| Age | Commit message (Collapse) | Author |
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Than modes.
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become impossible to zoom out (with clipping enabled).
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premultiplied and key alpha.
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Compositor:
Muting option to temporary disable/enable nodes.
Hotkey: press M on selection. It toggles.
Note: no menu entry yet, and drawing style could be tweakered...
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The argument in the uiButSetFunc is a Image struct, but
BKE_image_multilayer_index expect a RenderResult struct, so when
you load a exr file and try change the Layer, Blender crash.
(image_layer_cb call BKE_image_multilayer_index)
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were externally linked.
* ping "~" in the fileselectors dir will take you to $HOME (non win32)
* Added a file selector for Node output image
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The limit in the UI tooltips to set the amount of
images used in animation allow the zero value,
that cause a segfault.
This commit fix the UI, add a init value of 1 to
the node and also check in case that
node_composit_get_image return NULL.
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functionality was not implemented.
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Fix for bug #8083: backdrop not displaying centered in the window.
Fixes for both provided by Fabian Boehlke, thanks!
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* Make PyNodes work with threaded renderer. This patch is by Willian. He has worked hard on getting this sorted out - now you should be able to render with PyNodes AND multiple threads.
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Reversion of premul bugfix, as it was apparently not
working all that well.
Note that this brings back the bug where the erase alpha
paint tool won't display correctly, since the UV image
editor just draws images in key alpha now.
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(which basically tells the renderer and compositor to expect a
key image) is now done at the image user level.
This does have some caveats, as image users don't always work
the way I thought they would/should (for example, the same image user
structure is apparently used in the uv image editor for all images,
which is kindof odd).
The UV image editor also now smartly detects if the premul option is
set and draws the image using key alpha, instead of premul
The subversion level was upped to convert the old premul flag, which was at
the image level, to the new one, which is at the image user level.
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1) Including the Add->Dynamic submenu in the Nodes window header. Previously pynodes could only be added via toolbox.
2) Disabling pynodes execution when using more than one thread for rendering. This prevents the crashes while a proper fix isn't implemented.
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First fix in trunk: The "Update" button that appears in the Material buttons -> Nodes panel when a pynode is selected wasn't forcing an immediate update. Added a BIF_preview_changed call to fix it.
Let's pretend I actually knew that button also appeared there :) ... weeks working on pynodes and only right after Nathan commits to trunk I realize that this part of node panels is drawn in the buttons window, too.
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See http://wiki.blender.org/index.php/BlenderDev/PyNodes and
http://wiki.blender.org/index.php/BlenderDev/PyNodes/API
For current documentation.
Very very big thanks go to William Germano for fixing the memory issues left
and for improving on the code.
In the coming time documentation will be finalised and further stabilising
of PyNodes is to be expected.
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using alpha as premul or nonpremul. Quite useful for brightness
tweaks.
Todo: version-patch this so ConvertPremul button goes away
Todo: make entire compositer accept non-premul by default... or both
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Also gave it a proper button instead of just 'C'.
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Especially for fast moving objects (as we have here in Peach) the
art department demanded nice curved vector blur. This formula uses
a quadratic bezier function, which is not giving perfect circles, but
certainly useful results.
Also on todo: get this blur code to do nicer accumulation...
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Kent
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- while sampling color in image window, you now get the sampled color as a line
drawn in the node editor Curve nodes, allowing quicker view of what values you
actually change.
- reverted temporary the patch [#6779] by Matthew Plough
He replaced image drawing of backdrop-node-editor with our Texture drawing
function. That call is extremely slow, and should be by definition slower
than glDrawPixels (unless you don't upload the image each time to gfx mem).
Drawing large frames (2k, 4k) in node editor became unacceptable slow, even
with the neatest hardware around. (tested nvidia, ati)
Probably (Campbell thinks) this is a bypass for Linux ATI cards?
Anyhoo, this should be investigated further before applying. It better then
becomes a user pref, or even much better: part of the OpenGL profiler we need.
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Rename was changed to work on the last selected node. Also size of a couple of
character arrays was changed to avoid buffer overflows.
Custom name shows up now just fine in group header in case it is being edited
as it did not before.
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This commit makes it possible to add a custom name to a node. The feature can be
accessed either by using a menu or shortcut ctrl-r. It currently works only when
a single node is selected. Invoking the feature gives a popup menu in which a new
name can be entered. If the given name is not empty, it will be shown like
"(myCustomName) NodeName" in the node header.
This feature is particularly useful when documenting complex node setups.
I also fixed the size of blur node. It was too short before due to my previous
commit.
Thanks to David Millan Escriva for contribution!
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This commit makes it possible to use relative values when using a Blur node. There
is a new toggle in the node that can be used to enable the feature.
Thanks to David Millan Escriva for contribution!
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Bilateral Blur node allows the user to blur images while retaining their
sharp edges. Blurring can be controlled by following controls:
*Iterations
*Color Sigma
*Space Sigma
Also image input to blur and a determinator image is provided. The node produces
a blurred image as its output.
The more iterations are provided, the smoother the result. Use color and space
sigmas to control the amount of blur. One way to use the determinator input is
to feed a mix (add) of Z and normal passes to it.
