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CloudCompare – point cloud editor for photogrammetry
Read more: CloudCompare – point cloud editor for photogrammetry
CloudCompare is a 3D point cloud (and triangular mesh) processing software. It has been originally designed to perform comparison between two dense 3D points clouds (such as the ones acquired with a laser scanner) or between a point cloud and a triangular mesh. It relies on a specific octree structure dedicated to this task.
Afterwards, it has been extended to a more generic point cloud processing software, including many advanced algorithms (registration, resampling, color/normal/scalar fields handling, statistics computation, sensor management, interactive or automatic segmentation, display enhancement, etc.).
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SkyworkAI Matrix-3D – Omnidirectional Explorable 3D World Generation
Read more: SkyworkAI Matrix-3D – Omnidirectional Explorable 3D World Generationhttps://github.com/SkyworkAI/Matrix-3D
Matrix-3D utilizes panoramic representation for wide-coverage omnidirectional explorable 3D world generation that combines conditional video generation and panoramic 3D reconstruction.
- Large-Scale Scene Generation : Compared to existing scene generation approaches, Matrix-3D supports the generation of broader, more expansive scenes that allow for complete 360-degree free exploration.
- High Controllability : Matrix-3D supports both text and image inputs, with customizable trajectories and infinite extensibility.
- Strong Generalization Capability : Built upon self-developed 3D data and video model priors, Matrix-3D enables the generation of diverse and high-quality 3D scenes.
- Speed-Quality Balance: Two types of panoramic 3D reconstruction methods are proposed to achieve rapid and detailed 3D reconstruction respectively.
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Want to build a start up company that lasts? Think three-layer cake
Read more: Want to build a start up company that lasts? Think three-layer cakehttps://www.fastcompany.com/91131427/want-to-build-a-company-that-lasts-think-three-layer-cake
Building a successful business requires a focus on three key elements: product excellence, go-to-market strategy, and operational excellence. Neglecting any of these areas can lead to failure, as evidenced by the high percentage of startups that don’t make it past the five-year mark. Founders and CEOs must ensure a solid product foundation while also integrating effective sales, marketing, and management strategies to achieve sustainable growth and scale.
- Foundation: Product Excellence, Core Values and Mission
- Core Values: These are the guiding principles that dictate behavior and action within the company. They form the ethical foundation and are crucial for maintaining consistency in decision-making.
- Mission: This defines the company’s purpose and goals. A clear and compelling mission helps align the team and provides a sense of direction.
- Efficiency and Scalability: This layer focuses on creating efficient processes that can scale as the company grows. Streamlined operations reduce costs and increase productivity.
- Structure: Operational Excellence and Innovation
- Operational Excellence: Efficient processes, quality control, and continuous improvement fall into this layer. Ensuring that the company operates smoothly and effectively is crucial for sustainability.
- Innovation: Staying competitive requires innovation. This involves developing new products, services, or processes that add value and keep the company relevant in the market.
- Quality Control and Continuous Improvement: Ensuring that operational processes are of high quality and constantly improving helps maintain product excellence and customer satisfaction.
- Technology and Infrastructure: Investing in the right technology and infrastructure to support business operations is vital. This includes everything from manufacturing equipment to software systems that enhance operational efficiency.
- Strategy: Go-to-Market Strategy, Vision and Long-Term Planning
- Vision: A forward-looking vision inspires and motivates the team. It outlines where the company aims to be in the future and helps in setting long-term goals.
- Strategic Planning: This involves setting long-term goals and determining the actions and resources needed to achieve them. It includes market analysis, competitive strategy, and growth planning.
- Market Understanding: A deep understanding of the target market, including customer segments, competitors, and market trends, is essential. This knowledge helps in positioning the product effectively.
- Marketing and Sales Execution: This involves creating a robust marketing plan that includes branding, messaging, and advertising strategies to attract and retain customers. Additionally, building a strong sales strategy ensures that the product reaches the right customers through the right channels.
- Customer Acquisition and Retention: Effective strategies for acquiring new customers and retaining existing ones are critical. This includes loyalty programs, customer service excellence, and engagement initiatives.
- Foundation: Product Excellence, Core Values and Mission
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Basic GafferHQ python introduction
Read more: Basic GafferHQ python introductionWorking with the Python Scripting API
http://www.gafferhq.org/documentation/1.0.2.0/WorkingWithThePythonScriptingAPI/index.htmlNode Graph editing in Python
https://www.gafferhq.org/documentation/1.0.0.0/WorkingWithThePythonScriptingAPI/TutorialNodeGraphEditingInPython/index.htmlCommon operations
https://www.gafferhq.org/documentation/1.0.0.0/Reference/ScriptingReference/CommonOperations/index.htmlScripting box nodes
https://blog.gafferhq.org/?p=278Dev and pipe tips
https://blog.gafferhq.org/?cat=35import GafferScene import Gaffer # return a list of selections # (nodes HAVE TO BE selected for the following) sel = root.selection() # gaffer standard set list(sel) sel[0].typeName() dir( sel[0] ) sel[0].getName() sel.clear() root.removeChild( sel[0] ) # store the selected nodes in a variable >>> sel = root.selection() >>> myGroup = sel[0] >>> light = sel[1] # set location name myGroup['name'].setValue('groupLocation') light['name'].setValue('photometricLightLocation') # connect a node to a group >>> myGroup['in'][0].setInput( light['out'] ) # return the node/port attached to a group port >>> myGroup['in'][0].childNames('/') photometricLightLocation >>> myGroup['in'][0].getInput().fullName() >>> myGroup['in'][0].source().fullName() gui.scripts.ScriptNode.lighting_in1.PhotometricLightNode.out # return the full name of one of the objects # attached to the out port >>> light['out'].outputs()[0].fullName() gui.scripts.ScriptNode.lighting_in1.GroupNode.in.in0 >>> light GafferArnold.ArnoldLight( "PhotometricLightNode" ) >>> light['out'].childNames('') photometricLightLocation >>> light['out'].outputs()[0].node() GafferScene.Group( "Group" )
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