Diskussion:Praxissemester: Robotik und Autonome Systeme im WS24/25: Unterschied zwischen den Versionen
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(4 dazwischenliegende Versionen von einem anderen Benutzer werden nicht angezeigt) | |||
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| 3 || 30.09.2024 - | | 3 || 30.09.2024 - 04.10.2024 || | ||
* Matlab coder project : solve error regarding stack size full and move data to heap using dynamic memory allocation | * Matlab coder project : solve error regarding stack size full and move data to heap using dynamic memory allocation | ||
* Solidworks RC car holder : Concept and Initial design with part file measurements | * Solidworks RC car holder : Concept and Initial design with part file measurements | ||
* Design the inner frame of the RC holderwith variable thickness and equal thickness | |||
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* Solved initial error of stack size full and used dynamic memory allocation to move data to heap, encountered new error hmpalert.pdb file not found | * Solved initial error of stack size full and used dynamic memory allocation to move data to heap, encountered new error hmpalert.pdb file not found | ||
* Design of RC car rack frame with included features like relations, variables, equations and referance geometry | * Design of RC car rack frame with included features like relations, variables, equations and referance geometry | ||
* Designed inner frame successfully with variable thickness and solved the issue of blue lines in sketch | |||
* Solved the error of hmpaleart file not found and stck overflow issue, changes to checkCrosswalk.c. | |||
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| 4 || 7.10.2024 - 11.10.2024 || | |||
* Design the base for the RC car holder with 12mm thickness to minimize torque | |||
* Visual studio setup and learning visual studio IDE tutorials | |||
* Solidworks RC car holder project: design side holders, fill base, fillet the edges | |||
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* Designed the base with 12 mm width to counter torque, but encountered some critical errors regarding the design measurements | |||
* Due to multiple interlinked complex erros encountered in previous design of the base, it was concluded a better method had to be adopted, used swept boss base to design the base with various planes | |||
* Designed supporting trusses to stabilize the structure, added fillets for the design | |||
* Visual studio setup and learning visual studio IDE tutorials course completion, certificate achieved. | |||
* Designed the side holders, holes through the pushing knob, fillet the critical edges, boss extruded the base fillers | |||
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| 5 || 14.10.2024 - 18.10.2024 || | |||
* Solidworks project : creating fillets and solving minor errors relating to dimensioning | |||
* prepare the model for 3D printing | |||
* review of the printed 3D models with Herr Ebmeyer , disussed to increase the dimensions of the mode, create support structures . | |||
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* designed the side holders, holes through the pushing knob, fillet the critical edges, boss extruded the base fillers | |||
* Prepared the finished product for 3 D printing, upon advice of Herr Ebmeyer split the model into 2 parts using split tool in solidworks, created a lego block joint to join them in practical, prepared STL file and started 3 D printing. | |||
* Dimensions of the length height and width of the model changed, created circular support structures on the corners of the model, restructured the pressing part to the width of the thumb, solved fillet errors in the pressing part, learning to use other fillet options. | |||
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| 6 || 11.11.24 || | |||
* Auto choice of version (>2020 use bluetooth, before use COM) | |||
* show available com ports to choose from | |||
* Update the [[Referenzmessung_mit_der_Topcon_Robotic_Total_Station|wiki article]] so a new student can use the TopCon System to validate the cars velocity | |||
* construct mount fpr prism on Jetracer (above camera) | |||
* Visualize track, mark fixed position for Topcon station and Start. | |||
* Verify existing track | |||
* Goal: Map car driving in right lane in realtime | |||
* Idea: Line Tracking Bot can measure the right white line | |||
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* x, y, z is tranfered and displayed in Matlab | |||
* GUI for showing the data | |||
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Aktuelle Version vom 11. November 2024, 13:29 Uhr
# | Termin | Planung für die Folgewoche | Fortschritt |
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1 | 23.09.2024 |
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2 | 23.09.2024 - 27.09.2024 |
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3 | 30.09.2024 - 04.10.2024 |
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4 | 7.10.2024 - 11.10.2024 |
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5 | 14.10.2024 - 18.10.2024 |
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6 | 11.11.24 |
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