Using Enhanced Camera Simulator for Practicing and Testing Planetary Detection
One of the highlights of this custom PHD2 release is the enhanced functionality of the ASCOM camera simulator. Users can engage in a hands-on experience with the new features without the immediate need for hardware. This simulator allows for the practice and fine-tuning of planetary detection parameters to achieve optimal results before applying these settings in the field.
The upgraded Camera Simulator includes an option to emulate mount dynamics. This addition enables users to perform guiding calibration and test guiding performance using simulated RA/DEC drift and Periodic Error (PE), all within the comfort of your own environment and using your own captured images.
The Mount Dynamics option within the simulator has been optimized for use with the Mount Simulator when tracking function is enabled. This combination offers a realistic environment to simulate and refine mount calibration and guiding procedures.
Users will find that when the Mount Dynamics feature is activated in conjunction with the Tracking feature of the Mount Simulator, they can fully engage in simulated calibration and guiding exercises. This setup provides a valuable tool for users to practice and perfect their guiding strategies without the need for actual hardware.
For those utilizing image files for camera simulation, a new level of convenience has been introduced with the Recenter button. Found in the Camera Simulator control dialog, this feature restores the original position of a simulated image that has drifted out of the frame, bringing it back into view with a single click. This enhancement simplifies the process of adjusting images during simulation, ensuring a seamless experience when training or testing guiding scenarios.
Please note that when Mount Dynamics is turned off, or if Tracking is not enabled in the Mount Simulator, the guiding and calibration functionality will not operate. The Recenter button ensures that users maintain control over the simulated environment, even if the image drifts outside the visible frame.