Friday, June 29, 2012

Metricon Stadium: done

 Sign in place
 Overview of landscaping
 Trees added
Scoreboard positioned.

Sunday, June 24, 2012

Metricon Stadium

Working on a representational model of Metricon Stadium on the Gold Coast. That means I am getting closer to a project I have put off for several months - Gold Coast Stadium (sketches provided in March on my blog).

Currently doing the roof sections. Blatantly wasting time though.

Friday, June 22, 2012



3D model by
This racetrack is 3.887km long and features a flowing 13 turn design. Nestled at the base of three mountains (sketchycat), the track features a pit wall, pit boxes, medical facilities and stadium...

Catata Stadium

Catata Stadium:

3D model by
Catata Stadium is a 12,000 seat football stadium. Really simple stadium, just wanted to fill in some time as opposed to studying.

Monday, June 18, 2012

TUTORIAL - making a curved stand

 Technique 1 - model the rows as normal. Then, make the next row above that, but move the edges in by a set distance (example 5m) as appears in the image above
 Repeat the process of moving the edges in 5m each time until you have enough rows for your liking.
 Done. This is the simpler technique.

 As before, model each row as normal. I suggest making each row a component as it makes it much, much easier for the upcoming steps. Draw a line between the front of one row and the front of the row behind it and make note of the length of the line.
 Open up Calculator, and multiply the number you just got, by the number of rows you want plus one. For example, if you want the curve to occupy 5 rows, as I do in this tutorial, enter 6. If you want 8 rows, enter 9.
 Next, from the midpoint of the back row to the midpoint of the back of the row in front, draw a line.

 From the midpoint of the back row, draw a line outwards along the pink axis (parallel to the last line you drew), type in whatever number you got from the calculator and hit enter.
 Next, draw a curve from each end of the back row out to the edge of the line you just drew.
 Now here is why you are better off using components. copy the back row up, to make another new row. Right click on the new component, click Make Unique and then double click the component. select the end of the row, and from the top of the rise, move the edge along the green axis (yours may be different) until you reach the curve. This will be apparent by a red square.
 Repeat the process for the other side of the row, and then repeat the previous step - copy the component one row up. make unique, double click and move the edges along. You should see something like what is above.
Delete the lines, and explode the components if you wish, and you are done. The more rows you do, the better the curve looks, but too many and it looks unrealistic.

Now you know how to make a curve in a stand. The same principles work even if you aren't modelling the rows.

Saturday, June 16, 2012

Wednesday, June 13, 2012

Forsyth Barr Stadium

A little bit different to what I normally do. This is a model imported from a game. I have cleaned up all the polys not part of the roof structure. Will be applying a texture map and making it look as realistic as possible.

Monday, June 4, 2012

Catata Stadium

 Large image - the roof
 Lights on, 50% intensity
 Daytime, same view
 Basis of the facade

Friday, June 1, 2012

Catata Stadium

A new stadium honouring Catatafish, the salmon-loving fish. All hail Catatafish!

Anyway, onto the stadium. Seats 12,000