SFKS Science Fiction Construction-Set

Hello people,

I would like to present you my newest work here. Admitted it is not yet ready, and thanks to its modular interpretation, maybe it will also never be finished. - Because at will many expansions are thinks and feasible.

Whoever now became somewhat curious, immediately can one little further reads...

The idea

The basic idea behind my construction-set was the realization that there were always restrictions at the construction of SciFi-Rooms somewhere or problems occurred at the latest with the selection of the correct perspective.

The thought of a proportionate construction-mat lies there on the hand soon and is not at all new. - Really new it should be at most that there are this set and some supplements as Download freely. I with what with freely "only" free of charge my.

If I write about the Poser-Hierarchy-Editor in the taking second place text, this is analogously applicable to the Scene-TAB at the DAZ |Studio.

Reason-prerequisite - or the "trick“

The consistent utilization of the hierarchy-editor is to be able to apply the reason-prerequisite at all about this set. In principle, a new Figure is inserted into a scene at the zero-point (X=0, Y=0, Z=0). If two figures are inserted one after the other, these overlap because both now stand at the zero-point (X=0, Y=0, Z=0).

The Poses files in my sets originate from this position in principle! After the selection of figure 2 and a corresponding Poses figure 2 is postponed accordingly. - However this alone one would not bring much. At the latest if all positions are figure 1 around busy, it would continue no more.

At this point, the hour of the hierarchy-editor then comes! As soon as figure 2 is part of figure 1, the Poses applied on figure 2 works relatively to figure 1!. It then doesn't play any more role at which position figure 1 is itself!

An example of the better understanding:

Assumed in a scene, three Wall-M1 figures are on the zero-point. (Wall-M1, Wall-M1 1 and Wall-M1 2) We use the M1_L2_M1 pose, which a M1 figure orders left to a M1 figure. This would work with the first Wall-M1. However applied on the second Wall-M1, this would be pushed merely over the before postponed Wall-M1.

If however, the figures first order with the hierarchy-editor in each other, so that Wall-M1 2 is part of Wall-M1 1 and these part of Wall-M1, we come to another conclusion.

Wall-M1
    {Wall-M1 1
        {Wall-M1 2}
    }

Then, we can first apply pose M1_L2_M1 to Wall-M1 2, and this is ordered by it left from Wall-M1 1. Now, we apply pose M1_L2_M1 to Wall-M1 1, and this is ordered by it left from Wall-M1. (And postpone Wall-M1 2 on that occasion further as well after left.)

That actually is already the whole trick. Through the consistent utilization of the hierarchy, we can produce at will complex structures with the existing Poses. It certainly doesn't come easily to beginning, but with some practice…

The respective Tutorials deal even more extensively with this topic.

The Modules

I produced following modules (CR2 files) until now and will be offered to the Download here soon. All modules are based on the metric system and the here done dimensionses are in centimeter! (Only as hint for the English-language visitors)

The fundamental module-height amounts to 280 centimeters. A little room remains with it for supplements upward. The wall-strength of the modules is 18 as well as 20 centimeters. (According to view.)  For each of the basic-modules, there is a TopBlock of the again 20 cm is too bulky. This TopBlock is a part (bodies) of the module normally and can also be done invisibly over parameters.

Liste der Module

Die Module der M1 Serie 

	B: 100 cm H: 280 cm T: 18/20 cm TopBock Xmax=50 Xmin=50 Zfront=9 Zback=9 y=0
Wall-M1
Wall-W1M1
Wall-W3M1

Die Module der M2 Serie 

	B: 200 cm H: 280 cm T: 18/20 cm TopBock Xmax=100 Xmin=100 Zfront=9 Zback=9 y=0
Wall-M2
Wall-W1M2
Wall-W2M2

Module Serie MX 

	B: 218 cm H: 280 cm T: 218 cm TopBock Xmax=109 Xmin=109 Zfront=109 Zback=109 y=0
Wall-MX
	B: 119 cm H: 280 cm T: 119 cm TopBock Xmax=59 Xmin=59 Zfront=59 Zback=59 y=0		Mit diesem Modul bin ich ziemlich unzufrieden, weil es einfach nicht sonderlich gut dimensioniert ist. Vielleicht werde ich es demnächst durch ein anderes ersetzen.
Wall-Corner

Die D-Door-Walls

	B: 500 cm H: 280 cm T: 18/20 cm TopBock Xmax=250 Xmin=250 Zfront=9 Zback=9 y=0
D-DoorWall-M1
D-DoorWall-M2
D-DoorWall-M3

Die S-Door-Walls

	B: 300 cm H: 280 cm T: 18/20 cm TopBock Xmax=115 Xmin=185 Zfront=9 Zback=9 y=0
S-DoorWall-M1
S-DoorWall-M2
S-DoorWall-M3

Die SwingDoor Serie 

	B: 300 cm H: 280 cm T: 18/20 cm TopBock Xmax=115 Xmin=185 Zfront=9 Zback=9 y=0
D-SwingDoor
	B: 300 cm H: 280 cm T: 18/20 cm TopBock Xmax=150 Xmin=150 Zfront=9 Zback=9 y=0
S-SwingDoor

Die Gangway Serie

	B: 100 cm H: 10 cm T: 100 cm TopBock Xmax=50 Xmin=50 Zfront=100 Zback=0 y=0
Gangway-Mod1
Gangway-Mod2L
Gangway-Mod2R
Gangway-Mod3

Die Stair Serie

BigStair
SmalStair
StairConnector

Ein paar Samples

Diese Samples bestehen aus jeweils drei Einzelmodulen die in einer Cr2 Dateien zusammengefasst sind.

			Bestehend aus Wall-W2M2 und zwei Wall-W3M1 Modulen.
Sample 1
			Bestehend aus Wall-M2 und zwei Wall-W3M1 Modulen.
Sample2
			Bestehend aus Wall-M2 und zwei Wall-W1M1 Modulen.
Sample3
			Bestehend aus Wall-W1M2 und zwei Wall-W1M1 Modulen.
Sample4