estimated demand some-id in some-region is for some-quantity gallons of some-finished-product in some-month of some-year
in that-month an order for that-finished-product can consist in whole or part of some-base-product
in that-month the refinery some-name has committed to schedule some-amount gallons of that-base-product
we have some-method transportation from refinery that-name to region that-region
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for demand that-id for that-finished-product refinery that-name can supply that-amount gallons of that-base-product

customer some-cust-number is on the some-type plan effective some-plan-start-date
that-plan-start-date is less than or equal some-current-date
not : customer that-cust-number has switched plans between that-plan-start-date and that-current-date
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on that-current-date the plan in effect for customer that-cust-number is that-type

patient some-number date some-start1 some-fin1 had in-patient treatment for some-condition1
patient that-number date some-start2 some-fin2 had out-patient treatment for some-condition2
the period that-start1 to that-fin1 overlaps with the period that-start2 to that-fin2
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patient that-number had in-patient treatment that-condition1 overlapping with out-patient treatment that-condition2

url:12.345.67.89  dbms:9i  dbname:ibldb tablename:EMP_DEPT  port:1521  id:anonymous  password:oracle
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employee some-empnumber some-name works in some-department

PO some-POnum to some-vendor requires a shipment by some-date of some-rqty of the part some-partnumber some-name
sum a-sqty : for PO that-POnum shipment some-shipnum was of some-sqty of the part that-partnumber that-name = a-total
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for PO that-POnum that-total units of the reqd that-rqty of the part that-partnumber that-name have been shipped so far


PO some-POnum to some-vendor requires a shipment by some-date of some-rqty of the part some-partnumber some-name
for PO that-POnum some-sqty units of the reqd that-rqty of the part that-partnumber that-name have been shipped so far
that-rqty - that-sqty = some-qty
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for PO that-POnum that-vendor could ship up to that-qty of the part that-partnumber that-name

the current user is some-person with userid some-uid and with permission status some-perm
anyuid running with permission status that-perm is allowed to change the Reengineering estimates
the present date and time is some-year/month/day some-time
some-year is a year under consideration for estimates
in some-zone the Reengineering company has a dept some-dept
the net income in $M for that-year to be contributed by that-zone that-dept is some-old-amount
del : for the year that-year the zone that-zone dept that-dept estimates net income $M some-old-amount
add : for the year that-year the zone that-zone dept that-dept estimates net income $M a-new-amount
the next log number is some-num
add : log that-num userid that-uid on that-year/month/day that-time added that-year that-zone that-dept that-new-amount
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Change the estimated net income for that-year that-zone for that-dept from that-old-amount to that~new-amount

some-relationship1 is a specialization of some-relationship2
that-relationship2 is a specialization of some-relationship3
------------------------------------------------------------
that-relationship1 is a specialization of that-relationship3



some-person is related through some-relationship to some-other-person
that-relationship is a specialization of some-higher-relationship
----------------------------------------------------------------------------
that-person is related through that-higher-relationship to that-other-person

some-agent measures some-quantity in some-units
not : the canonical measure of that-quantity is those-units
one unit of that-quantity measured in those-units converts to a canonical some-number some-standard-units
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that-agent sending one unit of that-quantity in those-units should first convert it to that-number those-standard-units




one unit of length measured in miles converts to a canonical some-number1 kilometers
one unit of time measured in hours converts to a canonical some-number2 seconds
that-number1 / that-number2 = some-quotient
that-quotient rounded to 5 places after the decimal point is some-number
-------------------------------------------------------------------------------------
one unit of speed measured in mph converts to a canonical that-number kps

some-item is in some-classB but not in some-classA
--------------------------------------------------
that-classA does not subsume that-classB


some-classA and some-classB are named differently
some-item is a member of that-classA
not : that-item is a member of that-classB
--------------------------------------------------
that-item is in that-classA but not in that-classB


there is a class named some-classA-name
there is a class named some-classB-name
that-classA-name is not equal that-classB-name
----------------------------------------------------------
that-classA-name and that-classB-name are named differently

the scenario some-type uses some-method with controlled seller some-seller1 controlling buyer some-co1 and uncontrolled buyer some-co2
in the scenario that-type the controlling buyer that-co1 purchases items in a quantity some-ctrld-qty
the scenario that-type has a base price some-price and an uncontrolled volume discount some-lo-disc for a quantity some-lo-qty
the scenario that-type has a base price some-price and an uncontrolled volume discount some-hi-disc for a quantity some-hi-qty
that-lo-qty is less than that-hi-qty
interpolating between that-lo-qty that-lo-disc and that-hi-qty that-hi-disc yields some-ctrld-qty and some-ctrld-discount
that-price discounted by that-ctrld-discount % is some-transfer-price
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in the scenario that-type the price for a controlled quantity that-ctrld-qty is that-transfer-price

at rank some-rank1 some-country has population some-number million as of some-date1
that-number is greater than 0
at rank some-rank2 that-country has oil-consumption some-amount million-bbl/day as of some-date2
that-amount / that-number = some-quotient
that-quotient * 365 = some-yearly-quotient
that-yearly-quotient rounded to 0 places after the decimal point is some-quantity
------------------------------------------------------------------------------------------------
that-quantity barrels of oil per person per year are consumed in that-country

EU-rent currently owns some-car
not : that-car is currently rented out
car that-car is in the group some-group
car that-car is currently owned by branch some-branch
-----------------------------------------------------------------------------
car that-car in group that-group is currently available at branch that-branch


for demo purposes the current date and time is some-date some-time
EU-rent customer some-Cnumber some-name has rental some-Rnumber starting some-date1 some-time1 ending some-date2 some-time2
that-date that-time is between that-date1 that-time1 and that-date2 that-time2
rental number that-Rnumber is assigned some-car
---------------------------------------------------------------------------------------------------------------------------
that-car is currently rented out


for demo purposes the current date and time is some-date some-time
EU-rent customer some-Cnumber some-name has rental some-Rnumber starting that-date some-time1 ending some-date2 some-time2
not : rental number that-Rnumber has a car assigned to it 
rental that-Rnumber is for a car some-group with pick up at some-branch1 and return at some-branch2
car some-car in group that-group is currently available at branch that-branch1
add : rental number that-Rnumber is assigned that-car
---------------------------------------------------------------------------------------------------------------------------
ASSIGN car that-car in group that-group to rental number that-Rnumber for customer that-Cnumber that-name

some-stock with price $ some-price has an option maturing in some-number months at exercise price $ some-ex-price
the standard deviation ( volatility ) of the value of that-stock is estimated to be some-sigma
the current interest rate is some-rate per month
that-price / that-ex-price = some-ratio
price ratio that-ratio and volatility that-sigma at that-rate for that-number months has d1 some-d1-value
for input that-d1-value the cumulative univariate normal distribution value is some-d1-cumulative
that-price * that-d1-cumulative = some-worth-part1
that-rate * that-number = some-rate-times-time
2.718 raised to the power that-rate-times-time = some-result
that-ex-price * that-result = some-worth-part2a
price ratio that-price-ratio and d1 that-d1-value with volatility that-sigma for that-number months has d2 some-d2
for input that-d2 the cumulative univariate normal distribution value is some-d2-cumulative
that-worth-part2a * that-d2-cumulative = some-worth-part2
that-worth-part1 - that-worth-part2 = some-calculated-value
that-calculated-value rounded to 3 places after the decimal point is some-value
----------------------------------------------------------------------------------------------------------------------
call that-stock current that-price volatility that-sigma that-number months ex price that-ex-price is worth that-value