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#pragma once
#include "rawaccel-base.hpp"
#include "utility.hpp"
namespace rawaccel {
struct valid_profile_ret_t {
int last_x = 0;
int last_y = 0;
int count = 0;
explicit operator bool() const
{
return count == 0;
}
};
struct valid_device_ret_t {
int count = 0;
explicit operator bool() const
{
return count == 0;
}
};
template <typename MsgHandler = noop>
valid_profile_ret_t valid(const profile& args, MsgHandler fn = {})
{
valid_profile_ret_t ret;
auto error = [&](auto msg) {
++ret.count;
fn(msg);
};
auto check_accel = [&error](const accel_args& args) {
static_assert(LUT_POINTS_CAPACITY == 257, "update error msg");
if (args.mode == accel_mode::lookup) {
if (args.length < 4) {
error("lookup mode requires at least 2 points");
}
else if (args.length > ra::LUT_RAW_DATA_CAPACITY) {
error("too many data points (max=257)");
}
}
else if (args.length > ra::LUT_RAW_DATA_CAPACITY) {
error("data size > max");
}
if (args.offset < 0) {
error("offset can not be negative");
}
else if (args.mode == accel_mode::jump && args.offset == 0) {
error("offset can not be 0");
}
bool jump_or_io_cap =
(args.mode == accel_mode::jump ||
(args.mode == accel_mode::classic &&
args.cap_mode == classic_cap_mode::io));
if (args.cap.x < 0) {
error("cap (input) can not be negative");
}
else if (args.cap.x == 0 && jump_or_io_cap) {
error("cap (input) can not be 0");
}
if (args.cap.y < 0) {
error("cap (output) can not be negative");
}
else if (args.cap.y == 0 && jump_or_io_cap) {
error("cap (output) can not be 0");
}
if (args.growth_rate <= 0 ||
args.decay_rate <= 0 ||
args.acceleration <= 0) {
error("acceleration"" must be positive");
}
if (args.motivity <= 1) {
error("motivity must be greater than 1");
}
if (args.exponent_classic <= 1) {
error("exponent must be greater than 1");
}
if (args.scale <= 0) {
error("scale"" must be positive");
}
if (args.exponent_power <= 0) {
error("exponent"" must be positive");
}
if (args.limit <= 0) {
error("limit"" must be positive");
}
if (args.midpoint <= 0) {
error("midpoint"" must be positive");
}
if (args.smooth < 0 || args.smooth > 1) {
error("smooth must be between 0 and 1");
}
};
check_accel(args.accel_x);
if (!args.whole) {
ret.last_x = ret.count;
check_accel(args.accel_y);
ret.last_y = ret.count;
}
if (args.name[0] == L'\0') {
error("profile name can not be empty");
}
if (args.speed_max < 0) {
error("speed cap is negative");
}
else if (args.speed_max < args.speed_min) {
error("max speed is less than min speed");
}
if (args.degrees_snap < 0 || args.degrees_snap > 45) {
error("snap angle must be between 0 and 45 degrees");
}
if (args.sensitivity == 0) {
error("sens multiplier is 0");
}
if (args.yx_sens_ratio == 0) {
error("Y/X sens ratio is 0");
}
if (args.domain_weights.x <= 0 ||
args.domain_weights.y <= 0) {
error("domain weights"" must be positive");
}
if (args.dir_multipliers.x <= 0 || args.dir_multipliers.y <= 0) {
error("negative directional multipliers must be positive");
}
if (args.lp_norm <= 0) {
error("Lp norm must be positive (default=2)");
}
if (args.range_weights.x <= 0 || args.range_weights.y <= 0) {
error("range weights"" must be positive");
}
return ret;
}
template <typename MsgHandler = noop>
valid_device_ret_t valid(const device_settings& args, MsgHandler fn = {})
{
valid_device_ret_t ret;
auto error = [&](auto msg) {
++ret.count;
fn(msg);
};
if (args.config.dpi < 0) {
error("dpi"" can not be negative");
}
if (args.config.polling_rate < 0) {
error("polling rate"" can not be negative");
}
if (args.config.clamp.min <= 0) {
error("minimum time"" must be positive");
}
if (args.config.clamp.max < args.config.clamp.min) {
error("max time is less than min time");
}
return ret;
}
}
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