Sune — solved corner at the front-right
WV S1RU'R2U2RUR'UR
Insert the pair with R U prime R prime and you would be looking at a Sune whose one solved corner sits at the front-right.
27 cases
Winter Variation
Orient the last-layer corners while inserting the final F2L pair, skipping most of OLL.
When the last F2L pair is ready to insert with a plain three-move insertion and the last layer edges are already oriented, Winter Variation lets you insert the pair and orient all four corners in one algorithm. You arrive at the last layer with only corner permutation and edge permutation left. Cheap to learn relative to the payoff, and a good first taste of "influencing" a later step.
From expert
Sune cases 4
Sune — solved corner at the front-left
WV S2URU2R'
A plain insertion would leave a Sune with the solved corner at the front-left, above the slot you are filling.
Sune — solved corner at the back-left
WV S3RU'R'U'RUR'URU2R'
Inserting normally would leave a Sune with its solved corner at the back-left.
Sune — solved corner at the back-right
WV S4UL'URU'LU2R'
Inserting normally would leave a Sune with its solved corner at the back-right.
Anti-sune cases 4
Anti-sune — solved corner at the front-right
WV AS1UR'U'R2U'R2U2R
A plain insertion would leave an anti-sune with the solved corner at the front-right.
Anti-sune — solved corner at the front-left
WV AS2RU'R'UR'U'RU'R'U2R
A plain insertion would leave an anti-sune with the solved corner at the front-left.
Anti-sune — solved corner at the back-left
WV AS3RU'R2U'RU'R'U2R
A plain insertion would leave an anti-sune with the solved corner at the back-left.
Anti-sune — solved corner at the back-right
WV AS4RUR'U'RU'R'
A plain insertion would leave an anti-sune with the solved corner at the back-right.
Pi cases 4
Pi — clockwise pair at the front
WV Pi1UR'ULU'R2UL'UR'
Inserting normally would leave a Pi, with the two corners twisted clockwise sitting along the front.
Pi — clockwise pair on the right
WV Pi2URU2R2U2RUR'UR
A plain insertion would leave a Pi with the clockwise pair down the right-hand side.
Pi — clockwise pair on the left
WV Pi3UF'RU2R'U2R'FR
A plain insertion would leave a Pi with the clockwise pair down the left-hand side.
Pi — clockwise pair at the back
WV Pi4RUR2U'R2U'R2U2R
A plain insertion would leave a Pi with the clockwise pair along the back.
H cases 2
H — clockwise pair front-right to back-left
WV H1URU'R'URU2R'
A plain insertion would leave an H, with the two clockwise-twisted corners on the front-right to back-left diagonal.
H — clockwise pair front-left to back-right
WV H2RUR'U'RUR'U'RU'R'
A plain insertion would leave an H, with the clockwise pair on the other diagonal from WV H1.
L cases 4
L — solved corners front-right and back-left, front-left clockwise
WV L1R2DR'URD'R'U2R'
Inserting normally would leave a bowtie with its two solved corners at the front-right and back-left, and the front-left corner twisted clockwise.
L — solved corners front-right and back-left, front-left anticlockwise
WV L2RU'RD'RU'R'DRUR
The same bowtie positions as WV L1, but the twists run the other way: the front-left corner is twisted anticlockwise.
L — solved corners front-left and back-right, front-right clockwise
WV L3R2U'L'UR'U'LR'
Inserting normally would leave a bowtie with its solved corners at the front-left and back-right, the front-right corner twisted clockwise.
L — solved corners front-left and back-right, front-right anticlockwise
WV L4L'U2RUR'U2L
The mirror twist of WV L3: same solved corners, opposite directions.
T cases 4
T — solved pair at the front
WV T1R2DR'U'RD'R2
A plain insertion would leave a T shape with its two solved corners along the front.
T — solved pair on the right
WV T2U'L'URU'R'L
A plain insertion would leave a T shape with its solved corners down the right-hand side.
T — solved pair at the back
WV T3F'U'FR'FRF2UF
A plain insertion would leave a T shape with its solved corners along the back.
T — solved pair on the left
WV T4U'R'F'RU2RU2R'F
A plain insertion would leave a T shape with its solved corners down the left-hand side.
U cases 4
U — solved pair at the front
WV U1L'U2RU'R'U'RU'LR'
A plain insertion would leave a U shape — the headlights — with its two solved corners along the front.
U — solved pair on the right
WV U2U2R'D'RU2R'DR2U'R'
A plain insertion would leave headlights with the solved corners down the right-hand side.
U — solved pair on the left
WV U3R'D'RUR'DR2U2R'
A plain insertion would leave headlights with the solved corners down the left-hand side.
U — solved pair at the back
WV U4URU2R2U'RU'R'U2R
A plain insertion would leave headlights with the solved corners along the back.
Everything else 1
Corners already oriented
WV0RU'R'
The pair is joined at the front-left of the top layer, its two front stickers matching, and all four last-layer corners already show the top colour. Nothing to influence.