My data source contains data from a Kia EV6 electric car, recorded with a CANedge CAN bus data logger with device ID 2A896980. The data includes battery data from the EV and GPS/IMU data from a sensor module. Update my dashboard to include panels as per below. Make sure to use my preferred colors #3D85C6, #FF9900, #11D0AE, #F6856 and #646464 and variations of these as needed. Use "Background Solid" mode for Stat panels. ----- ROW 1: 6 x panels (taking up 1/6 of width each). The width/height ratio of each panel should be 2/1. Panel 1: Text panel. Content should be Kia. The panel itself should be transparent. Panel 2: Stat panel showing State of Health (%), last value Panel 3: Stat panel showing State of Charge (%), last value. Use StateOfChargeBMS from CAN1_Battery_S_M62_R_M101 Panel 4: Stat panel showing State of Charge 'used' (%). This should reflect the consumed SoC, taking into account that there may be periods of charging during the time period we consider, meaning the query should only accumulate the negative deltas to the SoC signal Panel 5: This should show the actual distance travelled by the car. The signal unit is meters and this should also be the unit of the panel. Note that the Gnss based distancetrip signal accumulates during a trip. By computing the delta distance and accumulating this, we can determine the actual distance over any given time period. Make the panel unit km/h. Panel 6: Stat panel showing avg. Speed (km/h). This should be extracted via the GNSS based speed signal, which is measured in m/s. __________ Row 2: 1 x 4 panels (the 1st panel takes up 50% of the width, the remaining 3 panels take up 1/3 of the remaining width). The height of each panel should be similar to the height of the panels in row 1. Panel 1: Time series plot of speed (km/h) using the GNSS based speed signal (m/s). Panel 2: Gauge showing the average Outside Temperature (degC) based on CAN1_Temperature_S_M62_R_M100. The threshold color scheme should go from -10 to 45+, going from blue to yellow/orange to red in gradual steps. Add min/max from -10/60 on the gauge. Panel 3: Gauge showing the average Inside Temperature (degC) based on CAN1_Temperature_S_M62_R_M100. Similar color thresholds as above. Add min/max from -10/60 on the gauge. Panel 4: Gauge showing the average Battery Max Temperature (degC) based on CAN1_Battery_S_M62_R_M101. Similar color thresholds as above. Add min/max from -10/60 on the gauge. __________ Row 3: 1 x 2 panels taking up 50% width each. The width/height ratio should be 1/1 and the height should be 2 x the height of the panels in row 1 Panel 1: Time series panel showing tire temperatures over time, based on CAN1_Tire_S_M62_R_MC00B. Add short-hand names for each temperature. Panel 2: Geomap panel showing the CAN2 GnssPosition position as a route layer. The panel should have two layers: A basemap layer using Open Street Map and a route layer showing the position. The route layer color should be fixed to #3D85C6. The initial view settings should be set to fit to data with a padding of 5 and a max zoom of 15. The route should be colored #3d85c6.