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partially working radial patern

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Mike Molinari 2022-07-20 23:30:40 +00:00 committed by Val Erastov
parent 684f80faec
commit 88da95c32e
1 changed files with 20 additions and 16 deletions
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36
modules/workbenches/modeler/features/patternRadial/patternRadial.operation.ts
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@ -3,11 +3,11 @@ import {MFace} from "cad/model/mface";
import {ApplicationContext} from "context"; import {ApplicationContext} from "context";
import {EntityKind} from "cad/model/entities"; import {EntityKind} from "cad/model/entities";
import Axis from "math/axis"; import Axis from "math/axis";
import {OperationDescriptor} from "cad/craft/operationPlugin"; import { UnitVector } from "math/vector";
import {MShell} from 'cad/model/mshell'; import { OperationDescriptor } from "cad/craft/operationPlugin";
import { MShell } from 'cad/model/mshell';
import {Matrix3x4} from "math/matrix"; import {Matrix3x4} from "math/matrix";
import {SetLocation} from "cad/craft/e0/interact"; import {SetLocation} from "cad/craft/e0/interact";
import {DEG_RAD} from "math/commons";
interface patternRadialParams { interface patternRadialParams {
inputBodies: MShell[]; inputBodies: MShell[];
@ -27,6 +27,8 @@ export const PatternRadialOperation: OperationDescriptor<patternRadialParams> =
paramsInfo: p => `( ${p.patternMethod} ${r(p.angle * DEG_RAD)})`, paramsInfo: p => `( ${p.patternMethod} ${r(p.angle * DEG_RAD)})`,
run: (params: patternRadialParams, ctx: ApplicationContext) => { run: (params: patternRadialParams, ctx: ApplicationContext) => {
console.log(params);
let occ = ctx.occService; let occ = ctx.occService;
const oci = occ.commandInterface; const oci = occ.commandInterface;
@ -34,20 +36,15 @@ export const PatternRadialOperation: OperationDescriptor<patternRadialParams> =
params.inputBodies.forEach((shellToPatern, index) => { params.inputBodies.forEach((shellToPatern, index) => {
for (let i = 2; i <= params.qty; i++) { for (let i = 2; i <= params.qty; i++) {
let angleForInstance; let angleForInstance = 0;
if (params.patternMethod == 'step') { if(params.patternMethod == 'Step Angle') angleForInstance =params.angle*(i-1);
angleForInstance = params.angle*(i-1); if(params.patternMethod == 'Span Angle') angleForInstance =(params.angle / (params.qty-1))*(i-1);
} else if (params.patternMethod == 'span') {
angleForInstance = (params.angle / (params.qty))*(i-1);
} else {
throw 'unsupported pattern type: ' + params.patternMethod;
}
const angle = angleForInstance * DEG_RAD; //const tr = shellToPatern.location.rotate(degrees_to_radians(angleForInstance),params.direction.normalize(),params.direction.normalize());
let tr = new Matrix3x4().rotate(degrees_to_radians(angleForInstance),params.direction.normalize(),params.direction.normalize());
let tr = new Matrix3x4().rotate(angle, params.axis.direction, params.axis.origin); //tr = tr.rotateWithSphericalAxis(shellToPatern.location)
const newShellName = shellToPatern.id + ":pattern/" + index + "/" +i; const newShellName = shellToPatern.id + ":patern/" + index + "/" +i;
oci.copy(shellToPatern, newShellName); oci.copy(shellToPatern, newShellName);
SetLocation(newShellName, tr.toFlatArray()); SetLocation(newShellName, tr.toFlatArray());
@ -101,4 +98,11 @@ export const PatternRadialOperation: OperationDescriptor<patternRadialParams> =
optional: false optional: false
}, },
], ],
}
function degrees_to_radians(degrees)
{
var pi = Math.PI;
return degrees * (pi/180);
} }