Package org.gephi.lib.gleem.linalg

Examples of org.gephi.lib.gleem.linalg.Vec3f.x()

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                }
            }
            gl.glColor4f(r, g, b, 1f);
        }

        gl.glVertex3d(baseX + sideVector.x() * arrowWidth, baseY + sideVector.y() * arrowWidth, baseZ + sideVector.z() * arrowWidth);
        gl.glVertex3d(baseX - sideVector.x() * arrowWidth, baseY - sideVector.y() * arrowWidth, baseZ - sideVector.z() * arrowWidth);
        gl.glVertex3d(targetX, targetY, targetZ);
    }
}
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            }
            gl.glColor4f(r, g, b, 1f);
        }

        gl.glVertex3d(baseX + sideVector.x() * arrowWidth, baseY + sideVector.y() * arrowWidth, baseZ + sideVector.z() * arrowWidth);
        gl.glVertex3d(baseX - sideVector.x() * arrowWidth, baseY - sideVector.y() * arrowWidth, baseZ - sideVector.z() * arrowWidth);
        gl.glVertex3d(targetX, targetY, targetZ);
    }
}
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                }
            }
            gl.glColor4f(r, g, b, 1f);
        }

        gl.glVertex3d(baseX + sideVector.x() * arrowWidth, baseY + sideVector.y() * arrowWidth, baseZ + sideVector.z() * arrowWidth);
        gl.glVertex3d(baseX - sideVector.x() * arrowWidth, baseY - sideVector.y() * arrowWidth, baseZ - sideVector.z() * arrowWidth);
        gl.glVertex3d(targetX, targetY, targetZ);
    }
}
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            }
            gl.glColor4f(r, g, b, 1f);
        }

        gl.glVertex3d(baseX + sideVector.x() * arrowWidth, baseY + sideVector.y() * arrowWidth, baseZ + sideVector.z() * arrowWidth);
        gl.glVertex3d(baseX - sideVector.x() * arrowWidth, baseY - sideVector.y() * arrowWidth, baseZ - sideVector.z() * arrowWidth);
        gl.glVertex3d(targetX, targetY, targetZ);
    }
}
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        //Set stepVector for zooming, direction of camera and norm of step
        cameraVector.normalize();
        Vec3f stepVec = cameraVector.times(step);

        cameraLocation[0] += stepVec.x();
        cameraLocation[1] += stepVec.y();
        cameraLocation[2] += stepVec.z();
        cameraLocation[2] = MathUtil.clamp(cameraLocation[2], 1f, Float.POSITIVE_INFINITY);
        //System.out.println("camera: "+graphDrawable.cameraLocation[2]);
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        //Displacement of camera according to mouse position. Clamped to graph limits
        Vec3f disVec = new Vec3f(mouseX, mouseY, 0);
        disVec.scale(stepRatio);
        //System.out.println(disVec.x()+"    "+disVec.y()+"     "+disVec.z());

        cameraLocation[0] += disVec.x();
        cameraLocation[1] += disVec.y();
        cameraLocation[2] += disVec.z();

        cameraTarget[0] += disVec.x();
        cameraTarget[1] += disVec.y();
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        cameraLocation[0] += disVec.x();
        cameraLocation[1] += disVec.y();
        cameraLocation[2] += disVec.z();

        cameraTarget[0] += disVec.x();
        cameraTarget[1] += disVec.y();
        cameraTarget[2] += disVec.z();

        //Refresh
        engine.getScheduler().requireUpdateVisible();
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        Vec3f camVect = new Vec3f(cameraTarget[0] - cameraLocation[0], cameraTarget[1] - cameraLocation[1], cameraTarget[2] - cameraLocation[2]);

        float diff = camVect.length() - distance;
        if (Math.abs(diff) > 1f) {
            camVect.normalize();
            cameraLocation[0] += camVect.x() * diff;
            cameraLocation[1] += camVect.y() * diff;
            cameraLocation[2] += camVect.z() * diff;
            cameraLocation[2] = Math.max(0.5f, cameraLocation[2]);

            engine.getScheduler().requireUpdateVisible();
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        upVector.normalize();
        Vec3f sideVector = cameraVector.cross(upVector);
        sideVector.normalize();

        //Get thickness points
        float baseRightX = x + sideVector.x() * w / 2;
        float baseRightY = y + sideVector.y() * w / 2;
        float baseRightZ = z + sideVector.z() * w / 2;
        float baseLeftX = x - sideVector.x() * w / 2;
        float baseLeftY = y - sideVector.y() * w / 2;
        float baseLeftZ = z - sideVector.z() * w / 2;
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        //Get thickness points
        float baseRightX = x + sideVector.x() * w / 2;
        float baseRightY = y + sideVector.y() * w / 2;
        float baseRightZ = z + sideVector.z() * w / 2;
        float baseLeftX = x - sideVector.x() * w / 2;
        float baseLeftY = y - sideVector.y() * w / 2;
        float baseLeftZ = z - sideVector.z() * w / 2;
        float baseTopX = x + upVector.x() * w / 2;
        float baseTopY = y + upVector.y() * w / 2;
        float baseTopZ = z + upVector.z() * w / 2;
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