Examples of usage:
Ambient Occlusion smoothing - http://wiki.blender.org/index.php/Image:Bilateral_blur_example_01.blend
Blurry Refraction - http://wiki.blender.org/index.php/Image:Bilateral_blur_example_02.blend
Smoothed shadows and smoothed Ambient Occlusion combined - http://wiki.blender.org/index.php/Image:Bilateral_blur_example_03.blend
If you check out the examples, render the image and alter the values to see how
they affect.
More information about the algorithm can be found at
http://homepages.inf.ed.ac.uk/rbf/CVonline/LOCAL_COPIES/MANDUCHI1/Bilateral_Filtering.html .
Thanks to Vilem Novak for contributing the patch.
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Directional Blur node allows the users to do various blur operations on the input
image. It essentially offers three different kind of ways of blurring in one node.
It is possible to blur using a certain direction, spin and zoom. These three ways
can be used in conjunction.
The node contains following controls:
*Iterations, Wrap
*Center: X, Y
*Distance, Angle
*Spin
*Zoom
Iterations is used to determine the smoothness of the result. The more iterations,
the smoother result. Low values are good for preview.
Wrap means that the image is wrapped as if it was tiled on both x and y directions.
To see better what this means, try it with spin for instance.
Center values (X and Y) determine the location which is used as a pivot point for
the operations. It is center (0.5) of the image by default.
Distance and angle are used to adjust directional blur. The result can be described
as a sweep that varies based on given distance (bigger distance, longer sweep) and
angle. Angle is given in degrees.
Spin produces rotating blur based on given angle. Yet again it is in degrees. Also
negative values work.
Zoom causes the image to be zoomed towards set center point (Center values).
Thanks to Alfredo de Greef (eeshlo) for contribution.
Possible development ideas:
*Make an algorithm to extend image in case spin is used. Extend would temporarily
change the size of the canvas of the input image. Canvas would be filled based on
colors on the edges of the input image. After the blur operation has been done,
the image would be cropped back to normal size. The advantage of this would be nicer
result of spin (no problems with image size) on a computational cost.
*Make values animatable. This is something that is better solved on more general
level. ("everything is animatable" paradigm)
*Provide an option to calculate automatic value for iterations. A good value that
produces a smooth result could be calculated based on direction deltas. This would be
useful in conjuction of animatable values.
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This commit adds a new tool, Toggle Links, to the node editor. This tool
allows the user to toggle the status (linked/not linked) between desired
sockets. The tool can be used either by using the f key or the menus.
This functionality is analogue to one found in object editing modes except
for its additional toggle functionality.
To use this tool, the user has to first select an input and an output socket.
Selecting is done by clicking with right mouse button on a socket. After the
tool has been invoked, the link between those two sockets is toggled. The
result may vary based on existing linkage.
There can be only one input and one output selected at maximum in a node
tree. This means that if the user selects a socket while one of the same
type is already selected, the old one will be deselected.
The tool complements the current way of connecting nodes. One possible use
for it is to use it to review output of nodes by using a viewer node. Just
select wanted input socket of a viewer node, set it visible and use selection
of an output socket in conjuction with f key to show the output in the viewer
node. Select another output and hit f to see its output and so on.
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by Matthew Plough
Replaces the glDrawPixel call with glaDrawPixelsTex for faster and interpolated drawing.
Adds autocenter and autozoom instead of the clipping that happened previously.
Fixes the button event for timely redraw.
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-> Constraint Influence Ipo now can be local, linked to constraint itself
You enable this in the IpoWindow header, with the Action icon to the left
of the Ipo Type menu. The button tooltips give the clue as well.
Tech note: the Ipo now can get directly linked to a constraint, and is
being called during regular pose constraint solving.
Actions (and drivers in actions) are being calculated *before* pose
constraint solving. Result of actions then is written in bones, which
then solves the entire pose.
This means you can have a driver on both the constraint, as on the action
channel for the constraint! Not that I'm going to debug that easily :)
Additional fix: Joshua added a copy/paste IpoCurve feature, but he broke
the functionality to be able to paste in an empty ipo channel. That now
works again
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This option sets the relative scaling factor to the amount set in the
scene "100%/75%/50%/25%" buttons. It's useful when you've got a fixed
background image, and want to do preview renders at a lesser
percentage, so you don't have to go and change the scale node each
time you change the %.
Also removed unnecessary use of a global from texture node.
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This commit adds a new node, crop, to the compositor. This node can be used to
crop input image. It has two modes of operation. It can either crop image
size (Crop Image Size option) or crop while retaining original size of the
image. This latter mode can be used to preview the crop.
Use X1, Y1, X2, Y2 controls to manage the area to be cropped.
Note that I added a check for image preview min and max values to node_update.
This is because it could give inappropriate values in certain cases when
Crop Image Size option was toggled (values such as x1=0, y1=0, x2=60, y2=0 would
result in eternal loop due to bad min and max (min bigger than max!)). The check
makes sure that min and max values are always valid.
