tfl/tc.preset
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dbap interp rolloff algo

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TFLCL
2026-07-13 16:45:19 +02:00
parent b3aed4c39a
commit 08f97d61de
1 changed files with 14 additions and 4 deletions
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18
javascript/tc.preset.js
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@@ -82,6 +82,7 @@ var select_mode = 0; // 0: single click to select and recall the slot. 1:
var click_mode = 0; // Sets the behavior of single clicks. 0: normal (recall), 1: select, 2: store, 3: delete var click_mode = 0; // Sets the behavior of single clicks. 0: normal (recall), 1: select, 2: store, 3: delete
var drag_mode = 1; // Sets the behavior of drag operations. 0: disabled, 1: move preset (default), 2: in-line interpolation, 3: zone interpolation var drag_mode = 1; // Sets the behavior of drag operations. 0: disabled, 1: move preset (default), 2: in-line interpolation, 3: zone interpolation
var drag_interp_radius = 1; // In use with drag_mode 3 var drag_interp_radius = 1; // In use with drag_mode 3
var interp_rolloff = 6;
var send_name = "none"; // The global name to send presets dict name to (received by the [receive] object) var send_name = "none"; // The global name to send presets dict name to (received by the [receive] object)
var unique_names = false; // When enabled, force names to be unique when renaming slots by appending "bis" to them. Gets applied only to subsequently renamed presets. var unique_names = false; // When enabled, force names to be unique when renaming slots by appending "bis" to them. Gets applied only to subsequently renamed presets.
var autoname = false; // Automatically name new presets when created as "Preset" followed by the slot id var autoname = false; // Automatically name new presets when created as "Preset" followed by the slot id
@@ -1978,21 +1979,30 @@ function ondrag(x,y,but,cmd,shift,capslock,option,ctrl)
if (is_dragging === 3 && last_hovered > -1) { if (is_dragging === 3 && last_hovered > -1) {
var nearby_slots = []; var nearby_slots = [];
var max_dist = 0; var max_dist = 0;
var pow = interp_rolloff / (20 * Math.log(2) / Math.log(10));
var accum = 0;
for (var i = 0; i < filled_slots.length; i++) { for (var i = 0; i < filled_slots.length; i++) {
// Interpolating only through displayed slots; // Interpolating only through displayed slots;
if (filled_slots[i] <= slots_count_display) { if (filled_slots[i] <= slots_count_display) {
var s_pos = slots[filled_slots[i]].center; var s_pos = slots[filled_slots[i]].center;
var dist_from_mouse = Math.sqrt((x - s_pos.x) * (x - s_pos.x) + (y - s_pos.y) * (y - s_pos.y)) / (slot_size + spacing); var dist_from_mouse = Math.sqrt((x - s_pos.x) * (x - s_pos.x) + (y - s_pos.y) * (y - s_pos.y)) / (slot_size + spacing);
if (dist_from_mouse < drag_interp_radius) { if (dist_from_mouse < drag_interp_radius) {
var interp_factor = Math.pow((dist_from_mouse / drag_interp_radius) - 1, 4) var interp_factor = 1 / Math.pow(dist_from_mouse + 0.00001, pow);
// var interp_factor = 1 - (dist_from_mouse / drag_interp_radius); nearby_slots.push([filled_slots[i], interp_factor]);
nearby_slots.push(filled_slots[i] + interp_factor); accum += Math.pow(interp_factor, 2);
if (max_dist < dist_from_mouse) max_dist = dist_from_mouse; // var interp_factor = Math.min(Math.pow(((dist_from_mouse / drag_interp_radius) - 1), 4), 0.9999999);
// nearby_slots.push(filled_slots[i] + interp_factor);
// if (max_dist < dist_from_mouse) max_dist = dist_from_mouse;
} }
} }
} }
accum = 1 / Math.sqrt(accum);
for (var i = 0; i < nearby_slots.length; i++) {
nearby_slots[i] = nearby_slots[i][0] + Math.min(nearby_slots[i][1] * accum, 0.9999999);
}
if (nearby_slots.length) { if (nearby_slots.length) {
var args = ["recallmulti"].concat(nearby_slots); var args = ["recallmulti"].concat(nearby_slots);
// .apply(nul, args): ES5 notation for spread operator ...args
to_pattrstorage.apply(null, args); to_pattrstorage.apply(null, args);
recallmulti.apply(null, nearby_slots); recallmulti.apply(null, nearby_slots);
} }