1. Calculate the average sales price for each time period:
With
Member [measures]. [AVG sales price]
'[Measures]. [store sales]/[measures]. [sales count]'
Select {[measures]. [store sales], [measures]. [sales count], [measures]. [AVG sales price]} on columns,
{[Time]. [1, 1997], [time]. [1998]} on rows
From sales
2. product sales overview for all years
Select crossjoin ({[time]. [year]. Members}, {[measures]. [store sales], [measures]. [sales count]}) on columns,
{[Product]. [All products]. [Drink], [product]. [All products]. [Drink]. [beverages], [product]. [All products]. [Drink]. [dairy]} on rows
From sales
3. Calculate the proportion of each product to the total sales volume per year (SHARES)
With
Member [measures]. [percent]
'[Measures]. [store sales]/([measures]. [store sales], [product]. [All products])',
Format_string = '0. 00%'
Select
Crossjoin ([time]. [year]. Members, {[measures]. [store sales], [measures]. [percent]}) on columns,
{[Product]. [All products]. [Drink], [product]. [All products]. [food], [product]. [All products]. [non-consumable]} on rows
From sales
4. Calculate the period-over-period growth of sales in each period (period-over-period)
With
Member [measures]. [sales increase]
'[Measures]. [store sales]-([measures]. [store sales], [time]. [1997])'
Select
Crossjoin ({[product]. [All products]}, {[measures]. [store sales], [measures]. [sales increase]})
On columns,
{[Time]. [year]. Members}
On rows
From sales
5. Calculate the popularity of the product (this is calculated based on the number of products sold)
With
Member [measures]. [welcome degree]
'[Measures]. [sales count]/([measures]. [sales count], [product]. currentmember. Parent )',
Format_string = '0. 00%'
Select
Crossjoin ([time]. [year]. Members, {[measures]. [store sales], [measures]. [welcome degree]}) on columns,
{[Product]. [All products]. [Drink]. [alcoholic beverages], [product]. [All products]. [Drink]. [beverages], [product]. [All products]. [Drink]. [dairy], [product]. [All products]. [food]. [baked goods], [product]. [All products]. [food]. [baking goods], [product]. [All products]. [food]. [breakfast foods], [product]. [All products]. [food]. [canned foods], [product]. [All products]. [food]. [dairy], [product]. [All products]. [food]. [frozen foods]} on rows
From sales
6. Average Phase sales (volume)
-- AVG (descendants ([time]. currentmember, [time]. [months]), [measures]. [quantity]) = sum (descendants ([time]. currentmember, [time]. [months]), [measures]. [quantity])/count (descendants ([time]. currentmember, [time]. [months])
With
Member [measures]. [period quantity]
'Sum (descendants ([time]. [2, 1997], [time]. [month]), [measures]. [sales count])/count (descendants ([time]. [2, 1997], [time]. [month])'
Select
Crossjoin ([time]. [year]. Members, {[measures]. [sales count], [measures]. [period quantity]})
On columns,
{[Product]. [All products]. [Drink]. [alcoholic beverages], [product]. [All products]. [Drink]. [beverages], [product]. [All products]. [Drink]. [dairy], [product]. [All products]. [Drink], [product]. [All products]. [food]. [baked goods], [product]. [All products]. [food]. [baked goods], [product]. [All products]. [food]. [baking goods], [product]. [All products]. [food]. [breakfast foods], [product]. [All products]. [food]. [canned foods], [product]. [All products]. [food], [product]. [All products]. [non-consumable]. [Chain usel], [product]. [All products]. [non-consumable]. [checkout], [product]. [All products]. [non-consumable]} on rows
From sales
7. Top 10 products sold each year
Select
{[Measures]. [store sales]} on 0,
Generate ([time]. [year]. members, topcount ([time]. [year]. members * [product]. members, 10, [measures]. [store sales]) on 1
From sales
Bytes ---------------------------------------------------------------------------------------------------
Not modified successfully:
Select
Non empty
{
{[Measures]. [sales]}
}
} On columns,
Non empty
{
