyse who the users are, what tasks they want to perform using the visualisations, and what their working environments are .
Background: R is the statistical language commonly used by many life scientists in (omics) data a... more Background: R is the statistical language commonly used by many life scientists in (omics) data analysis. At the same time, these complex analyses benefit from a workflow approach, such as used by the open source workflow management system Taverna. However, Taverna had limited support for R, because it supported just a few data types and only a single output. Also, there was no support for graphical output and persistent sessions. Altogether this made using R in Taverna impractical.
Humans have remarkable perceptual capabilities that tend to be underestimated in current visualis... more Humans have remarkable perceptual capabilities that tend to be underestimated in current visualisation designs . Often, this is due to the fact that designers do not analyse who the users are, what tasks they want to perform using the visualisations, and what their working environments are .
Humans have remarkable perceptual capabilities that tend to be underestimated in current visualis... more Humans have remarkable perceptual capabilities that tend to be underestimated in current visualisation designs . Often, this is due to the fact that designers do not analyse who the users are, what tasks they want to perform using the visualisations, and what their working environments are .
Background: R is the statistical language commonly used by many life scientists in (omics) data a... more Background: R is the statistical language commonly used by many life scientists in (omics) data analysis. At the same time, these complex analyses benefit from a workflow approach, such as used by the open source workflow management system Taverna. However, Taverna had limited support for R, because it supported just a few data types and only a single output. Also, there was no support for graphical output and persistent sessions. Altogether this made using R in Taverna impractical.
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