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SANTIAGO – Garden Island
Henry Balfour and Company built the three masted barque Santiago in 1856 in Methil, Scotland for S Williamson and Company. The iron hulled vessel measured 160.6 feet (49.0 m) in length, 25.9 feet (7.9 m) breadth, 17.4 feet (5.3 m) depth and was 455 gross tons. The Santiago was originally built for the British-South American trade, but operated mainly between northern European ports as well as to destinations in the southern hemisphere. It was dismasted on the east coast of Australia circa 1900, and in August the following year travelled from Newcastle to Port Adelaide with a cargo of coal. On arrival it was converted to a hulk by its new owner, the Adelaide Steam Tug Company. It was also employed in lightering work and on occasion assisted with the salvage of stranded vessels. On 19 August 1945 the Santiago was abandoned at the eastern extent of the North Arm, being the last vessel abandoned in the Garden Island Ships' Graveyard.
Today the Santiago's mostly intact hull is exposed above the river level. The masts have been cut off and lay next to other fittings lying within the structure and outside the hull. The Santiago is the oldest vessel in the Graveyard. It is a rare example of an early iron-built sailing vessel and has been declared an historic shipwreck.
Canon EOS 5D, Digipac Waterrpoof case, Circular poleriser.
2015
IMG_5566
A Structure Synth creation rendered with Kerkythea
Script (if anybody is interested)
set background #5274A2
skyship
{fy}skyship
{x 31 y -2.5 z -39.2 ry 15}rotor
{x -33.5 y -2.5 z -39.2 ry 15 }rotor
1 * {fy } 1 * { x 31 y -2.5 z -39.2}rotor
1 * {fy} 1 * {x -33.5 y -2.5 z -39.2}rotor
{y -5 z -29.7 x -0.85 s 5 color #800000}sphere
// ship
rule skyship{
{y -0 z -1 s 0.7 1 2.5 }body
{y -0 z -30 s 2 1 1 }body
{y -0.3 z -20 s 1 1.5 1 }body
{x 31 z -35 s 0.5 1 0.5 }body
{x -33.5 z -35 s 0.5 1 0.5 }body
}
//////////// parts
rule body md 36 { // md 18 for half only
{ ry 5.625 rx 82 s 1 1 1}RingPart
{ ry 10 x 1.7 } body
}
rule RingPart{
{ y -1.5 rx -90 } roof
{ rx -30 z 2 s 2.2 4 1 color #80331a} box
}
rule roof{
{z 4 } panel
{z 6.9 rx 40 s 2.8 2 0.1 color #80331a} box
}
rule panel{
{ y -2 z 1.1 ry 90 s 4 0.5 0.5 color gray b 0.2} box
{ y -1.9 z -7 s 2.7 0.01 12 color gray b 0.8} box
}
#define blades 10
/////////////////
rule rotor md blades {
{ ry 10 rx 90 s 0.5 0.1 5 color #80331a}box
{z 8 y -2.5 rz 15 s 2 0.1 20 color gray b 1.2} box
{y -3 z 0 rx -20 rz 8 ry 5 s 0.6 0.01 1.2 color #80331a} box
{ ry 360/blades x 0.4} rotor
}
Linemen prepare to pull an underground transmission cable through conduit at a transition structure.
"Bridge 1"
STRUCTURES is a series of generative art pieces the explores the constructions of our world by taking photographs of man-made and natural structures and placing them into a new structure. This process semi-randomly fragments and rearranges the photographs into a grid of my design. I'll often run the images through this process several times, using various grid structures along the way.
Programs used: Lightroom, Photoshop, Processing
Structure Synth terminates the recursion if the number of objects is greater than the given threshold ('set maxobjects ...') or if the recursion depth becomes greater than the maximum depth ('set maxdepth ...'). It is also possible to set a maxdepth for an individual rule ('rule R1 maxdepth 5').
I've added two new rules for controlling the termination.
'set minsize {size}' and 'set maxsize {size}' allows you to specify how large or small a given object can be before terminating. The 'size' parameter refers to the length of the diagonal of a unit cube in the current local state. (The initial coordinate frame goes from (0,0,0) to (1,1,1) and hence has a diagonal length of sqrt(3)~1.7). It is possible to specify both a mix and a min size. The termination criteria only stops the current branch - if other branches are still within a valid range, the will be continued.
This is very useful for preventing Structure Synth from creating boxes which cannot be seen anyway or from growing without bounds.
The image shows the same structure at three different minimum size tresholds.
