User:Wgtnnz/sandbox

There is a set design path with the Complexity Count Carbon Count

there are errors which I will sort out I just require some more time.

CV1 COMPLEXITY VALUE ONE The complexity value equaling the amount of parts within one product eg a pot with one handle, one pot, two rivets would be 3 rivets X2 same dimensions =1 pot =1 handle=1 total CV1=3

CV2 COMPLEXITY VALUE 2D The numeric dimensions of a 2D plan eg a credit card has 2 dimension 44mm 86mm total CV2= 2

CV3 – 3D MEASUREMENT COUNT I'm leaving this complexity count for now, I will need professional help sorting the numeric 3D count. I have the structure which will allow me to assign a 3D count to most 3D shapes with a minimum count result produced. I've ventured quiet deep into the 2D, 3D complexity count with the objective being standardisation, simpler products, enabling complexity scope withing 2D 3D plans

CVP - COMPLEXITY VALUE PROCESS The number of processes used in making one individual part, the process steps used in making entire product could be split into two individual groups. Product process count, sub group part process count CVB - BY PRODUCT COUNT OF MANUFACTURING Complexity Value Byproduct, the break down of harmful byproduct produced by the manufacturing of consumer goods Displaying byproduct count within product via CVQR

CVL - COMPLEXITY VALUE LOGISTICS The complexity count logistics would be the carbon used to transport CVCMC: COMPLEXITY VALUE CARBON MATERIAL to the factory The carbon used to transport the fuel to the power generation the carbon count used to transport the product to market

CVE – COMPLEXITY VALUE ENERGY Carbon Created using Coal Power Generation Gas Powered Generation Solar Powerd Generation Wind-powered Generation Nuclear Powered generation Tidal Power generation Cold Fusion Power Generation Volcanic Thermal Power Generation Hydro Power Generation

Each value of Carbon generated by power generation measured in Watt,KiloWatt,MegaWatt,Gigawatt A coal-powered generating plant using carbon scrubbers might have a significantly less Carbon emission than generation plants exhaust porting carbon raw

CVCM - COMPLEXITY VALUE CARBON MATERIAL The carbon cost of producing Materials eg Aluminium, plastic, rubber steel all manufacturing products will have a carbon value per gram kilo tonne

CVEC – COMPLEXITY VALUE ENERGY CARBON Complexity Value Carbon Energy is the Carbon produced per each individual CVP, production process. A factory with its own energy production via solar panels, turbines will have a lesser carbon energy count per product. Manafacturing facilitys using carbon based power generation would have an increased CVEC

CVPC - COMPLEXITY VALUE PRODUCT CARBON The Total Carbon count obtained via the manafacturing of a product CVCM + CVEC = CVPC The CVCM COMPLEXITY VALUE CARBON MATERIAL + The CVEC COMPLEXITY VALUE ENERGY CARBON = CVPC COMPLEXITY VALUE PRODUCT CARBON This will enable a consumer to purchase products which have a lower carbon count. Enabling the consumer the ability of direct control of carbon emmisions via there purchasing power

CVR - COMPLEXITY VALUE RECYCLE Recycleability of material withn components of product

CVQR - COMPLEXITY VALUE QR CODE Data contained within a database containing relevant information about product, carbon, lifespan, issues, dimensions, recycling, Rare Earth Recycling, byproduct, energy consumption and any Carbon Product count in association

CVLS – COMPLEXITY VALUE LIFE SPAN Complexity value Lfe Span. Life span of a product. Many products brought today are unlikly to survive one year. Short life span products are great for providing more taxes A product with a life span of less than on year provides aproximatly 5 times more tax than a product with a CVLS:5 a product which has a life span of 5 years

CVRER – COMPLEXITY VALUE RARE EARTH RECYCLING Rare earth recycling info avalable via CVQR this deritive could be combined into CVR CVC - COMNPLEXITY VALUE CODE EFFICENCY programming code with a regestered effecency rating performance at doing the desired task assigned to by the code

©Paul Cooley