// Calculates the stats for k. Useful for human-readable output.
int calcFitnessDirect(Keyboard *k)
{
calcFitness(k); // Otherwise, k->fitness, k->fingerUsage, and k->fingerWork
// would not get assigned properly.
int i;
k->distance = 0;
k->inRoll = 0;
k->outRoll = 0;
k->sameHand = 0;
k->sameFinger = 0;
k->rowChange = 0;
k->homeJump = 0;
k->ringJump = 0;
k->toCenter = 0;
k->toOutside = 0;
for (i = 0; i < diLen; ++i) scoreDigraphDirect(k, diKeys[i], diValues[i]);
for (i = 0; i < monLen; ++i) {
k->distance += trueDistance[locWithoutShifted(k, monKeys[i])] * (monValues[i] / 100); // meters
}
return 0;
}
/*
* Calculates fitness without score multipliers. Useful for producing
* human-readable output.
*/
int calcFitnessDirect(Keyboard *k)
{
calcFitness(k); // Otherwise, k->fitness, k->fingerUsage, and k->fingerWork
// would not get assigned properly.
int i;
k->inRoll = 0;
k->outRoll = 0;
k->sameHand = 0;
k->sameFinger = 0;
k->rowChange = 0;
k->homeJump = 0;
k->ringJump = 0;
k->toCenter = 0;
k->toOutside = 0;
for (i = 0; i < diLen; ++i) scoreDigraphDirect(k, digraphs[i].key,
digraphs[i].value);
return 0;
}
