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pdf, 12 MiB - Infoscience - EPFL

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Data treatment<br />

START dh_quiver_serie<br />

START dh_quiver_3D_serie<br />

Read list of files to be computed<br />

Read list of files to be computed<br />

START dh_quiver<br />

START dh_quiver_3D<br />

Read basic parameters<br />

Read basic parameters<br />

Read raw data<br />

Read raw data<br />

Compute 2D plots (cross section.)<br />

•Rearrange data and add reference velocity<br />

•Grid meshing and interpolatation<br />

•Compute volume (measured to reference level)<br />

Compute 3D plots (over the whole channel.)<br />

•Rearrange data and add reference velocity<br />

•Grid meshing and interpolatation<br />

•Compute volume (measured to reference level)<br />

Plot and save<br />

•velocity vectors in the cross section (quiver)<br />

•velocity vectors in the cross section with additional points<br />

•tangential velocities over the cross section (isolines)<br />

Plot and save<br />

•3D velocity vectors over the whole channel (3D-quiver)<br />

for different views<br />

END dh_quiver<br />

END dh_quiver_3D<br />

no<br />

all files computed ?<br />

all files computed ?<br />

no<br />

END dh_quiver_serie<br />

END dh_quiver_3D_serie<br />

Figure 4.27: Flowchart of the velocity treatment with MatLab<br />

<strong>EPFL</strong> Ph.D thesis 2632 - Daniel S. Hersberger November 9, 2002 / page 97

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