Example script (requires a post-version 0.9 of Structure Synth!):
set minsize 0.8 // or 0.4, or 0.2
set maxdepth 600
set background #333
{ h 30 sat 0.2 h -67 b 0.8 } spiral
rule spiral w 100 {
box2
{ y 0.4 rx 90 hue 1 s 0.995 b 0.999 } spiral
}
rule spiral w 100 {
box2
{ y 0.4 rx 90 hue -1 rz -90 s 0.995 b 0.999 } spiral
}
rule spiral w 100 {
box2
{ y 0.4 rx 90 hue 0 rz 90 s 0.995 b 0.995 } spiral
}
rule spiral w 3 {
{ rz 5 s 1 1 1 } spiral
{ ry 4 h 3 s 1 1 1 } spiral
}
rule box2 {
{ s 1 5 1 } box
}
rule box2 {
{ s 5 1 1 } box
}
rule box2 {
}
Marble façade by Francesco Buzio, 1670; basic structure, 1599
----
Nikon Nikkor 18-200mm 1:3.5-5.6 G ED-IF AF-S VR DX
_DSC3482 Anx2 1200w Q90
Фото начала реконструкции ЦУМа, Киев 2013.
Photo of beginning of Central Universal Shop in Kiev. 2013.
www.facebook.com/neospicaLive (images and share links)
www.youtube.com/user/NeoSpicaTutorial "NeoSpica Paper Structures" (videos about paper structures. I also include videos with elaboration process.)
www.flickr.com/photos/neoliveart/ (images)
www.youtube.com/user/CadDesignLive (virtual 3D shapes)
Thanks for your time.
Arcelormittal Orbit
The ArcelorMittal Orbit is a 115-metre-high (377 ft) sculpture and observation tower in the Olympic Park in Stratford, London. It is Britain's largest piece of public art,[3] and is intended to be a permanent lasting legacy of London's hosting of the 2012 Summer Olympics, assisting in the post-Olympics regeneration of the Stratford area. Sited between the Olympic Stadium and the Aquatics Centre, it allows visitors to view the whole Olympic Park from two observation platforms.
Orbit was designed by Anish Kapoor and Cecil Balmond of engineering Group Arup. Announced on 31 March 2010, it was expected to be completed by December 2011, though like many projects on the Olympic Park that date was pushed back. The project came about after Mayor of London Boris Johnson and Olympics Minister Tessa Jowell decided in 2008 that the Olympic Park needed "something extra". Designers were asked for ideas for an "Olympic tower" at least 100 metres (330 ft) high, and Orbit was the unanimous choice from proposals considered by a nine-person advisory panel.
The project was expected to cost £19.1 million, with £16 million coming from Britain's richest man, the steel tycoon Lakshmi Mittal, Chairman of the ArcelorMittal steel company, and the balance of £3.1 million coming from the London Development Agency. The name "ArcelorMittal Orbit" combines the name of Mittal's company, as chief sponsor, with "Orbit", the original working title for Kapoor and Balmond's design.
Kapoor and Balmond believe that Orbit represents a radical advance in the architectural field of combining sculpture and structural engineering, and that it combines both stability and instability in a work that visitors can engage with and experience via an incorporated spiral walkway. It has been both praised and criticised for its bold design. It has also been criticised as a vanity project, of questionable lasting use or merit as a public art project.
en.wikipedia.org/wiki/ArcelorMittal_Orbit
Shell structure around the galaxy revealed. Very slight edge crop. The shells fill the field of view of the 2600 sensor at 780mm. Lots of galaxies nearby.
1.7 x 1.1 degree field of view
62 x 5 minute frames
Flourostar 120mm at 780mm
ZWO 2600 MC Pro, EQR-R-Pro mount
Pixinsight / Photoshop
Leyburn, Queensland
May 2025
Free photos. Set 14.
Use it freely in personal and commercial projects.
CC-License
Photos: Anthony Clochard / wuipdesign.github.io
The Lourve Museum Garden's are very large. Some can spend 1 day just taking pictures of all the content in the Garden's alone.
NASA image release September 17, 2010
In preparation for a cryogenic test NASA Goddard technicians install instrument mass simulators onto the James Webb Space Telescope ISIM structure.
Credit: NASA/GSFC/Chris Gunn
Rough edit -- treatment for image via Lightroom Color Creative - Color CP2 preset.
Third victim of "The Rainbow Scarf Killer". Concept photography, fashion.
Model: Berenice