Cohesive Digital Gauges Cluster + O.K.T.P. The TP1 I've just recently upgraded the wireframes and cleaned redundancy in twice the TPMS of 4 wheels circular indicator in TP1, now TP1 I think is the winner. Attn.: Sensitive, Confidential. In additions, I propose to re-consolidate around the practical feasible future project of modules, artifacts and components for products designs and manufacturing with truly better user upservance, spirited driving: Traveling, Touring Industry designs and implementations, faster and (more moving and looking attention concentration, less on internal dashboards for true long haul driving), co-pilots, BEV, mild-, full-, plugin - HEV, ADAS, Transmissions, Gearboxes, Transmission Control Modules, Powertrain Control Modules, Transmission Management Systems, Powertrain Management Systems, Drivetrain Control Units, Zonal Controllers Architectures, GutenFahren modules, with yet no welding, nor painting required, better tapping and control algorithms and implementation both in code and in HMI regulating units (such as sliders, knobs, taps) , clever mech-, chem- and electro- blending, with real value to put on research stage. True elevated cost comes with apparent true gains in efficiency, comfort, safety, novel new and used frugal inter-constellations. This is also compounding workflow-thread-stream. which snawballs All this working stream is only with me. What on needs meeting product acceleration? What on PoC? What on MVP? What on TP RP? What on OEM, OTP? What on needs meeting product innovation? What if Toyota Yaris is better than Hyunday Ionic? What on High Perfromant High Assurance Coding? What if maturing?

Response time = Actuation constraints = Motor torque availability = Who needs which modules on belt, toothed systems? What do you think on me to do to make it immidiately integrable and marketable? What if to make it fully with iPhone and Android based smartphones as Control and Interface units and not microcontrollers existing hardware to re-utilize? ... import scala.collection.mutable import scala.math._ case class SensorData( speed: Double = 0, rpm: Double = 0, oilPressure: Double = 3.5, coolantTemp: Double = 85, throttle: Double = 0, fuelLevel: Double = 72, batterySOC: Double = 78, motorRPM: Double = 0, motorTemp: Double = 40 ) case class ProtocolConnection(name: String, port: Int, connType: String, var connected: Boolean = false) case class DataPoint(value: Double, timestamp: Long) class DataLogger(maxPoints: Int = 1000) { val channels: mutable.Map[String, mutable.ArrayBuffer[DataPoint]] = mutable.Map() var recording: Boolean = false def addSample(channel: String, value: Double): Unit = { val buf = channels.getOrElseUpdate(channel, mutable.ArrayBuffer()) buf += DataPoint(value, System.currentTimeMillis()) if (buf.size > maxPoints) buf.remove(0, buf.size - maxPoints) } } class TransmissionControl { var gear: String = "P" var locked: Boolean = false var ballScrewPosition: Double = 50 // + MORE IFF you pay def setGear(g: String): Unit = gear = g def toggleLock(): Unit = locked = !locked def setBallScrew(pos: Double): Unit = ballScrewPosition = pos.max(0).min(100) } local HMI = {} ... HMI.__index = HMI function HMI.new() local self = setmetatable({}, HMI) self.speed = 0 self.rpm = 1200 self.throttle = 0 self.oil_pressure = 3.5 self.coolant_temp = 85 self.fuel_level = 72 self.battery_soc = 78 self.motor_rpm = 1200 self.motor_temp = 40 self.gear = "P" self.trans_locked = false // + MORE IFF you pay

self.ball_screw_pos = 50 self.hybrid_mode = "Hybrid" self.eco_score = 12 self.protocols = { DNP3 = {connected = false, port = 20000}, FlexRay = {connected = false, port = 20001}, LIN = {connected = false, port = 20002}, CAN = {connected = false, port = 20003}, ["DLMS/IEC 62056"] = {connected = false, port = 4059}, ["M-Bus"] = {connected = false, port = 4060}, ["Zigbee SE 2.0"] = {connected = true, port = 4061}, } self.data_log = {} self.recording = false self.tire_pressure = {2.3, 2.3, 2.2, 2.2} return self end ... It is real mitten mission critical and time efficient, mean of cockpit-dashboard and HUD, novel finding: better make it some secrete protocol connected and not GPS(due to you know vast differences for better geopolitical consolations, novel methods) also some novel connectivity with more accurate speed (velocity) readings, plugged, plug&play modules I produce, so that to most of cars to augment better, take heed, my corrective control signal: SciTech is and not SciFi, which means when a specific car speedometer does not work or work weak the our product will augment speedometers in most of supporting cars ( for example straight rickshaw tuktuk and inverse rickshaw tuktuk and utes, vans, tradies, buses, trailers, trucks, submarines, vessels), Let this platform to continue more true large value generating and util.

Now also wire-frames I can produce relatively normal quality and fast now also in rare special formats of .cgm, . .dxf, .fig, .vpg as well as .scala, .lua yet not published file available + more cool util proprietary products. ProdReactSuite™ ® © +