If not, you will have to start the rendering manually by clicking on the 'Start render' button in the ControlCenter. Once the upload process is completed, the rendering process will start automatically if you activated the 'Autostart render' option before uploading. You can check the progress of the upload and rendering by visiting the ControlCenter. The Rebus Farminizer will upload your render job including all the assets required for rendering. If you don’t get an error message, please proceed by clicking on 'Send to RebusFarm'.

Please refer to 'Cinema 4D Job Submission' for more detailed information about each of the options of the RebusFarm setup window.Īfter configuring your RebusFarm settings, please click on the button 'Upload to RebusFarm' at the bottom of the RebusFarm setup window.Ī new window will open for RebusFarm messages, showing all the relevant information, warnings, and errors your scene may have. You can do that via the RebusFarm tab or by pressing Ctrl+shift+F on your keyboard. Please close the Cinema 4D render setup and open the RebusFarm setup window to render online. Select the resolution for your results and select the frame range that you want to be rendered in the render cloud. Navigate to the Cinema 4D render settings 'Output' tab to set the resolution and frame range. Now please navigate to the Cinema 4D render settings 'Save' tab and set a save path for the regular image that you want to render online.Ĭlick on the '.' button and define a name and a save path for the regular image. Please note that these values affect the render time in the render cloud, so make a few local tests before sending the job to the render cloud. Increasing the sampling rates reduces the amount of noise in the images. Go to the 'Main' tab in the Arnold render settings, where you are able to set the sampling quality. Please navigate to the Arnold render settings. Open your scene in Cinema 4D with Arnold Renderer and open the render setup. How to submit a job using Cinema 4D and Arnold Renderer

Arnold for cinema 4d