[step-manufacturing] New directory containing data and codes for the demonstration

[Martin Hardwick]

All,

I have made a new directory containing the data and codes for the 
demonstration:

ftp://ftp.steptools.com/private/CCAT/demo_data/

This directory contains a new version of the STEP-NC Explorer (5.36) 
plus data and codes for the two demonstration alternates.

The new Explorer contains an updated export for Heidenhain and 
supports Front, Back, Top, Side and Orthographic views.

ftp://ftp.steptools.com/private/CCAT/demo_data/stepnc_5_36.msi

The Fanuc and Siemens codes are in inch units. The Heidenhain codes 
are in mm units.

ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_1_20080913.fanuc
ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_1_20080913.mpf
ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_1_20080913.i

ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_2_20080913.fanuc
ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_2_20080913.mpf
ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_2_20080913.i

These files are quite large. The AP-238 files are smaller. The AP-238 
files now contain the Sandvik ISO 13399 models for the tools.

ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_1_20080913.238
ftp://ftp.steptools.com/private/CCAT/demo_data/impeller_alternate_2_20080913.238

As a reminder the two alternates being explored for the demonstration are:

Do you think we should do alternative 1:

To be machined during preparation:
r02       0/45/90/135/180/225/270/315
r03       0/45/90/135/180/225/270/315
r04       0/45/90/135/180/225/270/315
r07       0/45/90/135/180/225/270/315
r08       0/45/90/135/180/225/270/315
semi:
f01       0/45/90/135/180/225/270/315
f02       0/45/90/135/180/225/270/315
h02       0/45/90/135/180/225/270/315

To be machined during demo:
l01       0
l51       0
h01       0
finish:
f03       0
v01       0
v51       0


Do you think we should do alternative 2 (all machining during demo):

roughing:
r02        -45/0/+45
r03        -45/0/+45
r04        -45/0/+45
r07        -45/0/+45
r08        -45/0/+45
semi:
f01        0/+45
f02        0/+45
h02        -45/0/+45
l01        0
l51        0
h01        0
finish:
f03        0
v01        0
v51        0
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