As discovered in the Infinite Tensorial Library
This play, found among certain papers in the study of one Master John Dee, bearing the hand of our renowned Will Shakespeare, doth treat of Memory's threefold nature through the device of dramatic representation. Written in the manner of a morall play, yet touched with that philosophical depth which marks the Bard's later works, it presents through living characters what the ancient sages spake in riddles.
| #ifndef IMGUI_THREE_PANEL_LAYOUT_H | |
| #define IMGUI_THREE_PANEL_LAYOUT_H | |
| #include <imgui.h> | |
| #include <functional> | |
| #include <string> | |
| /** | |
| * @brief State structure for the ThreePanelLayout widget | |
| * |
| // ttvColor.h | |
| #ifndef TTVCOLOR_INCLUDED | |
| #define TTVCOLOR_INCLUDED | |
| typedef struct { | |
| float x, y; | |
| } ttvCIEXY; | |
| typedef struct { | |
| float r, g, b; |
Nick Porcino has worked at the intersection of art and engineering since the first days of 8 bit computers and consoles. His early research into computer graphics, neural networks and robotics in the 1980s led to a career developing technologies for toys, game engines, film production, mobile phones, and AR/VR. He has developed and contributed to toys at Bandai, tools and engines for games and films at Disney, LucasArts, Industrial Light and Magic, and Pixar, frameworks for interactive 3d at Apple, human avatars at Oculus Research, and is now a principal engineer on Pixar’s OpenUSD team.
First, invoke hydra to render, then fetch the texture from the HdxTaskController, which is on HdEngine.
// do the render
_engine->Render();
auto tc = _engine->GetHdxTaskController();
HdRenderBuffer* buffer = tc->GetRenderOutput(HdAovTokens->color);
buffer->Resolve();
Next steps for the Gusteau architecture, (c) 2021 Nick Porcino
I take a strong philosophical break with many game editors. It's considered in normal in editors that one directly manipulates the representation of objects in the scene, rather than transacting properties of the objects in the scene.
To sidebar that a bit, a really common criticism of C and C++ is the lack of reflection of structs and classes, and the large number of macro and template libraries that attempt to add it in some way are evidence that it's a common way of thinking about user facing data editing. We can also see the prevelance of systems like CapnProto, flatbuffers, protobuf, etc., that all draw a one to one correspondence between an object and its implementation.
That approach ties directly what a program does to what a program represents. It also means that a barrier to portability between systems is that instead of a system functioning, in a conceptual sense, the same as another system, it must instead to the degree necessary t
| #ifndef included_noodle_h | |
| #define included_noodle_h | |
| /* | |
| LabNoodle | |
| Graphical Graph Editor | |
| The interface does not expose the UI system, but currently the |
Light is measured in two ways. Radiometry measures the energy impinging on a sensor, and photometry attempts to qualitatively measure light to represent how a human observer experiences light. Radiometry is important when physical metrics must be preserved, such as in simulation tasks, and photometry is important in subjective tasks, such as selecting lights to illuminate a street.
Radiometric units measure the physical properties of light, independent of human perception. These units are based on the total energy or power of light across all wavelengths.
To better understand how these radiometric units are related, imagine a conceptual "cube" where each axis represents a dimension of measurement integration:
| #usda 1.0 | |
| ( | |
| endTimeCode = 241 | |
| framesPerSecond = 24 | |
| metersPerUnit = 1 | |
| startTimeCode = 101 | |
| timeCodesPerSecond = 24 | |
| upAxis = "Y" | |
| ) |