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Commit I did in March (10378) tried to fix typedef callback for Group
nodes, but it missed a case, causing group node display to be wrong on
load (only first drawing was wrong).
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* glare
* tonemap
* lense distort
* fast gauss blur
http://projects.blender.org/tracker/?func=detail&atid=127&aid=7505&group_id=9
made fast gauss blur an option for the blur node rather then a separate node.
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Thanks goto Matthew Plough (meestaplu)
I've tested it on linux with both an nvidia and an ATI card,
I've also tested it on a mac and solaris, as well as through a
remote display. So I think this one is pretty safe.
If it causes problems on older systems we can revert it
but I don't think we will have any issues with it.
Kent
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This commit replaces the old function used to draw time node
user interface with new one. This should fix the issue. The
function can later be reused time node for material node
system.
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Initial commit of imagebrowser in trunk.
BIG COMMIT!
Main changes:
* completely reworked imasel space
* creation and storage of the preview images for materials, textures, world and lamp
* thumbnails of images and movie files when browsing in the file system
* loading previews from external .blend when linking or appending
* thumbnail caching according to the Thumbnail Managing Standard: http://jens.triq.net/thumbnail-spec/
* for now just kept imasel access mostly as old imgbrowser (CTRL+F4, CTRL+F1) a bit hidden still.
* filtering of file types (images, movies, .blend, py,...)
* preliminary managing of bookmarks ('B' button to add, XKEY while bookmark active to delete)
More detailed info which will be updated here: http://wiki.blender.org/index.php/User:Elubie/PreviewImageBrowser
Places that need special review (and probably fixes):
* BLO_blendhandle_get_previews in readblenentry
* readfile.c: do_version and refactorings of do_library_append
* UI integration
TODO and known issues still:
* Accented characters do not display correctly with international fonts
* Crash was reported when browsing in directory with movie files
* Bookmark management still needs some UI work (second scrollbar?), feedback here is welcome!
Credits:
Samir Bharadwaj (samirbharadwaj@yahoo.com) for the icon images.
Many thanks to everyone who gave feedback and helped so far!
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This commit adds autocompletion and "red alert" feature to text input
fields (UV and VCol) of the Geometry material input node. The functionality
is similar to one found in UV part of the "Map Input" panel found in Material
buttons context of the Buttons Window.
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* Geometry node: Front/back output
This is used as a mask for determining whether you're looking at the front side or back side of a mesh, useful for blending materials, my practical need was giving different materials to the pages of a magazine: http://mke3.net/blender/etc/frontback-h264.mov
Give 1.0 if it's the front side, and 0.0 if it's the back side.
* Extended material node
This is the same as the material node, but gives more available inputs and outputs, (basically just connecting up more of ShadeInput and ShadeResult to the node). I didn't want to add it to the normal simple Material node since you don't always need all that stuff, and it would make the node huge, but when you do need it, it's nice to have it.
== Comp nodes ==
* Invert node
Inverting is something that happens all the time in a node setup, and this makes it easier. It's been possible to invert previously by adding a mix node and subtracting the input from 1.0, but it's not the best way of doing it. This node:
- makes it a lot faster to set up, rather than all the clicking required with the mix node
- is a lot more usable amidst a complex comp setup, when you're looking at a node tree, it's very helpful to be able to see at a glance what's going on. Using subtract for inverting is easily mixed up with other nodes in which you are actually subtracting, not inverting, and looks very similar to all the other mix nodes that usually litter a comp tree.
- has options to invert the RGB channels, the Alpha channel, or both. This saves adding lots of extra nodes (separate RGBA, subtract, set alpha) when you want to do something simple like invert an alpha channel. I'd like to add this option to other nodes too.
There's also a shader node version too.
* Also a few fixes that I committed ages ago, but seems to have been overwritten in Bob's node refactor:
- adding new compbufs to the set alpha and alphaover nodes when you have only one noodle connected to the lower input
- making the fac value on RGB curves still work when there's nothing connected to it
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Node UI for Image sequences also allows negative offset value, so you can
have first image be 0000 too (3dsmax)
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Checked every instance of testbase to see this dosnt break anything, also changed TESTBASE and TESTBASELIB, both were used incorrectly in places.
added error_libdata() for library error messages that are everywhere.
added object_data_is_libdata to test if the object and its data's are from a library.
fixed 2 crashs in adding Curve points to a library object (remember to check, verify_ipocurve returns NULL!)
made duplicating and making dupli's real for lib objects possible, disabled joining into lib armatures and meshes.
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Node system: new typedefinition system caused button callbacks for group
node not to work.
Since this is not configurable, added it hardcoded. with a "XXX Ugly Hack"
note.
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This will allow python or plugin defined nodes to work as well.
(And fixes compile issues with MSVC in yesterdays commit for nodes)
Code provided by Nathan L.
Fixes in his code:
- free_nodesystem() was called too late (after guarded alloc was closed)
- free_nodesystem() was freeing nodes that were not malloced even
- free_nodesystem was using free, not freeN :)
- the typedefs needed to be malloced yes, to allow duplicate nodes like
group but also for dynamic nodes.
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Added the curve options buttons (clipping, vector handles, etc)
to the time node
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