{Toggledrillstate ({[time]. [All years]. [2003]} * {[product]. [All products]. [classic cars]. [classic metal creations]. [1952 Alpine Renault 1300], [product]. [All products]. [classic cars]. [unimax art galleries]. [1992 Ferrari 360 spider Red]},
{[Time]. [All years]. [2004]} * {[product]. [All products]. [classic cars]. [Second gear diecast]. [2001 Ferrari Enzo], [product]. [All products]. [classic cars]. [unimax art galleries]. [1992 Ferrari 360 spider Red]},
{[Time]. [All years]. [2005]} * {[product]. [All products]. [classic cars]. [unimax art galleries]. [1992 Ferrari 360 spider Red], [product]. [All products]. [Motorcycles]. [Red start diecast]. [2003 Harley-David son Eagle drag bike] }}, {[time]. [All years]. [2, 2003]})}
} On rows
From [steelwheelssales]
Select
Non empty
{
{[Measures]. [sales]}
}
} On columns,
Non empty
{
Union ({toggledrillstate ({[time]. [All years]. [2003]}, {[time]. [All years]. [2003]})}
* {[Product]. [All products]. [classic cars]. [unimax art galleries]. [1992 Ferrari 360 spider Red],
[Product]. [All products]. [classic cars]. [classic metal creations]. [1952 Alpine Renault 1300]},
{[Time]. [All years]. [2004]} * {[product]. [All products]. [classic cars]. [Second gear diecast]. [2001 Ferrari Enzo],
[Product]. [All products]. [classic cars]. [unimax art galleries]. [1992 Ferrari 360 spider Red]}),
{[Time]. [All years]. [2005]} * {[product]. [All products]. [classic cars]. [unimax art galleries]. [1992 Ferrari 360 spider Red], [product]. [All products]. [Motorcycles]. [Red start diecast]. [2003 Harley-David son Eagle drag bike]})
} On rows
From [steelwheelssales]
Top 10 products per year
Sselect
{[Measures]. [sales]} on 0,
Generate ([time]. [years]. members, bottomcount ([time]. [years]. currentmember * [product]. [product]. members, 10, [measures]. [sales]) on 1
From [steelwheelssales]
Customers who have bought both classic cars and motorcycles in 10.2004
Select {[product]. [All products]. [classic cars], [product]. [All products]. [Motorcycles], [product]. [All products]. [planes], [product]. [All products]. [ships], [product]. [All products]. [trains], [product]. [All products]. [trucks and buses], [product]. [All products]. [vintage cars]} on columns,
Generate ([Customers]. [Customer]. Members,
IIF ([product]. [All products]. [classic cars], [measures]. [quantity])> 0 and ([product]. [All products]. [Motorcycles], [measures]. [quantity])> 0,
{[MERs]. [Customer]. currentmember}, {}) on rows
From [steelwheelssales]
Where [time]. [years]. [2004]
10. Comprehensive query of products sold in various countries
Select {[measures]. [quantity], [measures]. [sales]} on columns,
{[Markets]. [country]. Members} on rows
From [steelwheelssales]
Select
{[Measures]. [quantity], [measures]. [sales]} on columns,
{[Markets]. [All markets]. [# null]. [Germany], [markets]. [All markets]. [EMEA]. [Sweden]} on rows
From [steelwheelssales]
11.2004-year growth analysis
With
Member [measures]. [sales increase percent]
'Iif ([measures]. [sales], [time]. currentmember. prevmember)> 0, ([measures]. [sales]-([measures]. [sales], [time]. currentmember. prevmember)/([measures]. [sales], [time]. currentmember. prevmember), null )',
Format_string = '0. 00%'
Member [measures]. [quantity increase percent]
'Iif ([measures]. [quantity], [time]. currentmember. prevmember)> 0, ([measures]. [quantity]-([measures]. [quantity], [time]. currentmember. prevmember)/([measures]. [quantity], [time]. currentmember. prevmember), null )',
Format_string = '0. 00%'
Member [measures]. [last sales]
'([Measures]. [sales], [time]. currentmember. prevmember )'
Member [measures]. [last quantity]
'([Measures]. [quantity], [time]. currentmember. prevmember )'
Select
{[Measures]. [sales], [measures]. [last sales], [measures]. [sales increase percent], [measures]. [quantity], [measures]. [last quantity], [measures]. [quantity increase percent]}
On columns,
Generate ({[time]. [months]. Members}, {[time]. [years]. [2004]})
On rows
From [steelwheelssales]
Select
{[Measures]. [quantity], [measures]. [sales]} on columns,
{Crossjoin ({[time]. [years]. Members}, {[markets]. [All markets]. [Na]. [USA]})} on rows
From [steelwheelssales]